mhurhangee/patent-ind-claim-en huggingface dataset:
A pharmaceutical composition, comprising: i) a benzoheterocyclic compound, a pharmaceutically acceptable salt thereof, or a stereoisomer thereof, and ii) one or more androgen receptor pathway modulator; wherein the combination of the benzoheterocyclic compound and the androgen receptor pathway modulator is that: B001 and Enzalutamide, K001 and Enzalutamide, D107 and Enzalutamide, B001 and ARN-509, K001 and ARN-509, D107 and ARN-509, B001 and Galeterone, K001 and Galeterone, D107 and Galeterone, B001 and ODM-201, K001 and ODM-201, D108 and ODM-201, F001 and ODM-201, B002 and Enzalutamide, B003 and Enzalutamide, B004 and Enzalutamide, B005 and Enzalutamide, B006 and Enzalutamide, B002 and ARN-509, B003 and ARN-509, B004 and ARN-509, B005 and ARN-509, B006 and ARN-509, B001 and Enzalutamide and Galeterone, B001 and Enzalutamide and Abiraterone acetate, B001 and ARN-509 and Abiraterone acetate, B001 and ARN-509 and Galeterone, K001 and Enzalutamide and Galeterone, K001 and Enzalutamide and Abiraterone acetate, K001 and ARN-509 and Abiraterone acetate, K001 and ARN-509 and Galeterone; wherein the structures of B001, B002, B003, B004, B005, B006, F001, K001, D107 and D108 are as follows: and wherein the structure of ARN-509 is the structure of ODM-201 is wherein the combination of the benzoheterocyclic compound and the androgen receptor pathway modulator is that: B001 and Enzalutamide, K001 and Enzalutamide, D107 and Enzalutamide, B001 and ARN-509, K001 and ARN-509, D107 and ARN-509, B001 and Galeterone, K001 and Galeterone, D107 and Galeterone, B001 and ODM-201, K001 and ODM-201, D108 and ODM-201, F001 and ODM-201, B002 and Enzalutamide, B003 and Enzalutamide, B004 and Enzalutamide, B005 and Enzalutamide, B006 and Enzalutamide, B002 and ARN-509, B003 and ARN-509, B004 and ARN-509, B005 and ARN-509, B006 and ARN-509, B001 and Enzalutamide and Galeterone, B001 and Enzalutamide and Abiraterone acetate, B001 and ARN-509 and Abiraterone acetate, B001 and ARN-509 and Galeterone, K001 and Enzalutamide and Galeterone, K001 and Enzalutamide and Abiraterone acetate, K001 and ARN-509 and Abiraterone acetate, K001 and ARN-509 and Galeterone; wherein the structures of B001, B002, B003, B004, B005, B006, F001, K001, D107 and D108 are as follows: and wherein the structure of ARN-509 is the structure of ODM-201 is
A system for use in analyzing an interior wall of a pipeline , the system comprising: a main body configurable to traverse through the pipeline ; a sample extraction subsystem secured to the main body , the sample extraction subsystem having: an end effector , the end effector configurable to contact with and extract a sample of the interior wall of the pipeline ; and a sample extraction body connected to the end effector , the sample extraction body configurable to move the end effector relative to the main body ; and a sample containment subsystem secured to the main body , characterised by the sample containment subsystem having: a plurality of sample containment sections operable to store samples; an input section operable to receive samples extracted by the end effector and provide the received samples into one of the sample containment sections ; and a sample containment section selection mechanism in communication with the sample containment sections , the sample containment section selection mechanism configurable to perform a selection of one of the sample containment sections to receive the samples from the input section . a main body configurable to traverse through the pipeline ; a sample extraction subsystem secured to the main body , the sample extraction subsystem having: an end effector , the end effector configurable to contact with and extract a sample of the interior wall of the pipeline ; and a sample extraction body connected to the end effector , the sample extraction body configurable to move the end effector relative to the main body ; and an end effector , the end effector configurable to contact with and extract a sample of the interior wall of the pipeline ; and a sample extraction body connected to the end effector , the sample extraction body configurable to move the end effector relative to the main body ; and a sample containment subsystem secured to the main body , characterised by the sample containment subsystem having: a plurality of sample containment sections operable to store samples; an input section operable to receive samples extracted by the end effector and provide the received samples into one of the sample containment sections ; and a sample containment section selection mechanism in communication with the sample containment sections , the sample containment section selection mechanism configurable to perform a selection of one of the sample containment sections to receive the samples from the input section . a plurality of sample containment sections operable to store samples; an input section operable to receive samples extracted by the end effector and provide the received samples into one of the sample containment sections ; and a sample containment section selection mechanism in communication with the sample containment sections , the sample containment section selection mechanism configurable to perform a selection of one of the sample containment sections to receive the samples from the input section .
An encoding apparatus, comprising: a first determining module, configured to determine a window length of an attenuation window in a current frame based on an inter-channel time difference in the current frame; a second determining module, configured to determine a modified linear prediction analysis window based on the window length of the attenuation window in the current frame, wherein values of at least some points from a point (L - sub window len) to a point (L - 1) in the modified linear prediction analysis window are less than values of corresponding points from a point (L - sub_window_len) to a point (L - 1) in an initial linear prediction analysis window, sub_window_len represents the window length of the attenuation window in the current frame, L represents a window length of the modified linear prediction analysis window, and the window length of the modified linear prediction analysis window is equal to a window length of the initial linear prediction analysis window; and a processing module, configured to perform linear prediction analysis on a to-be-processed sound channel signal based on the modified linear prediction analysis window. a first determining module, configured to determine a window length of an attenuation window in a current frame based on an inter-channel time difference in the current frame; a second determining module, configured to determine a modified linear prediction analysis window based on the window length of the attenuation window in the current frame, wherein values of at least some points from a point (L - sub window len) to a point (L - 1) in the modified linear prediction analysis window are less than values of corresponding points from a point (L - sub_window_len) to a point (L - 1) in an initial linear prediction analysis window, sub_window_len represents the window length of the attenuation window in the current frame, L represents a window length of the modified linear prediction analysis window, and the window length of the modified linear prediction analysis window is equal to a window length of the initial linear prediction analysis window; and a processing module, configured to perform linear prediction analysis on a to-be-processed sound channel signal based on the modified linear prediction analysis window.
A method of peening a lap fillet welded joint, comprising knocking a weld toe of the lap fillet welded joint using a knocking pin attached to a tip of a knocking tool , wherein the knocking pin has, on its tip, a curvature radius in a vertical cross section in a direction orthogonal to a welding direction of 0.05 mm to 0.50 mm and equal to or less than a curvature radius of the weld toe , the knocking pin is continuously knocked as a series of knocking toward a direction inclined relative to the welding direction across the weld toe , the series of knocking is repeatedly performed in the welding direction, at that time, a knocking mark group made of a plurality of knocking marks formed by the series of knocking is superimposed on at least a part of an adjacent knocking mark group , while an end part in the direction orthogonal to the welding direction of the knocking mark group is separated from an end part in the direction orthogonal to the welding direction of the adjacent knocking mark group . the knocking pin has, on its tip, a curvature radius in a vertical cross section in a direction orthogonal to a welding direction of 0.05 mm to 0.50 mm and equal to or less than a curvature radius of the weld toe , the knocking pin is continuously knocked as a series of knocking toward a direction inclined relative to the welding direction across the weld toe , the series of knocking is repeatedly performed in the welding direction, at that time, a knocking mark group made of a plurality of knocking marks formed by the series of knocking is superimposed on at least a part of an adjacent knocking mark group , while an end part in the direction orthogonal to the welding direction of the knocking mark group is separated from an end part in the direction orthogonal to the welding direction of the adjacent knocking mark group .
An elevator governor , comprising: at least one flyweight configured to move a first distance between an initial position corresponding to a zero speed condition and an activation position corresponding to an elevator speed that reaches a predefined threshold; a biasing member that biases the at least one flyweight toward the initial position, the biasing member being configured to allow the at least one flyweight to reach the activation position when the elevator speed reaches the predefined threshold; and a flyweight position member that sets a rest position of the at least one flyweight in a zero speed condition that is between the initial position and the activation position such that a range of motion of the at least one flyweight is limited to a second, shorter distance between the rest position and the activation position; and characterized in that : the flyweight position member is supported on the at least one flyweight ; or the flyweight position member is formed as part of the flyweight . at least one flyweight configured to move a first distance between an initial position corresponding to a zero speed condition and an activation position corresponding to an elevator speed that reaches a predefined threshold; a biasing member that biases the at least one flyweight toward the initial position, the biasing member being configured to allow the at least one flyweight to reach the activation position when the elevator speed reaches the predefined threshold; and a flyweight position member that sets a rest position of the at least one flyweight in a zero speed condition that is between the initial position and the activation position such that a range of motion of the at least one flyweight is limited to a second, shorter distance between the rest position and the activation position; and characterized in that : the flyweight position member is supported on the at least one flyweight ; or the flyweight position member is formed as part of the flyweight . the flyweight position member is supported on the at least one flyweight ; or the flyweight position member is formed as part of the flyweight .
An ABS-based resin composition comprising: 100 parts by weight of a base resin comprising 20 to 40 % by weight of a vinyl cyanide compound-conjugated diene compound-aromatic vinyl compound graft copolymer and 60 to 80 % by weight of an aromatic vinyl compound-vinyl cyanide compound copolymer; and 1.5 to 2.5 parts by weight of a polyether-modified polysiloxane. 100 parts by weight of a base resin comprising 20 to 40 % by weight of a vinyl cyanide compound-conjugated diene compound-aromatic vinyl compound graft copolymer and 60 to 80 % by weight of an aromatic vinyl compound-vinyl cyanide compound copolymer; and 1.5 to 2.5 parts by weight of a polyether-modified polysiloxane.
A table assembly for a passenger seat, characterized in that the table assembly comprises: a paddle arm comprising a first end and a second end opposite from the first end , wherein the first end comprises a paddle arm tab extending outwards from the paddle arm ; a table support pivotably connected to the first end of the paddle arm and configured to support a table of the table assembly , wherein the table support comprises a top side and a bottom side , and wherein the top side defines a latch receiving area ; and a leveling assembly comprising: a latch comprising a first end , a second end , wherein the latch is pivotably supported on the table support within the latch receiving area between the first end and the second end of the latch ; and a latch adjuster configured to selectively engage the first end of the latch , wherein the latch adjuster is configured to control a tilt angle range of the table support relative to the paddle arm , wherein, the latch adjuster is configured to engage the latch proximate to the first end of the latch at a first tilt angle within the tilt angle range, and wherein the paddle arm tab is configured to engage the latch proximate to the second end of the latch at a second tilt angle within the tilt angle range. a paddle arm comprising a first end and a second end opposite from the first end , wherein the first end comprises a paddle arm tab extending outwards from the paddle arm ; a table support pivotably connected to the first end of the paddle arm and configured to support a table of the table assembly , wherein the table support comprises a top side and a bottom side , and wherein the top side defines a latch receiving area ; and a leveling assembly comprising: a latch comprising a first end , a second end , wherein the latch is pivotably supported on the table support within the latch receiving area between the first end and the second end of the latch ; and a latch adjuster configured to selectively engage the first end of the latch , wherein the latch adjuster is configured to control a tilt angle range of the table support relative to the paddle arm , wherein, the latch adjuster is configured to engage the latch proximate to the first end of the latch at a first tilt angle within the tilt angle range, and wherein the paddle arm tab is configured to engage the latch proximate to the second end of the latch at a second tilt angle within the tilt angle range. a latch comprising a first end , a second end , wherein the latch is pivotably supported on the table support within the latch receiving area between the first end and the second end of the latch ; and a latch adjuster configured to selectively engage the first end of the latch , wherein the latch adjuster is configured to control a tilt angle range of the table support relative to the paddle arm , wherein, the latch adjuster is configured to engage the latch proximate to the first end of the latch at a first tilt angle within the tilt angle range, and wherein the paddle arm tab is configured to engage the latch proximate to the second end of the latch at a second tilt angle within the tilt angle range.
A method for docking a self-propelling and self-steering floor treatment appliance to a base station, wherein a respective spatially extended docking signal is emitted by means of each of two or more emitting elements of the base station in a respective signal region, wherein the signal regions partially overlap and the docking signals have a different signal characteristic and wherein the docking signals are received by a receiving apparatus of the floor treatment appliance and are analyzed by a control unit of the floor treatment appliance, characterized in that with the control unit, the current position of the floor treatment appliance relative to the base station is calculated taking account of the different signal characteristic, a travel route of the floor treatment appliance from the current position to a characteristic target region in a pre-determined or pre-determinable relative position to the base station is determined and the floor treatment appliance is moved to the characteristic target region, starting from which the floor treatment appliance is moved into a docking position at the base station.
Valve device for a gas cylinder , comprising: - a body with a gas inlet , a gas outlet and a passage fluidly interconnecting said inlet and outlet ; - at least a regulating and/or shut-off valve in the passage; - a sensing unit mounted on the body and fluidly connected with the passage; - an electronic control unit ; - an electrical connection between the electronic control unit and the sensing unit ; characterized in that the electrical connection comprises a connector configured for engaging with the sensing unit , said unit comprising at least one circular electrically conductive track and the connector comprising at least one electrically conductive pin (22 5 ) for contacting said track independently of the relative angular position over a range of at least 20° of said connector on said unit . - a body with a gas inlet , a gas outlet and a passage fluidly interconnecting said inlet and outlet ; - at least a regulating and/or shut-off valve in the passage; - a sensing unit mounted on the body and fluidly connected with the passage; - an electronic control unit ; - an electrical connection between the electronic control unit and the sensing unit ;
A method for producing exfoliated graphite, comprising steps of: preparing a composition which comprises graphite or primary exfoliated graphite and a polymer and in which the polymer is fixed to the graphite or primary exfoliated graphite; and pyrolyzing the polymer contained in the composition to exfoliate the graphite or primary exfoliated graphite and remove the polymer by pyrolysis of the polymer, wherein in the step of preparing the composition, the polymer is grafted on the graphite or primary exfoliated graphite in the composition in which the polymer is fixed to the graphite or primary exfoliated graphite. preparing a composition which comprises graphite or primary exfoliated graphite and a polymer and in which the polymer is fixed to the graphite or primary exfoliated graphite; and pyrolyzing the polymer contained in the composition to exfoliate the graphite or primary exfoliated graphite and remove the polymer by pyrolysis of the polymer, wherein in the step of preparing the composition, the polymer is grafted on the graphite or primary exfoliated graphite in the composition in which the polymer is fixed to the graphite or primary exfoliated graphite.
Aircraft comprising a fuselage and a rhombohedral wing structure comprising front wings mounted on a front wing-root support and rear wings mounted on a rear wing-root support , the front and rear wings meeting at their ends with a dihedral angle, the wing-root supports being positioned respectively under and on the top of the fuselage , wherein: - one end of each front wing is articulated to one end of a rear wing and - at least one of the wing-root supports is able to move along the fuselage. - one end of each front wing is articulated to one end of a rear wing and - at least one of the wing-root supports is able to move along the fuselage.
Rear axle drive for an AWD vehicle, the rear axle drive being connected to a hydraulic AWD coupling , wherein the rear axle drive comprises a lubrication valve for controlling the level of lubricant in at least one lubricant reservoir of the rear axle drive and for providing lubricant to gears and/or bearings of the rear axle drive , characterized in that the lubrication valve is functionally connected to a shut-off valve of the AWD coupling and the lubrication valve of the rear axle drive is controlled by movement of an actuating member of the AWD coupling .
A network device, comprising: a processing unit , used for determining whether to update policy information of a terminal device after acquiring a Policy Section Identifier, PSI, parameter of the terminal device, wherein the PSI parameter is used for identifying a part of policy information for the terminal device under a subscribed user, characterized in that the PSI parameter comprises a Public Land Mobile Network, PLMN, identifier and a first identifier, and the first identifier is used for uniquely identifying a PSI parameter under the PLMN, and the PSI parameter and a subscriber identifier are used for indicating a piece of policy information. a processing unit , used for determining whether to update policy information of a terminal device after acquiring a Policy Section Identifier, PSI, parameter of the terminal device, wherein the PSI parameter is used for identifying a part of policy information for the terminal device under a subscribed user, characterized in that the PSI parameter comprises a Public Land Mobile Network, PLMN, identifier and a first identifier, and the first identifier is used for uniquely identifying a PSI parameter under the PLMN, and the PSI parameter and a subscriber identifier are used for indicating a piece of policy information.
A method of measuring the weight of material to be used during a textile manufacturing process, the method comprising: positioning the material to be used during the textile manufacturing process on a receiving surface associated with a load cell ; measuring a first weight of the material using the load cell ; operating a textile manufacturing machine such that at least a portion of the material is used during the textile manufacturing process, wherein the material remains disposed on the receiving surface during the textile manufacturing process; and measuring a second weight of the material using the load cell. positioning the material to be used during the textile manufacturing process on a receiving surface associated with a load cell ; measuring a first weight of the material using the load cell ; operating a textile manufacturing machine such that at least a portion of the material is used during the textile manufacturing process, wherein the material remains disposed on the receiving surface during the textile manufacturing process; and measuring a second weight of the material using the load cell.
A synthetic jet assembly comprising: a synthetic jet including: a first plate ; a second plate spaced apart from the first plate; a spacer element positioned between the first and second plates to maintain the first and second plates in a spaced apart relationship, the spacer element including an orifice formed therein; and an actuator element coupled to at least one of the first and second plates to selectively cause deflection thereof such that a fluid flow is generated and projected out from the orifice; a rigid, stationary U-shaped mounting bracket positioned about the synthetic jet to support the synthetic jet; and a plurality of suspension tabs coupling the synthetic jet to the U-shaped mounting bracket in a suspended arrangement, wherein the plurality of suspension tabs comprises an arrangement of three suspension tabs, four suspension tabs, five suspension tabs, or six suspension tabs. a first plate ; a second plate spaced apart from the first plate; a spacer element positioned between the first and second plates to maintain the first and second plates in a spaced apart relationship, the spacer element including an orifice formed therein; and an actuator element coupled to at least one of the first and second plates to selectively cause deflection thereof such that a fluid flow is generated and projected out from the orifice; a rigid, stationary U-shaped mounting bracket positioned about the synthetic jet to support the synthetic jet; and a plurality of suspension tabs coupling the synthetic jet to the U-shaped mounting bracket in a suspended arrangement, wherein the plurality of suspension tabs comprises an arrangement of three suspension tabs, four suspension tabs, five suspension tabs, or six suspension tabs.