mhurhangee/patent-ind-claim-en huggingface dataset:
A bending structure being bendable with respect to an axial direction, comprising: an outer coiled part formed of a wire which is wound in a coiled shape to have a plurality of coils in the axial direction; and an inner coiled part formed of a wire which is wound in a coiled shape to have a plurality of coils in the axial direction and located inside the outer coiled part , wherein the outer coiled part has a plurality of gaps to distance adjacent coils in the axial direction, and the coils of the inner coiled part are provided so as to correspond to the gaps of the outer coiled part and fit between the adjacent coils of the outer coiled part while being in contact with the adjacent coils of the outer coiled part , characterized in that a dimension P is set in a range meeting πR/4N≤P<d-πR/4N in which P is the dimension of the gap of the outer coiled part in the axial direction in a free state, N is the number of turns of the outer coiled part , R is a diameter of the outer coiled part , and d is a wire diameter of the wire of the inner coiled part , and an overlapping amount between the wire of the outer coiled part and the wire of the inner coiled part in the axial direction in the free state is set in a range meeting a≤0.3D in which a is the overlapping amount, and D is a diameter of the wire of the outer coiled part . an outer coiled part formed of a wire which is wound in a coiled shape to have a plurality of coils in the axial direction; and an inner coiled part formed of a wire which is wound in a coiled shape to have a plurality of coils in the axial direction and located inside the outer coiled part , wherein the outer coiled part has a plurality of gaps to distance adjacent coils in the axial direction, and the coils of the inner coiled part are provided so as to correspond to the gaps of the outer coiled part and fit between the adjacent coils of the outer coiled part while being in contact with the adjacent coils of the outer coiled part , characterized in that a dimension P is set in a range meeting πR/4N≤P<d-πR/4N in which P is the dimension of the gap of the outer coiled part in the axial direction in a free state, N is the number of turns of the outer coiled part , R is a diameter of the outer coiled part , and d is a wire diameter of the wire of the inner coiled part , and an overlapping amount between the wire of the outer coiled part and the wire of the inner coiled part in the axial direction in the free state is set in a range meeting a≤0.3D in which a is the overlapping amount, and D is a diameter of the wire of the outer coiled part .
A negative active material for a rechargeable lithium battery, comprising: a silicon-carbon composite comprising crystalline carbon and a silicon particle, wherein the silicon-carbon composite further comprises an alkali metal or an alkaline-earth metal, characterized in that the alkali metal or the alkaline-earth metal is magnesium, and a content of the alkali metal or the alkaline-earth metal is greater than or equal to about 500 ppm and less than about 5000 ppm based on that of the silicon-carbon composite. a silicon-carbon composite comprising crystalline carbon and a silicon particle, wherein the silicon-carbon composite further comprises an alkali metal or an alkaline-earth metal, characterized in that the alkali metal or the alkaline-earth metal is magnesium, and a content of the alkali metal or the alkaline-earth metal is greater than or equal to about 500 ppm and less than about 5000 ppm based on that of the silicon-carbon composite.
Wiper arm , wherein the wiper arm comprises an articulating part , a lever part and a spring , wherein the parts form a common joint , with the result that the lever part has a degree of freedom relative to the articulating part , the parts thus being connected to one another by the spring , wherein the lever part is positioned along the degree of freedom by the spring , wherein the spring is a torsion spring which is arranged in the region of the joint , wherein the side elements of the lever part engage around the articulating part in the region of the joint and a pin projects transversely to the longitudinal direction through the side parts and the articulating part , wherein the torsion spring is arranged on the pin , characterized in that the side elements have tabs which project between the side elements , and the torsion spring has extensions for tensioning the torsion spring, wherein the extensions lie against the tabs , and the articulating part has a support surface for an extension , wherein the support surface is moulded on the back element, and in that a first extension lies against a tab of the lever part and a second extension lies against the support surface , and in that an extension lies against a tab , and at least two extensions lie against the support surface, wherein the second extensions are in the form of an extension-like loop .
A method of producing an antibody in a cell culture comprising: culturing mammalian cells that contain a gene encoding an antibody of interest in a cell culture medium comprising 40 nM manganese under conditions and for a time sufficient to permit expression of the antibody, wherein the glycosylation pattern of the expressed antibody is more extensive than the glycosylation pattern observed under otherwise identical conditions in otherwise identical medium that lacks the manganese.
An apparatus for generating multi energy data from phase contrast imaging data, comprising: - an input unit ; and - a processing unit ; wherein, the input unit is configured to provide the processing unit with phase contrast X-ray image data of a region of interest of an object; wherein, the input unit is configured to provide the processing unit with attenuation X-ray image data of the region of interest of the object; wherein, the processing unit is configured to generate multi energy data comprising two basis data sets; wherein, the processing unit is configured to generate a first basis data set from the phase contrast X-ray image data on the basis that phase contrast X-ray image data at an image location is proportional to first basis data at that image location, wherein the first basis data set comprises Compton data, the Compton data corresponding to Compton scattering total attenuation coefficient data; wherein, the processing unit is configured to generate a second basis data set from the phase contrast X-ray image data and the attenuation X-ray image data, wherein the second basis data set comprises Photoelectric data, the Photoelectric data corresponding to Photoelectric total attenuation coefficient data; and wherein generation of the second basis data set comprises utilisation of the first basis data set, wherein the attenuation X-ray image data is utilized with the Compton scattering total attenuation coefficient data to calculate the Photoelectric total attenuation coefficient data. - an input unit ; and - a processing unit ;
A valve for a urostomy appliance including: a body for connection to the urostomy appliance , an inlet and an outlet , connected by a flow path, and a blocking member supported by the body and generally moveable between a closed position, in which the blocking member blocks the inlet , such that liquid cannot flow through the flow path to the outlet , and an open position in which the inlet is open, such that liquid is permitted to flow through the flow path to the outlet , and a cover member which is moveable between an open position, in which liquid is permitted to flow through the outlet , and a closed position, in which liquid is prevented or inhibited from flowing through the outlet , and wherein the cover member is biased towards its open position, and wherein the cover member includes a holding formation and the blocking member includes a corresponding formation , such that when the holding formation engages the corresponding formation the cover member is held in its closed position characterised in that the blocking member is generally linearly moveable between the open position and closed position. a body for connection to the urostomy appliance , an inlet and an outlet , connected by a flow path, and a blocking member supported by the body and generally moveable between a closed position, in which the blocking member blocks the inlet , such that liquid cannot flow through the flow path to the outlet , and an open position in which the inlet is open, such that liquid is permitted to flow through the flow path to the outlet , and a cover member which is moveable between an open position, in which liquid is permitted to flow through the outlet , and a closed position, in which liquid is prevented or inhibited from flowing through the outlet , and wherein the cover member is biased towards its open position, and wherein the cover member includes a holding formation and the blocking member includes a corresponding formation , such that when the holding formation engages the corresponding formation the cover member is held in its closed position characterised in that the blocking member is generally linearly moveable between the open position and closed position.
Method for synchronizing the playback of an audio file with an associated video file in a computer network comprising: an audio client player configured to playback the audio file, a video client player configured to playback the video file, and a server hosting a web application , the server comprising a data store; wherein the method comprises the steps of: periodically sending, by the video client player , a video playback position (VP) of the video file to the web application , storing, by the web application , the video playback position (VP) of the video file and a timestamp at reception (RTS) of the video playback position (VP) in the data store, requesting, by the audio client player , a video playback position (VP) to the web application , receiving, by the audio client player , the last stored video playback position (VP), the timestamp at reception (RTS) of the last stored video playback position (VP), and the current server timestamp (CTS) from the web application , and computing, by the audio client player , an audio playback position (AP) with the last stored video playback position (VP), the timestamp at reception (RTS) of the last stored video playback position (VP), and the current server timestamp (CTS); wherein the audio playback position is computed according to: audio playback position (AP) = last stored video playback position (VP) + k.(current server timestamp (CTS) - timestamp at reception (RTS) of the last stored video playback position (VP)), with k ≥ 0. an audio client player configured to playback the audio file, a video client player configured to playback the video file, and a server hosting a web application , the server comprising a data store; periodically sending, by the video client player , a video playback position (VP) of the video file to the web application , storing, by the web application , the video playback position (VP) of the video file and a timestamp at reception (RTS) of the video playback position (VP) in the data store, requesting, by the audio client player , a video playback position (VP) to the web application , receiving, by the audio client player , the last stored video playback position (VP), the timestamp at reception (RTS) of the last stored video playback position (VP), and the current server timestamp (CTS) from the web application , and computing, by the audio client player , an audio playback position (AP) with the last stored video playback position (VP), the timestamp at reception (RTS) of the last stored video playback position (VP), and the current server timestamp (CTS);
Method for controlling a synchronous electric machine with a wound rotor for an electric or hybrid motor vehicle, including steps during which: the currents and voltages are measured in the rotor and stator phases of the machine in a fixed three-phase reference frame linked to the stator, the currents and voltages are determined in the rotor and stator phases in a fixed two-phase reference frame linked to the stator according to the current and voltage measurements in the three-phase reference frame, the method includes steps during which the position and speed of the rotor are determined with respect to the stator by an observer according to the stator and rotor currents and voltages expressed in the fixed two-phase reference frame linked to the stator, the observer is adjusted by a discrete extended version of a Kalman algorithm, the method is characterized in that , when the speed is below a threshold, a high-frequency, low intensity current is injected into the rotor winding, in order to make the system observable, then the position and speed are determined thanks to the extended version of the Kalman algorithm. the currents and voltages are measured in the rotor and stator phases of the machine in a fixed three-phase reference frame linked to the stator, the currents and voltages are determined in the rotor and stator phases in a fixed two-phase reference frame linked to the stator according to the current and voltage measurements in the three-phase reference frame, the method includes steps during which the position and speed of the rotor are determined with respect to the stator by an observer according to the stator and rotor currents and voltages expressed in the fixed two-phase reference frame linked to the stator, the observer is adjusted by a discrete extended version of a Kalman algorithm, the method is characterized in that , when the speed is below a threshold, a high-frequency, low intensity current is injected into the rotor winding, in order to make the system observable, then the position and speed are determined thanks to the extended version of the Kalman algorithm.
Method for the preparation of compound of formula by a reaction REAC1 of compound of formula with a compound PHOS in the presence of DMF; PHOS is selected from the group consisting of phosgene, diphosgene, triphosgene and mixtures thereof.
A data transmission method, comprising: accessing , by a terminal device, a first network; and when the terminal device needs to move from the first network to a second network, sending , by the terminal device, a first message to a core network element of the first network or sending, by the terminal device, a first RRC message to an access network device of the first network, wherein the first message or the first RRC message is used to indicate that the terminal device is to move from the first network to the second network; and the first network is a public network and the second network is a non-public network, or the first network is a non-public network and the second network is a public network, wherein the first message or the first RRC message comprises one or more of the following information: first time information, immediate pause indication information, or proximity indication information, wherein the first time information is used to indicate that the terminal device is to trigger cross-network movement after first time; , the immediate pause indication information is used to indicate whether to immediately pause transmission of user plane data of the first network of the terminal device; and the proximity indication information is used to indicate that the terminal device is entering or leaving a neighboring area of one or more cells of a non-public network, or the proximity indication information is used to indicate that the terminal device is entering or leaving one or more cells of a non-public network. accessing , by a terminal device, a first network; and when the terminal device needs to move from the first network to a second network, sending , by the terminal device, a first message to a core network element of the first network or sending, by the terminal device, a first RRC message to an access network device of the first network, wherein the first message or the first RRC message is used to indicate that the terminal device is to move from the first network to the second network; and the first network is a public network and the second network is a non-public network, or the first network is a non-public network and the second network is a public network, wherein the first message or the first RRC message comprises one or more of the following information: first time information, immediate pause indication information, or proximity indication information, wherein the first time information is used to indicate that the terminal device is to trigger cross-network movement after first time; , the immediate pause indication information is used to indicate whether to immediately pause transmission of user plane data of the first network of the terminal device; and the proximity indication information is used to indicate that the terminal device is entering or leaving a neighboring area of one or more cells of a non-public network, or the proximity indication information is used to indicate that the terminal device is entering or leaving one or more cells of a non-public network.
A system comprising a high performance computing system , a cooling system , and an apparatus for thermally managing the high performance computing system, the high performance computing system comprising: a plurality of nodes with microprocessors; the cooling system comprising: a coil , wherein the cooling system is configured to selectively cool the coil in any one of a plurality of modes, the modes including a dry cooling mode that blows air on the coil and a wet cooling mode that sprays the coil with water, whereby the coil draws energy from the heat producing elements of the high-performance computing system ; the apparatus comprising: a temperature sensor configured to monitor the temperature of at least one of a) the environment of the high performance computing system and b) at least a portion of the high performance computing system ; and a controller operatively coupled with the temperature sensor , the controller being configured to control the processing speed of at least one of the microprocessors on at least one of the plurality of nodes as a function of at least one of the monitored temperatures, the controller being configured to reduce the processing speed to a lower speed in response to the monitored temperature exceeding a high temperature threshold and convectively cool the coil with the dry cooling mode, and after reducing the processing speed and using the dry cooling mode, switch the cooling system to the wet cooling mode and conductively cool the coil with the wet cooling mode if the monitored temperature continues to rise and exceeds a prescribed amount such that the dry cooling mode was not able to cool the coil sufficiently given certain performance parameters, the processing speed when using the wet cooling mode being no greater than the lower speed. a temperature sensor configured to monitor the temperature of at least one of a) the environment of the high performance computing system and b) at least a portion of the high performance computing system ; and a controller operatively coupled with the temperature sensor , the controller being configured to control the processing speed of at least one of the microprocessors on at least one of the plurality of nodes as a function of at least one of the monitored temperatures, the controller being configured to reduce the processing speed to a lower speed in response to the monitored temperature exceeding a high temperature threshold and convectively cool the coil with the dry cooling mode, and after reducing the processing speed and using the dry cooling mode, switch the cooling system to the wet cooling mode and conductively cool the coil with the wet cooling mode if the monitored temperature continues to rise and exceeds a prescribed amount such that the dry cooling mode was not able to cool the coil sufficiently given certain performance parameters, the processing speed when using the wet cooling mode being no greater than the lower speed.
A hardened connector, comprising: an inner housing (1 55, 255) formed by two half-shells , the two half-shells having a longitudinal passageway for passing at least one optical waveguide therethrough, a cable clamping portion (1 56), and a connector assembly receiving portion (1 57), and the connector assembly receiving portion (1 57) comprises an extended length cavity (1 57EC); a mechanical splice connector assembly , the mechanical splice connector assembly (1 52) comprises a connector body (1 52a) and a ferrule assembly having a stub optical fiber (1 52c) secured to a ferrule , wherein a portion of the mechanical splice connector assembly (1 52) is secured to the inner housing (1 55, 255) so that the ferrule assembly of the mechanical splice connector assembly (1 52) can move rearward into the extended length cavity when displaced rearward; and a shroud , wherein a portion of the two half-shells is disposed within the shroud , wherein the two half-shells are configured to secure the mechanical splice connector assembly (1 52) and to provide strain relief to a cable , wherein the cable comprises the at least one optical waveguide. an inner housing (1 55, 255) formed by two half-shells , the two half-shells having a longitudinal passageway for passing at least one optical waveguide therethrough, a cable clamping portion (1 56), and a connector assembly receiving portion (1 57), and the connector assembly receiving portion (1 57) comprises an extended length cavity (1 57EC); a mechanical splice connector assembly , the mechanical splice connector assembly (1 52) comprises a connector body (1 52a) and a ferrule assembly having a stub optical fiber (1 52c) secured to a ferrule , wherein a portion of the mechanical splice connector assembly (1 52) is secured to the inner housing (1 55, 255) so that the ferrule assembly of the mechanical splice connector assembly (1 52) can move rearward into the extended length cavity when displaced rearward; and a shroud , wherein a portion of the two half-shells is disposed within the shroud , wherein the two half-shells are configured to secure the mechanical splice connector assembly (1 52) and to provide strain relief to a cable , wherein the cable comprises the at least one optical waveguide.