mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a first electronic device having one or more processors and memory storing one or more programs for execution by the one or more processors, the method comprising: detecting a first selection of a control during presentation of a first media content item; in response to detecting the first selection, presenting a second media content item that is related to the first media content item, wherein presenting the second media content item includes presenting a first playlist including media content related to the first media content item, wherein the second media content item is included in the first playlist; detecting a second selection of the control during presentation of the second media content item, wherein no control selections are detected between the first selection of the control and the second selection of the control; and in response to detecting the second selection, presenting a third media content item that is related to the second media content item, wherein presenting the third media content item includes presenting a second playlist including media content related to the second media content item, wherein the third media content item is included in the second playlist. detecting a first selection of a control during presentation of a first media content item; in response to detecting the first selection, presenting a second media content item that is related to the first media content item, wherein presenting the second media content item includes presenting a first playlist including media content related to the first media content item, wherein the second media content item is included in the first playlist; detecting a second selection of the control during presentation of the second media content item, wherein no control selections are detected between the first selection of the control and the second selection of the control; and in response to detecting the second selection, presenting a third media content item that is related to the second media content item, wherein presenting the third media content item includes presenting a second playlist including media content related to the second media content item, wherein the third media content item is included in the second playlist.
A method for controlling the extraction of ion beam pulses produced by a synchrocyclotron, the synchrocyclotron comprising electrodes configured to be placed in a magnetic field, wherein an alternating voltage is applied between the electrodes, and wherein the frequency of the alternating voltage is modulated in a cyclic manner, the method applying one or more beam control elements (20,22), the method comprising: ∘ starting an acceleration cycle of the synchrocyclotron to provide an ion beam pulse, wherein one modulation cycle of the modulated frequency of the alternating voltage corresponds to one acceleration cycle of the synchrocyclotron; characterized in that the method further comprises: ∘ generating a reference signal based on a measurement of the frequency of the alternating voltage applied during an acceleration cycle, the reference signal being generated when the frequency reaches a predefined value; ∘ communicating the time, at which the reference signal is generated, to the one or more beam control elements (20, 22), ∘ assessing one or more status parameters of the one or more beam control elements (20, 22), wherein the assessment is synchronised with the generation of the reference signal; ∘ cancelling or proceeding with the extraction of the beam pulse depending on the results of the assessment. ∘ generating a reference signal based on a measurement of the frequency of the alternating voltage applied during an acceleration cycle, the reference signal being generated when the frequency reaches a predefined value; ∘ communicating the time, at which the reference signal is generated, to the one or more beam control elements (20, 22), ∘ assessing one or more status parameters of the one or more beam control elements (20, 22), wherein the assessment is synchronised with the generation of the reference signal; ∘ cancelling or proceeding with the extraction of the beam pulse depending on the results of the assessment.
A handle for a bicycle handlebar, comprising a sleeve that can be slid onto the handlebar, wherein the sleeve defines a central axis mH which is coincident with the central axis of the bicycle handlebar, wherein a plug serving as an end cap or accessory holder is inserted into the sleeve, wherein the sleeve comprises a receptacle portion for the plug for this purpose, wherein the receptacle portion defines an insertion direction for the plug, whereby a central axis mA of the receptacle portion is defined; characterized in that the central axis mA of the receptacle portion lies at an oblique angle α between 3° and 50° relative to the central axis mH.
A laser system comprising: a laser holder for transmitting a laser beam therethrough emitted from a laser source; a lens disposed downstream of the laser holder for focusing the laser beam; a laser head adjacent to the laser holder, the laser head holding the lens; wherein the laser head includes: a thermal-mechanical adjustment device; and an opening formed at one end of the laser head opposite an end through which the laser beam is emitted from the laser head; the thermal-mechanical adjustment device includes a pivot bar disposed within the opening; the opening includes opposed open ends and a pivot point in between the opposed open ends, wherein a first cross-sectional area of the opening at a first one of the opposed open ends is greater than a second cross-sectional area of the opening at the pivot point and wherein a third cross-sectional area of the opening at a second one of the opposed open ends is greater than the second cross-sectional area of the opening at the pivot point and the pivot bar is configured to pivot about the pivot point and to rotate about its axis, so as to vary the alignment of the laser beam at the end of the laser head through which the laser beam is emitted. a laser holder for transmitting a laser beam therethrough emitted from a laser source; a lens disposed downstream of the laser holder for focusing the laser beam; a laser head adjacent to the laser holder, the laser head holding the lens; wherein the laser head includes: a thermal-mechanical adjustment device; and an opening formed at one end of the laser head opposite an end through which the laser beam is emitted from the laser head; a thermal-mechanical adjustment device; and an opening formed at one end of the laser head opposite an end through which the laser beam is emitted from the laser head; the thermal-mechanical adjustment device includes a pivot bar disposed within the opening; the opening includes opposed open ends and a pivot point in between the opposed open ends, wherein a first cross-sectional area of the opening at a first one of the opposed open ends is greater than a second cross-sectional area of the opening at the pivot point and wherein a third cross-sectional area of the opening at a second one of the opposed open ends is greater than the second cross-sectional area of the opening at the pivot point and the pivot bar is configured to pivot about the pivot point and to rotate about its axis, so as to vary the alignment of the laser beam at the end of the laser head through which the laser beam is emitted.
A dual-chamber multi-absorption wet flue gas desulfurization device comprising: a slurry pool, and an atomization absorption chamber above and in communication with the slurry pool, characterized in that the atomization absorption chamber includes a first atomization absorption chamber and a second atomization absorption chamber having an internal cavity larger than that of the first absorption chamber, an upper space of the slurry pool constituting a flue gas transition channel of the first atomization absorption chamber and the second atomization absorption chamber, the first atomization absorption chamber being provided at its top with a flue gas inlet, the second atomization absorption chamber being provided at its top with a flue gas outlet; wherein the first atomization absorption chamber is provided inside with a first atomization spray layer using ultrasonic atomizing nozzles, which can spray upward or downward; the particles sprayed by the first atomization spray layer have a particle size less than 300 μm; and the second atomization absorption chamber is provided inside with a second atomization spray layer using a two-way conventional mechanical atomizing nozzles spraying upward or downward; and a guide plate is arranged with an adjustable angle at the bottom of the second atomizing chamber, and the slurry pool further includes an oxidation air inlet arranged on a side wall of the slurry pool at a lower end of the first atomization absorption chamber.
A method for operating a user plane entity configured to handle a user plane of data packet sessions exchanged in a cellular network, each data packet session comprising data packet flows of a plurality of applications, the data packet flows of each application being identified by an application identifier, the method comprising: - determining that a tracking of data packet flows identified by an application identifier should be stopped, - determining one or more application detection filters configured to detect data packet flows identified by the application identifier, - removing the one or more application detection filters and the application identifier from the user plane entity, - requesting a session control entity configured to control the data packet sessions to remove packet detection rules usable to detect the data packet flows identified by the application identifier, wherein the request includes the application identifier. - determining that a tracking of data packet flows identified by an application identifier should be stopped, - determining one or more application detection filters configured to detect data packet flows identified by the application identifier, - removing the one or more application detection filters and the application identifier from the user plane entity, - requesting a session control entity configured to control the data packet sessions to remove packet detection rules usable to detect the data packet flows identified by the application identifier, wherein the request includes the application identifier.
An instrument being a pen or a stylus, the instrument comprising: a housing that defines a handle for a user of the instrument; and a circuit disposed within the housing, the circuit being configured to implement wireless communications; wherein the housing comprises a first conductive shaft and a second conductive shaft; wherein the circuit is electrically connected to the first conductive shaft such that the first conductive shaft is configured as an antenna element for the wireless communications; and wherein the second conductive shaft defines the user handle and is configured as a ground for the antenna element. a housing that defines a handle for a user of the instrument; and a circuit disposed within the housing, the circuit being configured to implement wireless communications; wherein the housing comprises a first conductive shaft and a second conductive shaft; wherein the circuit is electrically connected to the first conductive shaft such that the first conductive shaft is configured as an antenna element for the wireless communications; and wherein the second conductive shaft defines the user handle and is configured as a ground for the antenna element.
Method for cleaning industrially manufactured parts made of metal and/or plastic using a cleaning agent, with the steps of: a) introducing parts to be cleaned into a working chamber; b) charging the working chamber with the cleaning agent; c) cleaning the parts in the working chamber by means of the cleaning agent; wherein preferably in step c) the parts and/or the cleaning agent are circulated in the working chamber; in which the working chamber is subsequently evacuated and at least one organic solvent is fed into the evacuated working chamber in the vaporous state at a negative pressure relative to the environment, preferably at a pressure of 400 mbar, 200 mbar or lower, at a temperature at or above the flash point of the solvent in question, and the cleaning is completed by condensation of the solvent vapor on the parts, wherein the negative pressure and/or the temperature is selected such that no explosive mixture is created; characterised in that a mixture of at least two organic solvents and water is used as the cleaning agent, which mixture comprises at least one first water-insoluble organic solvent and at least one second water-soluble organic solvent, and in that, following step c), the water-solvent mixture is drained from the working chamber. a) introducing parts to be cleaned into a working chamber; b) charging the working chamber with the cleaning agent; c) cleaning the parts in the working chamber by means of the cleaning agent; wherein preferably in step c) the parts and/or the cleaning agent are circulated in the working chamber; in which the working chamber is subsequently evacuated and at least one organic solvent is fed into the evacuated working chamber in the vaporous state at a negative pressure relative to the environment, preferably at a pressure of 400 mbar, 200 mbar or lower, at a temperature at or above the flash point of the solvent in question, and the cleaning is completed by condensation of the solvent vapor on the parts, wherein the negative pressure and/or the temperature is selected such that no explosive mixture is created; characterised in that a mixture of at least two organic solvents and water is used as the cleaning agent, which mixture comprises at least one first water-insoluble organic solvent and at least one second water-soluble organic solvent, and in that, following step c), the water-solvent mixture is drained from the working chamber.
A system comprising: a display integrated with a digitizer sensor; a handheld device configured to transmit a signal to the digitizer sensor based on a defined protocol; a power supply; and a controller configured to: sample output from the digitizer sensor; detect at least one parameter characterizing noise from at least one of the display and the power supply; characterize a noise environment on the digitizer sensor based on the at least one parameter detected; and provide instructions to alter a transmission protocol of the handheld device based on the noise environment, characterized in that the controller is configured to identify a first portion of the output from the digitizer sensor that does not include user interaction and detect noise originating from the display based on the first portion of the output; and wherein the controller is further configured to identify a second portion of the output from the digitizer sensor that includes finger or hand touch input and detect noise originating from the power supply based on the second portion of the output. a display integrated with a digitizer sensor; a handheld device configured to transmit a signal to the digitizer sensor based on a defined protocol; a power supply; and a controller configured to: sample output from the digitizer sensor; detect at least one parameter characterizing noise from at least one of the display and the power supply; characterize a noise environment on the digitizer sensor based on the at least one parameter detected; and provide instructions to alter a transmission protocol of the handheld device based on the noise environment, sample output from the digitizer sensor; detect at least one parameter characterizing noise from at least one of the display and the power supply; characterize a noise environment on the digitizer sensor based on the at least one parameter detected; and provide instructions to alter a transmission protocol of the handheld device based on the noise environment, characterized in that the controller is configured to identify a first portion of the output from the digitizer sensor that does not include user interaction and detect noise originating from the display based on the first portion of the output; and wherein the controller is further configured to identify a second portion of the output from the digitizer sensor that includes finger or hand touch input and detect noise originating from the power supply based on the second portion of the output.
Device for distributing liquid in the form of drops comprising a drop distribution orifice formed on a distribution end, characterized in that the device comprises means for visually locating the orifice, by the production of a demarcation zone having a colour that is highly contrasted relative to the other parts of the distribution end, the device comprising drop forming means produced in a part forming a valve for the passage of the liquid, made of elastomer material, and the demarcation zone being obtained by the colouring of these drop forming means.
A translucent zirconia sintered body characterized by comprising zirconia which contains 2-4 mol% yttria as a stabilizer and which contains alumina, wherein the alumina content is less than 0.1 wt%, and by having a relative density of 99.8% or higher and a total light transmittance, as measured at a thickness of 1.0 mm, of 35% or higher.
Internal fixed structure for a nacelle of a propulsion assembly of an aircraft, said internal fixed structure having: - a thermoacoustic exchanger having a plate and channels, wherein the perimeter of the plate around the channels is pierced with a plurality of holes, - a honeycomb structure having two faces between which cells extend, wherein the first face has a housing and is covered by a perforated resistive skin and wherein the second face is covered by a bottom skin closing off the cells, wherein the thermoacoustic exchanger is disposed in the housing alongside the resistive skin, - a frame embedded in the honeycomb structure between the resistive skin and the bottom skin, wherein the frame is arranged beneath the plate, wherein for each hole in the plate, the frame has a bore coaxial with said hole, and - for each hole in the plate, a fastening means of a first type that has a first screw and a nut, wherein the nut is fastened to the frame concentrically with respect to said hole, and wherein the threaded shank of the first screw is screwed into the nut, passing successively through the plate, the resistive skin and the frame, and the head of which bears against the outer face of the plate. - a thermoacoustic exchanger having a plate and channels, wherein the perimeter of the plate around the channels is pierced with a plurality of holes, - a honeycomb structure having two faces between which cells extend, wherein the first face has a housing and is covered by a perforated resistive skin and wherein the second face is covered by a bottom skin closing off the cells, wherein the thermoacoustic exchanger is disposed in the housing alongside the resistive skin, - a frame embedded in the honeycomb structure between the resistive skin and the bottom skin, wherein the frame is arranged beneath the plate, wherein for each hole in the plate, the frame has a bore coaxial with said hole, and - for each hole in the plate, a fastening means of a first type that has a first screw and a nut, wherein the nut is fastened to the frame concentrically with respect to said hole, and wherein the threaded shank of the first screw is screwed into the nut, passing successively through the plate, the resistive skin and the frame, and the head of which bears against the outer face of the plate.
A heat exchanger for cooling a component, the component comprising a cowl at least partially surrounding further component parts, the cowl defining a peripheral gap and a cowl plenum, the heat exchanger characterized by: a housing defining a heat exchange plenum; a plurality of heat exchange tubes passing through the heat exchange plenum; an inlet manifold defining an inlet plenum in fluid communication with the heat exchange plenum; a discharge manifold defining a discharge plenum in fluid communication with the heat exchange plenum, the discharge manifold is able to be positioned within and is able to bridge the peripheral gap of the component cowl; a fluid outlet defined by the discharge manifold, the fluid outlet is able to provide fluid communication between the discharge plenum and the cowl plenum; and an impingement baffle at least partially defining the discharge manifold and is able to define an impingement gap between the impingement baffle and the component, the impingement baffle defining a plurality of cooling holes. a housing defining a heat exchange plenum; a plurality of heat exchange tubes passing through the heat exchange plenum; an inlet manifold defining an inlet plenum in fluid communication with the heat exchange plenum; a discharge manifold defining a discharge plenum in fluid communication with the heat exchange plenum, the discharge manifold is able to be positioned within and is able to bridge the peripheral gap of the component cowl; a fluid outlet defined by the discharge manifold, the fluid outlet is able to provide fluid communication between the discharge plenum and the cowl plenum; and an impingement baffle at least partially defining the discharge manifold and is able to define an impingement gap between the impingement baffle and the component, the impingement baffle defining a plurality of cooling holes.
A display that includes a transparent base having one surface on which a structure-forming layer, a light reflection layer, and a protective layer are sequentially laminated, wherein: the light reflection layer reflects a part of light, while transmitting therethrough a rest of light; and the structure-forming layer includes a plurality of structure areas and each of the plurality of structure areas is formed of a concavo-convex structure, wherein the structure-forming layer further includes a non-structure area where no concavo-convex structure is formed, characterised in that the protective layer has a surface on a side not contacting the reflection layer, this surface being provided with a transparent member having light scattering properties. the light reflection layer reflects a part of light, while transmitting therethrough a rest of light; and the structure-forming layer includes a plurality of structure areas and each of the plurality of structure areas is formed of a concavo-convex structure, wherein the structure-forming layer further includes a non-structure area where no concavo-convex structure is formed, characterised in that the protective layer has a surface on a side not contacting the reflection layer, this surface being provided with a transparent member having light scattering properties.
A glazing unit comprising a glass substrate equipped on one of its faces, intended to form face 1 of said glazing unit in the use position, with a thin-film multilayer comprising, from said substrate, a film of a transparent electrically conductive oxide based on indium tin oxide of physical thickness e 1 comprised in a range extending from 50 to 200 nm, a silicon-nitride barrier film of physical thickness e 2, then a film based on silicon oxide, said thicknesses e 1 and e 2, expressed in nanometers, being such that 0.11 ≤ e 2 /e 1 ≤ 0.18.
A cartridge for the purification of drinking water, comprising an ion exchanger material, a first part of which is loaded with magnesium ions, and a second part of which is loaded with hydrogen ions, wherein the cartridge has a first chamber containing a highly acidic ion exchanger material and at least a further chamber containing a weakly acidic ion exchanger material, and wherein the cartridge is formed such that water to be purified is divided into at least two partial flows, wherein one partial flow passes through the first chamber and a further partial flow passes through the further chamber, wherein the first chamber contains the highly acidic ion exchanger material, at least 60% of the capacity of which, in the delivery state, is loaded with magnesium ions.