mhurhangee/patent-ind-claim-en huggingface dataset:
A door actuator for actuating a door, comprising: • a housing , • an output shaft (39 with a cam disc , • an opening piston , which is guided in the housing and abutting against the cam disc on one first side, • an energy accumulator acting upon the opening piston for accumulating closing energy for the door, and • a cylinder element , • a dampening piston , which is guided in a cylindrical hollow compartment of the cylinder element and abuts against the cam disc on a second side, • wherein the cylinder element is firmly connected to the opening piston . • a housing , • an output shaft (39 with a cam disc , • an opening piston , which is guided in the housing and abutting against the cam disc on one first side, • an energy accumulator acting upon the opening piston for accumulating closing energy for the door, and • a cylinder element , • a dampening piston , which is guided in a cylindrical hollow compartment of the cylinder element and abuts against the cam disc on a second side, • wherein the cylinder element is firmly connected to the opening piston .
A method for waking up a Microcontroller Unit MCU, the method comprising: determining whether a second MCU is in a deep sleep state, when a first MCU triggers a communication event of transmitting data to the second MCU; and if the second MCU is in a deep sleep state, sending a wake-up signal to the second MCU via a wake-up pin connected between the first MCU and the second MCU, so as to wake up the second MCU; said method being characterized in that determining whether a second MCU is in a deep sleep state comprises: detecting a pre-stored state parameter of the second MCU, in which the pre-stored state parameter of the second MCU is determined according to a first state updating message sent by the second MCU; and if the pre-stored state parameter of the second MCU indicates a deep sleep state, determining that the second MCU is in the deep sleep state; or sending a detecting message to the second MCU via a communication interface between the first MCU and the second MCU; and if no response message returned from the second MCU is received within a preset period, determining that the second MCU is in a deep sleep state. determining whether a second MCU is in a deep sleep state, when a first MCU triggers a communication event of transmitting data to the second MCU; and if the second MCU is in a deep sleep state, sending a wake-up signal to the second MCU via a wake-up pin connected between the first MCU and the second MCU, so as to wake up the second MCU; said method being characterized in that determining whether a second MCU is in a deep sleep state comprises: detecting a pre-stored state parameter of the second MCU, in which the pre-stored state parameter of the second MCU is determined according to a first state updating message sent by the second MCU; and if the pre-stored state parameter of the second MCU indicates a deep sleep state, determining that the second MCU is in the deep sleep state; or sending a detecting message to the second MCU via a communication interface between the first MCU and the second MCU; and if no response message returned from the second MCU is received within a preset period, determining that the second MCU is in a deep sleep state. detecting a pre-stored state parameter of the second MCU, in which the pre-stored state parameter of the second MCU is determined according to a first state updating message sent by the second MCU; and if the pre-stored state parameter of the second MCU indicates a deep sleep state, determining that the second MCU is in the deep sleep state; or sending a detecting message to the second MCU via a communication interface between the first MCU and the second MCU; and if no response message returned from the second MCU is received within a preset period, determining that the second MCU is in a deep sleep state.
An image processing system comprising: a reception unit configured to receive authentication information from a user; an authentication unit configured to authenticate the user based on the authentication information received by the reception unit; a selection unit configured to select, according to an operation of an administrator, a folder setting method from among a first method , a second method and a third method ; a control unit configured to display an address book key and a setting key , wherein, in a case where the displayed address book key is operated, a destination of image data is settable by the user from addresses included in an address book; a setting unit configured to set, as a destination of image data, folder information according to the folder setting method selected by the selection unit, in a case where the displayed setting key is operated by the user; and a transmission unit configured to send the image data to the set destination, wherein the first method sets, as the destination of the image data, folder information registered in the image processing system in advance by the user, the second method sets, as the destination of the image data, folder information obtained by adding a user name of the authenticated user to path information registered in the image processing system in advance by the administrator, said path information being information commonly used by a plurality of users, and the third method sets, as the destination of the image data, folder information notified from an authentication server for the authentication by the authentication unit. a reception unit configured to receive authentication information from a user; an authentication unit configured to authenticate the user based on the authentication information received by the reception unit; a selection unit configured to select, according to an operation of an administrator, a folder setting method from among a first method , a second method and a third method ; a control unit configured to display an address book key and a setting key , wherein, in a case where the displayed address book key is operated, a destination of image data is settable by the user from addresses included in an address book; a setting unit configured to set, as a destination of image data, folder information according to the folder setting method selected by the selection unit, in a case where the displayed setting key is operated by the user; and a transmission unit configured to send the image data to the set destination, wherein the first method sets, as the destination of the image data, folder information registered in the image processing system in advance by the user, the second method sets, as the destination of the image data, folder information obtained by adding a user name of the authenticated user to path information registered in the image processing system in advance by the administrator, said path information being information commonly used by a plurality of users, and the third method sets, as the destination of the image data, folder information notified from an authentication server for the authentication by the authentication unit.
Melting method comprising: - a step of loading solid metal material (M) into an electric furnace ; - a step of generating an electric arc between at least one electrode and the metal material (M); - a step of perforating the metal material during which said electrode is moved through said metal material (M); - a step of melting the solid metal material (M) in order to obtain a molten material, said melting step providing to keep an electric power current (Ia) of said electric arc substantially constant over time at a first current value (I1); - a step of refining said molten material by adding reaction compounds, - wherein the electric power supply to said electric furnace provides the transformation, with at least one transformer , of a mains alternating voltage and a mains alternating current into a base alternating voltage and a base alternating current; - rectifying said base voltage and base current with rectifiers in order to obtain a direct electric voltage and current; - converting, with converters , said direct voltage and electric current into a power voltage and power current; characterized in that during said refining step it is provided to increase the electric power current (Ia) of said electric arc to a second current value comprised between 1.04 and 1.2 times the first current value (I1), and in that the rectifiers are connected to the converters by at least one intermediate circuit which works in direct current, wherein the intermediate circuit stores electrical energy continuously and generates a separation between the electrodes and the rectifiers , and therefore with the mains electric network . - a step of loading solid metal material (M) into an electric furnace ; - a step of generating an electric arc between at least one electrode and the metal material (M); - a step of perforating the metal material during which said electrode is moved through said metal material (M); - a step of melting the solid metal material (M) in order to obtain a molten material, said melting step providing to keep an electric power current (Ia) of said electric arc substantially constant over time at a first current value (I1); - a step of refining said molten material by adding reaction compounds, - wherein the electric power supply to said electric furnace provides the transformation, with at least one transformer , of a mains alternating voltage and a mains alternating current into a base alternating voltage and a base alternating current; - rectifying said base voltage and base current with rectifiers in order to obtain a direct electric voltage and current; - converting, with converters , said direct voltage and electric current into a power voltage and power current;
A system for generating a servicing schedule for a construction machine , the system comprising: a controller configured to: receive an input signal pertaining to a servicing information for the construction machine , wherein the servicing information includes an aftermarket servicing lead, and one or more of a fault code from the construction machine , a fluid test result for the construction machine , and an inspection data for the construction machine ; and analyze the input signal for generating a service report that contains the servicing information, wherein the service report is used for generating the servicing schedule for the construction machine ; and a user interface for receiving the service report from the controller , wherein the user interface presents the service report thereon. receive an input signal pertaining to a servicing information for the construction machine , wherein the servicing information includes an aftermarket servicing lead, and one or more of a fault code from the construction machine , a fluid test result for the construction machine , and an inspection data for the construction machine ; and analyze the input signal for generating a service report that contains the servicing information, wherein the service report is used for generating the servicing schedule for the construction machine ; and a user interface for receiving the service report from the controller , wherein the user interface presents the service report thereon.
A barrier coating composition comprising a poly vinyl alcohol and/or ethylene vinyl alcohol co-polymer dissolved in an aqueous mixture; wherein the barrier composition comprises at least 45% by weight of one or more lower alcohols and having a solids content greater than 7.5% by weight and a coating viscosity of less than 30 seconds flow time measured using a Zahn cup #2 at 23°C; wherein a lower alcohol is a monohydric alcohol bearing one hydroxyl group with a carbon number of between C1 and C4.
A speech processing apparatus comprising: a determination unit configured to determine how to deal with a recognition result of speech data obtained by a first speech recognizer on a basis of a comparison between a certainty factor of the recognition result of the speech data obtained by the first speech recognizer and a threshold; and a threshold setting unit configured to set dynamically the threshold, wherein the threshold setting unit sets the threshold depending on a relevant operation mode among a plurality of operation modes including a first operation mode in which the speech data is recognized by the first speech recognizer and a second operation mode in which the speech data is recognized by the first speech recognizer and a second speech recognizer. a determination unit configured to determine how to deal with a recognition result of speech data obtained by a first speech recognizer on a basis of a comparison between a certainty factor of the recognition result of the speech data obtained by the first speech recognizer and a threshold; and a threshold setting unit configured to set dynamically the threshold, wherein the threshold setting unit sets the threshold depending on a relevant operation mode among a plurality of operation modes including a first operation mode in which the speech data is recognized by the first speech recognizer and a second operation mode in which the speech data is recognized by the first speech recognizer and a second speech recognizer.
An imaging sensor comprising: a plurality of sharing units, wherein a first sharing unit of the plurality of sharing units includes: eight transfer transistors (TR12-1 - TR12-8); four on-chip lenses arranged in a 2x2 matrix, wherein each of the four on-chip lenses is arranged at a light-incident side of two transfer transistors of the eight transfer transistors; four color filters (Gb, B, R, Gr) arranged in a 2x2 matrix, wherein each of the four color filters is arranged at a light-incident side of two transfer transistors of the eight transfer transistors; a floating diffusion (FD) coupled to each of the eight transfer transistors (TR12-1 - TR12-8); shared transistors (TR11, TR13, TR14) including a single amplification transistor (TR13) having a gate coupled to the floating diffusion, the shared transistors arranged in a horizontal direction; and a first vertical signal line (VSL) coupled to the single amplification transistor (TR13), the first vertical signal line (VSL) extending along a vertical direction, wherein the floating diffusion (FD) includes a first terminal (T1) and a second terminal (T2), wherein the shared transistors (TR11, TR13, TR14) are arranged in a first row and wherein the first terminal (T1) and the second terminal (T2) are arranged in a second row, and wherein at least two color filters (Gb, B; R, Gr) of the four color filters arranged along the horizontal direction are configured to extract light having different wavelength ranges. eight transfer transistors (TR12-1 - TR12-8); four on-chip lenses arranged in a 2x2 matrix, wherein each of the four on-chip lenses is arranged at a light-incident side of two transfer transistors of the eight transfer transistors; four color filters (Gb, B, R, Gr) arranged in a 2x2 matrix, wherein each of the four color filters is arranged at a light-incident side of two transfer transistors of the eight transfer transistors; a floating diffusion (FD) coupled to each of the eight transfer transistors (TR12-1 - TR12-8); shared transistors (TR11, TR13, TR14) including a single amplification transistor (TR13) having a gate coupled to the floating diffusion, the shared transistors arranged in a horizontal direction; and a first vertical signal line (VSL) coupled to the single amplification transistor (TR13), the first vertical signal line (VSL) extending along a vertical direction, wherein the floating diffusion (FD) includes a first terminal (T1) and a second terminal (T2), wherein the shared transistors (TR11, TR13, TR14) are arranged in a first row and wherein the first terminal (T1) and the second terminal (T2) are arranged in a second row, and wherein at least two color filters (Gb, B; R, Gr) of the four color filters arranged along the horizontal direction are configured to extract light having different wavelength ranges.
An auxiliary assembly structure for a multi-component support structure for removing the load on an exchangeable supporting structure element (2.2), whereby the auxiliary assembly structure comprises at least one auxiliary assembly structure element and a lifting gear , whereby the auxiliary assembly structure element and the lifting gear are connected to one another serially and in a load-transmitting manner, and the auxiliary assembly structure is arranged such that it may span over the exchangeable supporting structure element (2.2) of the supporting structure and is designed such that it can be connected to the adjacent supporting structure elements (2.1, 2.3) in a load-transmitting manner in each case, characterised in that the lifting gear has a force sensor and a control and regulating device is provided for load-dependent control and regulation of the at least one lifting gear in order to remove the load.
A data broadcast method, used in a satellite communications system, the data broadcast method comprising: obtaining , by a satellite base station, a plurality of pieces of data that need to be broadcast, wherein the plurality of pieces of data are a same type of data of compensation values of Doppler frequency shifts, change rates of Doppler frequency shifts, transmission delays, change rates of transmission delays, timing advances, TAs, change rates of TAs, or angles of a plurality of beams, wherein the plurality of pieces of data respectively correspond to a plurality of beams generated by the satellite base station; determining , by the satellite base station, reference data based on the plurality of pieces of data and a difference between each piece of data in the plurality of pieces of data and the reference data; and broadcasting , by the satellite base station, first indication information and a plurality of pieces of second indication information to a terminal device, wherein the first indication information is used to indicate the reference data, and each piece of second indication information is used to indicate a difference between one piece of data in the plurality of pieces of data and the reference data. obtaining , by a satellite base station, a plurality of pieces of data that need to be broadcast, wherein the plurality of pieces of data are a same type of data of compensation values of Doppler frequency shifts, change rates of Doppler frequency shifts, transmission delays, change rates of transmission delays, timing advances, TAs, change rates of TAs, or angles of a plurality of beams, wherein the plurality of pieces of data respectively correspond to a plurality of beams generated by the satellite base station; determining , by the satellite base station, reference data based on the plurality of pieces of data and a difference between each piece of data in the plurality of pieces of data and the reference data; and broadcasting , by the satellite base station, first indication information and a plurality of pieces of second indication information to a terminal device, wherein the first indication information is used to indicate the reference data, and each piece of second indication information is used to indicate a difference between one piece of data in the plurality of pieces of data and the reference data.
A self-retracting device for a furniture part that can be extended out of a furniture body by means of an extension guide, comprising a main part and a slide , which is movably mounted on the main part and can be moved in an extension direction from a main position into a standby position against the force of a retracting spring , wherein said slide is held in the standby position by a holding device, and wherein a driver can be coupled to the slide in order to move the slide from the main position into the standby position and uncoupled from the slide in the standby position of the slide , characterized in that the retracting spring engages on a lever of the self-retracting device, which is pivotally mounted on the main part about a first pivot axis and pivotally mounted on the slide about a second pivot axis , wherein the lever can be moved relative to the first pivot axis or the first pivot axis can be moved relative to the main part .
A data system configured to provide a modular framework to access and manipulate information or data content across multiple device platforms synchronously comprising: a module repository comprising at least one module at a server side; a valid subscription service, at a client side, configured to be implemented through a client graphical user interface, GUI, of the multiple device platforms that provides access to interact with and navigate with a content source of the at least one module; a private cloud that is configured to work with a server side database synced with an external cloud distributed database; and an architecture is configured to delegate with the at least one module to delegate at least part of a or an entire computing task to the server side, wherein the content source is a local database on the subscribed client side, a remote database of the external cloud distributed database architecture, a remote stream, a remote web page or a remote script, wherein the module is configured to be requested by a brower at the client side and discarded at runtime from the external cloud distributed database, wherein the module is automatically updated with latest data in the external cloud distributed database at server side driven by an event callback functionality, and wherein the at least one module provides a function dedicated to one of many aspects of functionality provided by the data system, and wherein the at least one module is configured to be embedded within another module. a module repository comprising at least one module at a server side; a valid subscription service, at a client side, configured to be implemented through a client graphical user interface, GUI, of the multiple device platforms that provides access to interact with and navigate with a content source of the at least one module; a private cloud that is configured to work with a server side database synced with an external cloud distributed database; and an architecture is configured to delegate with the at least one module to delegate at least part of a or an entire computing task to the server side, wherein the content source is a local database on the subscribed client side, a remote database of the external cloud distributed database architecture, a remote stream, a remote web page or a remote script, wherein the module is configured to be requested by a brower at the client side and discarded at runtime from the external cloud distributed database, wherein the module is automatically updated with latest data in the external cloud distributed database at server side driven by an event callback functionality, and wherein the at least one module provides a function dedicated to one of many aspects of functionality provided by the data system, and wherein the at least one module is configured to be embedded within another module.
An active tip clearance control system of a gas turbine engine comprising: a radially adjustable blade outer air seal system movable between a radially contracted Blade Outer Air Seal position that defines a first air volume and a radially expanded Blade Outer Air Seal position that defines a second air volume, said second air volume different than said first air volume; and an accumulator system that accommodates a difference in air volume between said first air volume and said second air volume. a radially adjustable blade outer air seal system movable between a radially contracted Blade Outer Air Seal position that defines a first air volume and a radially expanded Blade Outer Air Seal position that defines a second air volume, said second air volume different than said first air volume; and an accumulator system that accommodates a difference in air volume between said first air volume and said second air volume.