mhurhangee/ep-ind-claims huggingface dataset:
A method for determination of the lubricating oil consumption of an internal combustion engine, in which: - the lubricating oil whose consumption is to be measured is labeled with a determined quantity of at least one radioactive tracer; - downstream of the engine, the quantity of radioactive tracer(s) present in the gases emerging from the latter is measured; - and the lubricating oil consumption of the engine is deduced therefrom; the measurement of the quantity of radioactive lubricating oil tracer(s) present in the gases emerging from the engine comprising: - bringing these gases in contact with a trap which can physically retain the radioactive tracer particles, this trap including at least one filtration element formed by at least one filtering medium with a porous structure, fixed in a metal canning; - with the aid of a detector sensitive to radiation emitted by the radioactive tracer(s) retained by the trap and placed at a distance therefrom allowing the emitted radiation to be measured, continuously measuring this radiation coming from the trap; - and transmitting the measurements taken by this detector to a programmed computer which can convert these measurements into the lubricating oil consumption rate of the engine. - the lubricating oil whose consumption is to be measured is labeled with a determined quantity of at least one radioactive tracer; - downstream of the engine, the quantity of radioactive tracer(s) present in the gases emerging from the latter is measured; - and the lubricating oil consumption of the engine is deduced therefrom; - bringing these gases in contact with a trap which can physically retain the radioactive tracer particles, this trap including at least one filtration element formed by at least one filtering medium with a porous structure, fixed in a metal canning; - with the aid of a detector sensitive to radiation emitted by the radioactive tracer(s) retained by the trap and placed at a distance therefrom allowing the emitted radiation to be measured, continuously measuring this radiation coming from the trap; - and transmitting the measurements taken by this detector to a programmed computer which can convert these measurements into the lubricating oil consumption rate of the engine.
A method to provide a controlled current to an electrode, comprising: - receiving an amperage parameter of a welding device from an interface (44, 45); - determining, with a logic circuit, a voltage set point based on the amperage parameter and a voltage correction factor; - outputting, with a power conversion circuit controlled by the logic circuit, weld current based on the amperage parameter and the voltage set point; characterized by - comparing a measured voltage corresponding to the weld current to a threshold; wherein the logic circuit is configured to adjust an amperage of the weld current, when the measured voltage satisfies the threshold, based on the amperage parameter, the voltage set point, and the measured voltage using a sloping amperage-voltage relationship. - receiving an amperage parameter of a welding device from an interface (44, 45); - determining, with a logic circuit, a voltage set point based on the amperage parameter and a voltage correction factor; - outputting, with a power conversion circuit controlled by the logic circuit, weld current based on the amperage parameter and the voltage set point; characterized by - comparing a measured voltage corresponding to the weld current to a threshold; wherein the logic circuit is configured to adjust an amperage of the weld current, when the measured voltage satisfies the threshold, based on the amperage parameter, the voltage set point, and the measured voltage using a sloping amperage-voltage relationship.
A method for providing a user interface that is contextually relevant to one or more objects, comprising: upon receiving a selection of an object for editing, displaying a contextually relevant user interface adjacent to the selected object; displaying in the user interface a control for identifying a context of the user interface based on an attribute of the object selected for editing displaying in the user interface one or more selectable controls representing a subset of a plurality of functionalities, whereby the subset of the plurality of functionalities comprises one or more of the plurality of functionalities that are at least substantially the most used in editing an object of a same type as the selected object; and displaying in the user interface a control for changing a context of the user interface for editing a different object, said control for changing a context of the user interface being operative to display a list of available contexts that may be applied to the user interface, whereby upon selection of the control for changing the context of the user interface, displaying in the user interface one or more selectable controls representing a different subset of the plurality of functionalities, whereby the different subset of the plurality of functionalities comprises one or more of the plurality of functionalities that are at least substantially the most used in editing an object of a same type as the different object. upon receiving a selection of an object for editing, displaying a contextually relevant user interface adjacent to the selected object; displaying in the user interface a control for identifying a context of the user interface based on an attribute of the object selected for editing displaying in the user interface one or more selectable controls representing a subset of a plurality of functionalities, whereby the subset of the plurality of functionalities comprises one or more of the plurality of functionalities that are at least substantially the most used in editing an object of a same type as the selected object; and displaying in the user interface a control for changing a context of the user interface for editing a different object, said control for changing a context of the user interface being operative to display a list of available contexts that may be applied to the user interface, whereby upon selection of the control for changing the context of the user interface, displaying in the user interface one or more selectable controls representing a different subset of the plurality of functionalities, whereby the different subset of the plurality of functionalities comprises one or more of the plurality of functionalities that are at least substantially the most used in editing an object of a same type as the different object.
An electrical installation system comprising a circuit interrupter, an electrical connection point such as a socket, and a power cable electrically connecting the circuit interrupter and the electrical connection point; wherein the circuit interrupter comprises a responder such as an indicator light or sounding body; characterized in that the electrical connection point comprises a responder terminal: and in that the power cable comprises a responder wire connecting the responder of the circuit interrupter with the responder terminal of the electrical connection point; and in that the electrical installation system is configured to activate the responder when electrical contact is made between the responder terminal and a phase carrying wire of the electrical connection point. wherein the circuit interrupter comprises a responder such as an indicator light or sounding body; characterized in that the electrical connection point comprises a responder terminal: and in that the power cable comprises a responder wire connecting the responder of the circuit interrupter with the responder terminal of the electrical connection point; and in that the electrical installation system is configured to activate the responder when electrical contact is made between the responder terminal and a phase carrying wire of the electrical connection point.
A bond coating powder comprising: a plurality of parent particles having a plurality of dispersoids mechanically alloyed with the plurality of parent particles forming the bond coating powder, wherein the plurality of dispersoids selectively occupy a grain boundary area of the plurality of parent particles providing a bond coating powder; wherein the plurality of dispersoids, are selected from the group consisting of zirconium-oxide, aluminium-oxide (Al2O3), yttrium-oxide (Y2 O3), magnesium-oxide (MgO), cerium-oxide (CeO), and combinations thereof and comprise from 0.5% by weight to 1% by weight of the bond coating powder; wherein the powder is selected from the group consisting of MCrAlY, wherein M is Ni, Fe, Co, and combinations thereof, characterized in that the plurality of dispersoids occupy from 18 percent to 30 percent of the grain boundary area, and have a particle size from 0.010 microns to 0.020 microns after mechanically alloying.
A key switch with pressure balance function, comprising a base and a key cap arranged above the base, a press balance assembly arranged between the base and the key cap; wherein the press balance assembly comprises a balance bracket A and a balance bracket B; both the balance bracket A and the balance bracket B are in a U-shaped structure, and a U-shaped open end of the balance bracket A is opposite to a U-shaped open end of the balance bracket B; structures of the balance bracket A and the balance bracket B are the same, comprising a transverse balance portion (311, 321) and a longitudinal balance portion (312, 322) connected to both ends of the transverse balance portion (311, 321), respectively; each transverse balance portion (311, 321) is provided with a hook hole (3112, 3212); the balance bracket A and the balance bracket B are connected by an elastic member hooking the hook holes (3112, 3212); characterized in that at least one insertion block (3121, 3221) is arranged at an outer end of the longitudinal balance portion (312, 322); a mounting arm is arranged at each side of the base, and a socket is provided on the mounting arm; the insertion block (3121, 3221) is inserted into the socket; each end of the transverse balance portion (311, 321) is provided with an inserting shaft (3111, 3211), and each corner of a lower end surface of the key cap is provided with a slot; the inserting shaft (3111, 3211) is inserted into the slot. each transverse balance portion (311, 321) is provided with a hook hole (3112, 3212); the balance bracket A and the balance bracket B are connected by an elastic member hooking the hook holes (3112, 3212); characterized in that at least one insertion block (3121, 3221) is arranged at an outer end of the longitudinal balance portion (312, 322); a mounting arm is arranged at each side of the base, and a socket is provided on the mounting arm; the insertion block (3121, 3221) is inserted into the socket; each end of the transverse balance portion (311, 321) is provided with an inserting shaft (3111, 3211), and each corner of a lower end surface of the key cap is provided with a slot; the inserting shaft (3111, 3211) is inserted into the slot.
An imaging system that uses multiple processors to process a print job to display an image, comprising: an input device that inputs an object; a controller that controls the multiple processors to process the image based on the inputted object to create the print job; an interface device that produces a plurality of worker threads that correspond to the print job; and an output device that displays the image, the controller controls the multiple processors and the interface device to allow the plurality of worker threads to simultaneously process independent portions of the print job, the system further comprising a decomposer, that interprets commands associated with the print job; the controller controlling the plurality of worker threads to remove work units associated with regions on a page from within worker lists, and when the controller determines that a region of a first work unit overlaps another region of a second work unit, all other worker threads disregard the first work unit and search for a work unit different from the first and second work units to process. an input device that inputs an object; a controller that controls the multiple processors to process the image based on the inputted object to create the print job; an interface device that produces a plurality of worker threads that correspond to the print job; and an output device that displays the image, the controller controls the multiple processors and the interface device to allow the plurality of worker threads to simultaneously process independent portions of the print job, the system further comprising a decomposer, that interprets commands associated with the print job; the controller controlling the plurality of worker threads to remove work units associated with regions on a page from within worker lists, and when the controller determines that a region of a first work unit overlaps another region of a second work unit, all other worker threads disregard the first work unit and search for a work unit different from the first and second work units to process.
A method for inspecting phase defects and/or particles on a surface of an unpatterned object, the method comprising: generating an illuminating light beam having a wavelength of less than about 250 nanometers; passing the illuminating light beam through a set of optical elements with a partial coherence sigma to between about 0.15 and 0.5; focusing the illuminating light beam onto the surface of the unpatterned object at a predetermined defocus range; inspecting the surface of the unpatterned object with the illuminating light beam so that a reflected light beam reflects from the surface; and based on the reflected light beam, constructing and analyzing a resultant image to identify the phase defects. generating an illuminating light beam having a wavelength of less than about 250 nanometers; passing the illuminating light beam through a set of optical elements with a partial coherence sigma to between about 0.15 and 0.5; focusing the illuminating light beam onto the surface of the unpatterned object at a predetermined defocus range; inspecting the surface of the unpatterned object with the illuminating light beam so that a reflected light beam reflects from the surface; and based on the reflected light beam, constructing and analyzing a resultant image to identify the phase defects.
A medical system for facilitating installation of a PEG device in a patient's body by utilizing an endoscope, the system comprising: a needle configured to be disposed within an endoscope lumen of the endoscope and moveable along a longitudinal axis relative to the endoscope, characterized in that the needle includes a needle lumen extending therethrough; whereby the system further comprises: a safety cap for being placed on the outside of the patient's body, the safety cap having a cap lumen extending longitudinally therethrough, the cap lumen sized and configured to receive and secure the needle such that the needle lumen and cap lumen are in fluid communication; and a wire sized and configured to extend completely through the cap lumen and through at least a portion of the needle lumen. a needle configured to be disposed within an endoscope lumen of the endoscope and moveable along a longitudinal axis relative to the endoscope, characterized in that the needle includes a needle lumen extending therethrough; whereby the system further comprises: a safety cap for being placed on the outside of the patient's body, the safety cap having a cap lumen extending longitudinally therethrough, the cap lumen sized and configured to receive and secure the needle such that the needle lumen and cap lumen are in fluid communication; and a wire sized and configured to extend completely through the cap lumen and through at least a portion of the needle lumen. a safety cap for being placed on the outside of the patient's body, the safety cap having a cap lumen extending longitudinally therethrough, the cap lumen sized and configured to receive and secure the needle such that the needle lumen and cap lumen are in fluid communication; and a wire sized and configured to extend completely through the cap lumen and through at least a portion of the needle lumen.
A method performed by a control apparatus, comprising: allocating a dedicated radio resource to a plurality of radio terminals (1, 2) for Proximity Service, ProSe, communication performed within a terminal group including the plurality of radio terminals (1, 2) without communicating through a public land mobile network; and allocating a shared radio resource to the plurality of radio terminals (1, 2) for ProSe communication performed between a radio terminal (1, 2) belonging to the terminal group and a radio terminal that does not belong to the terminal group, wherein said allocating comprises: upon an occurrence of a first event associated with a failure in the public land mobile network, permitting the plurality of radio terminals (1, 2) to use both the dedicated radio resource and the shared radio resource, and upon an occurrence of a second event that is not associated with the failure, permitting the plurality of radio terminals (1, 2) to use the dedicated radio resource for the ProSe communication within the terminal group but not permitting the plurality of radio terminals (1, 2) to use the shared radio resource. allocating a dedicated radio resource to a plurality of radio terminals (1, 2) for Proximity Service, ProSe, communication performed within a terminal group including the plurality of radio terminals (1, 2) without communicating through a public land mobile network; and allocating a shared radio resource to the plurality of radio terminals (1, 2) for ProSe communication performed between a radio terminal (1, 2) belonging to the terminal group and a radio terminal that does not belong to the terminal group, wherein said allocating comprises: upon an occurrence of a first event associated with a failure in the public land mobile network, permitting the plurality of radio terminals (1, 2) to use both the dedicated radio resource and the shared radio resource, and upon an occurrence of a second event that is not associated with the failure, permitting the plurality of radio terminals (1, 2) to use the dedicated radio resource for the ProSe communication within the terminal group but not permitting the plurality of radio terminals (1, 2) to use the shared radio resource. upon an occurrence of a first event associated with a failure in the public land mobile network, permitting the plurality of radio terminals (1, 2) to use both the dedicated radio resource and the shared radio resource, and upon an occurrence of a second event that is not associated with the failure, permitting the plurality of radio terminals (1, 2) to use the dedicated radio resource for the ProSe communication within the terminal group but not permitting the plurality of radio terminals (1, 2) to use the shared radio resource.
A method of encoding a speech signal according to a source-filter model, whereby speech is modelled to comprise a source signal filtered by the time-varying filter, the method comprising: receiving a speech signal comprising successive frames; determining linear predictive coding coefficients and determining a linear predictive coding residual; characterised in that the method further comprises: for each of a plurality of frames of the speech signal, adding a noise signal to the speech signal to generate a simulated signal, wherein the noise signal is generated by combining a white noise signal with a quantization gain value and the quantization gain value is generated in a noise shaping analysis, wherein the linear predictive coding coefficients are determined based on the simulated signal frame, and the linear predictive coding residual signal is determined based on the linear predictive coding coefficients and the simulated speech signal; and forming an encoded signal representing said speech signal, based on the linear predictive coding coefficients and the linear predictive coding residual signal. receiving a speech signal comprising successive frames; determining linear predictive coding coefficients and determining a linear predictive coding residual; characterised in that the method further comprises: for each of a plurality of frames of the speech signal, adding a noise signal to the speech signal to generate a simulated signal, wherein the noise signal is generated by combining a white noise signal with a quantization gain value and the quantization gain value is generated in a noise shaping analysis, wherein the linear predictive coding coefficients are determined based on the simulated signal frame, and the linear predictive coding residual signal is determined based on the linear predictive coding coefficients and the simulated speech signal; and forming an encoded signal representing said speech signal, based on the linear predictive coding coefficients and the linear predictive coding residual signal. for each of a plurality of frames of the speech signal, adding a noise signal to the speech signal to generate a simulated signal, wherein the noise signal is generated by combining a white noise signal with a quantization gain value and the quantization gain value is generated in a noise shaping analysis, wherein the linear predictive coding coefficients are determined based on the simulated signal frame, and the linear predictive coding residual signal is determined based on the linear predictive coding coefficients and the simulated speech signal; and forming an encoded signal representing said speech signal, based on the linear predictive coding coefficients and the linear predictive coding residual signal.
System consisting of a motor vehicle, such as a tilting vehicle, and a body, having a fixing device for detachably fixing the body to the motor vehicle, which fixing device comprises at least one first fixing means which is fixed to the body, at least one second fixing means which is fixed to a load-bearing vehicle component of the motor vehicle and which is detachably joined to the first fixing means in a coupled arrangement in order to fix the body to the vehicle component, and at least one electrical line which is guided from the vehicle component to the body and is fixed to the body in order to supply an electrical load, wherein the first fixing means comprises a first conducting means of the electrical line and the second fixing means comprises a second conducting means of the electrical line, wherein the first conducting means and the second conducting means are electrically conductively connected to one another in the coupled arrangement of the fixing means (14, 16), and wherein the first fixing means comprises a mechanical first coupling element at its end facing the second fixing means, to which coupling element the second fixing means can be detachably fixed by a second coupling element, which is arranged at that end of the second coupling element which faces the first coupling element, characterized in that the first coupling element comprises at least one snap-in member which, as the second coupling element is joined to the first coupling element, is movable transversely or obliquely with respect to the joining direction and, in the coupled arrangement, can be latched into at least one recess in the second coupling element, transversely or obliquely with respect to the joining direction, and forms a catch counter to the joining direction.