mhurhangee/patent-ind-claim-en huggingface dataset:
A content processing device comprising: a processor configured to control: an external content analyser for analysing a genre of contents of at least one external content source, a source mode analyser for analysing a viewing frequency of broadcast channels in a broadcast mode of the content processing device, thereby identifying at least one unused or least viewed broadcast channel having a genre of contents; and a user interface configured to present a modified content listing of the broadcast mode, a content mapping engine for mapping the contents of the plurality of external content sources to a content listing in the broadcast mode of the content processing device, based on the viewing frequency of the broadcast channels and the genre of contents of the external content sources, so that the at least one external source of the genre of contents is mapped to the at least one unused or least viewed broadcast channel of the same genre of contents, wherein the processor is further configured to control the content mapping engine to apply the mapping to obtain the modified content listing, and to reproduce the contents of the at least one external content source in response to a selection of the contents in the modified content listing in the broadcast mode without switching from the broadcast mode to an external content source mode. an external content analyser for analysing a genre of contents of at least one external content source, a source mode analyser for analysing a viewing frequency of broadcast channels in a broadcast mode of the content processing device, thereby identifying at least one unused or least viewed broadcast channel having a genre of contents; and a user interface configured to present a modified content listing of the broadcast mode, a content mapping engine for mapping the contents of the plurality of external content sources to a content listing in the broadcast mode of the content processing device, based on the viewing frequency of the broadcast channels and the genre of contents of the external content sources, so that the at least one external source of the genre of contents is mapped to the at least one unused or least viewed broadcast channel of the same genre of contents, wherein the processor is further configured to control the content mapping engine to apply the mapping to obtain the modified content listing, and to reproduce the contents of the at least one external content source in response to a selection of the contents in the modified content listing in the broadcast mode without switching from the broadcast mode to an external content source mode.
An environmentally sustainable cement composition which comprises a sulfoaluminate clinker in a percentage ranging from 75 to 97.9% by weight with respect to the weight of the cement, preferably from 89 to 94.5%, ferrous sulfate (FeSO 4 nH 2 O) in a percentage ranging from 2 to 20% by weight with respect to the weight of cement, preferably from 5 to 10%, and an accelerating agent of the hydration reaction in a percentage ranging from 0.1 to 5% by weight with respect to the weight of the cement, preferably from 0.5 to 2%.
A method performed by a network controller to determine a channel capacity of an access point in a wireless local area network, WLAN, the method comprising: retrieving, from the access point, channel usage measurements and data transmission measurements determined during a predetermined time period, wherein the channel usage measurements comprise a channel idle time measurement and a channel busy time measurement, determining a channel usage factor, wherein the channel usage factor is a function of a ratio between the channel idle time measurement and the channel busy time measurement, determining data throughput of the access point by using the data transmission measurements determined during the predetermined time period, and determining the channel capacity of the access point by adjusting the data throughput by the channel usage factor. retrieving, from the access point, channel usage measurements and data transmission measurements determined during a predetermined time period, wherein the channel usage measurements comprise a channel idle time measurement and a channel busy time measurement, determining a channel usage factor, wherein the channel usage factor is a function of a ratio between the channel idle time measurement and the channel busy time measurement, determining data throughput of the access point by using the data transmission measurements determined during the predetermined time period, and determining the channel capacity of the access point by adjusting the data throughput by the channel usage factor.
Organic electroluminescent device comprising cathode, anode and at least one emitting layer comprising a sterically shielded fluorescent compound, wherein the emitting layer or a layer adjoining the emitting layer contains a luminescent organic compound having a gap between the lowest triplet state T 1 and the first excited singlet state S 1 of ≤ 0.30 eV (TADF compound), where the peak emission wavelength of the sterically shielded fluorescent compound is greater than or equal to the peak emission wavelength of the TADF compound; where the peak emission wavelength is determined by dissolving the material in toluene in a concentration of 0.5 mg/100 ml and exciting the solution with a wavelength of 350 nm at room temperature in a fluorescence spectrometer, where the peak emission wavelength is the wavelength at which the emission spectrum obtained reaches its maximum value, characterized in that the sterically shielded fluorescent compound has a shielding parameter S ≤ 0.6, where the shielding parameter is determined as defined in 6) in the general description of the determination of the relevant parameters.
A charging system configured to transcutaneously deliver power, comprising: a tank circuit comprising a primary coil ; a detection circuit; a drive circuit configured to drive the primary coil at a drive frequency; and a control circuit configured to monitor a voltage signal at a circuit node of the tank circuit and to tune the drive frequency based on a characteristic of the signal, characterized in that the detection circuit is configured to detect a stub pulse if the rising edges of a first and second successive voltage pulses are separated in time by less than a predetermined time period and in that the control circuit is configured to further tune the frequency to find a resonant frequency of the system if a stub pulse is detected and is configured to keep the frequency unchanged otherwise. a tank circuit comprising a primary coil ; a detection circuit; a drive circuit configured to drive the primary coil at a drive frequency; and a control circuit configured to monitor a voltage signal at a circuit node of the tank circuit and to tune the drive frequency based on a characteristic of the signal, characterized in that the detection circuit is configured to detect a stub pulse if the rising edges of a first and second successive voltage pulses are separated in time by less than a predetermined time period and in that the control circuit is configured to further tune the frequency to find a resonant frequency of the system if a stub pulse is detected and is configured to keep the frequency unchanged otherwise.
Vehicle tyre comprising a tread profile with profile bands , which are separated from one another by circumferential grooves , and with transverse ribs , which are arranged in the circumferential grooves , the transverse ribs being designed to influence air flows occurring at the vehicle tyre during driving operation in such a way that noises resulting from the air flows are distributed over a broad frequency spectrum, the transverse ribs having in each case a height (H i ) over a groove base of the respective circumferential groove and extending in each case over an entire width of the respective circumferential groove , characterized in that at least some of the transverse ribs arranged within a circumferential groove have different lengths (L i ) in a circumferential direction (U) of the vehicle tyre .
A blower with a silencer, the blower comprising: a fan; and a silencer that silences a sound generated by the fan, wherein the silencer has a resonance characteristic, and the silencer is disposed at a position connected to a sound field space of the sound generated by the fan, characterised in that a sum of an absorbance and a reflectivity of the silencer at a resonance frequency measured by using an acoustic pipe is 10% to 43% and a standardized half-width of the silencer is more than 0.05 and 0.25 or less. a fan; and a silencer that silences a sound generated by the fan, wherein the silencer has a resonance characteristic, and the silencer is disposed at a position connected to a sound field space of the sound generated by the fan, characterised in that a sum of an absorbance and a reflectivity of the silencer at a resonance frequency measured by using an acoustic pipe is 10% to 43% and a standardized half-width of the silencer is more than 0.05 and 0.25 or less.
A model toy comprising: a placement member on which an object (Fd) is placed; a first movable member which comprises an engaging portion and which is movable from a first position to a second position that is more distant from the placement member than the first position; a second movable member which is urged toward the placement member , which comprises an engaged portion that is engaged with the engaging portion when the first movable member is moved, and which is movable to a position that is distant from the placement member ; and a guide portion which changes a path of one or both of the engaging portion and the engaged portion as the second movable member is moved, to disengage the engaged portion from the engaging portion , wherein when the engaged portion is disengaged from the engaging portion , the second movable member causes the placement member to spring up the object (Fd). a placement member on which an object (Fd) is placed; a first movable member which comprises an engaging portion and which is movable from a first position to a second position that is more distant from the placement member than the first position; a second movable member which is urged toward the placement member , which comprises an engaged portion that is engaged with the engaging portion when the first movable member is moved, and which is movable to a position that is distant from the placement member ; and a guide portion which changes a path of one or both of the engaging portion and the engaged portion as the second movable member is moved, to disengage the engaged portion from the engaging portion , wherein when the engaged portion is disengaged from the engaging portion , the second movable member causes the placement member to spring up the object (Fd).
A water flosser comprising: a body ; a cap coupled to the body a tip extending through an opening in the cap; and a latch assembly selectively retaining the tip, characterised in that the cap, the tip and the latch assembly are all rotatable as a unit about a defined axis relative to the body a body ; a cap coupled to the body a tip extending through an opening in the cap; and a latch assembly selectively retaining the tip, characterised in that the cap, the tip and the latch assembly are all rotatable as a unit about a defined axis relative to the body
A method of monitoring wave slam on a vessel , comprising the acts of: - measuring acceleration forces from mechanical shocks on the vessel using one or more sensors , the one or more sensors communicatively coupled to a computing unit ; and - generating acceleration prediction information representative of a predicted wave slam using the computing unit ; characterized in that the method further comprises generating real-time acceleration information representative of a wave slam on the vessel based at least in part on the measured acceleration forces from the one or more sensors ; in that the method further comprises collecting information about a particular operator operating the vessel ; in that said generating of said acceleration prediction information is based at least in part on the generated real-time acceleration information and the information about the particular operator operating the vessel ; and in that the method further comprises presenting the acceleration prediction information to an intended recipient. - measuring acceleration forces from mechanical shocks on the vessel using one or more sensors , the one or more sensors communicatively coupled to a computing unit ; and - generating acceleration prediction information representative of a predicted wave slam using the computing unit ; in that the method further comprises collecting information about a particular operator operating the vessel ; in that said generating of said acceleration prediction information is based at least in part on the generated real-time acceleration information and the information about the particular operator operating the vessel ; and in that the method further comprises presenting the acceleration prediction information to an intended recipient.
A data transmission method, wherein the method comprises: sending, by a base station, a grouping instruction to a target terminal, wherein the grouping instruction is used to group, in a preset grouping manner, terminals in a cell in which the target terminal is located into N groups, totally or partially different resources are allocated to terminals in different groups of the N groups, a resource corresponding to an i th group of the N groups is used by a terminal in the i th group in uplink non-scheduled transmission, N is an integer greater than 1, and i is a positive integer less than or equal to N; and receiving, by the base station, data that is sent by the target terminal by using a target resource, wherein the target resource is a resource corresponding to a target group to which the target terminal belongs; wherein the preset grouping manner comprises a beam-based grouping manner, and the method further comprises: transmitting, by the base station, a plurality of beams in the cell in which the target terminal is located, wherein the base station uses the plurality of beams to transmit multiple discovery signals, in order to allow the target terminal to determine, based on a reception status of the discovery signals, the target group to which the target terminal belongs, wherein different beams transmit different discovery signals. sending, by a base station, a grouping instruction to a target terminal, wherein the grouping instruction is used to group, in a preset grouping manner, terminals in a cell in which the target terminal is located into N groups, totally or partially different resources are allocated to terminals in different groups of the N groups, a resource corresponding to an i th group of the N groups is used by a terminal in the i th group in uplink non-scheduled transmission, N is an integer greater than 1, and i is a positive integer less than or equal to N; and receiving, by the base station, data that is sent by the target terminal by using a target resource, wherein the target resource is a resource corresponding to a target group to which the target terminal belongs; wherein the preset grouping manner comprises a beam-based grouping manner, and the method further comprises: transmitting, by the base station, a plurality of beams in the cell in which the target terminal is located, wherein the base station uses the plurality of beams to transmit multiple discovery signals, in order to allow the target terminal to determine, based on a reception status of the discovery signals, the target group to which the target terminal belongs, wherein different beams transmit different discovery signals.
A ribbon cassette comprising: a cassette case having a box shape; an ink ribbon accommodated in the cassette case and having a portion exposed to an outside of the cassette case between a first hole formed in a first outer wall of the cassette case and a second hole formed in a second outer wall of the cassette case ; a first spool rotatably supported to the cassette case and having a hollow cylindrical shape, one end portion of the ink ribbon being wound on the first spool ; a second spool rotatably supported to the cassette case and having a hollow cylindrical shape, the second spool having a first portion to which another end portion of the ink ribbon is connected; an engaging part provided in the cassette case ; and a spring member wound around a second portion of the second spool , the second portion being different from the first portion , wherein the spring member includes a winding part wound around the second portion, and an extension part extending from a first end portion of the winding part and engaged with the engaging part , characterized in that the winding part is wound, from the first end portion , in a winding direction (R2) opposite to a take-up direction (R1) of the second spool in which the ink ribbon is taken up by the second spool ; and a second draw-out load applied to the ink ribbon being pulled from the second spool through the second hole is smaller than a first draw-out load applied to the ink ribbon being pulled from the first spool through the first hole . a cassette case having a box shape; an ink ribbon accommodated in the cassette case and having a portion exposed to an outside of the cassette case between a first hole formed in a first outer wall of the cassette case and a second hole formed in a second outer wall of the cassette case ; a first spool rotatably supported to the cassette case and having a hollow cylindrical shape, one end portion of the ink ribbon being wound on the first spool ; a second spool rotatably supported to the cassette case and having a hollow cylindrical shape, the second spool having a first portion to which another end portion of the ink ribbon is connected; an engaging part provided in the cassette case ; and a spring member wound around a second portion of the second spool , the second portion being different from the first portion , wherein the spring member includes a winding part wound around the second portion, and an extension part extending from a first end portion of the winding part and engaged with the engaging part , characterized in that the winding part is wound, from the first end portion , in a winding direction (R2) opposite to a take-up direction (R1) of the second spool in which the ink ribbon is taken up by the second spool ; and a second draw-out load applied to the ink ribbon being pulled from the second spool through the second hole is smaller than a first draw-out load applied to the ink ribbon being pulled from the first spool through the first hole .
An aluminum alloy for brazing provided for brazing via an Al-Si-based brazing material, the aluminum alloy consisting of: by mass%, Mg: 0.01% to 2.0%; Bi: 0.005% to 1.5%; optionally Ca: 100 mass ppm or less; optionally one or more of Si: 0.05% to 1.2%, Mn: 0.1% to 2.5%, Cu: 0.01% to 2.5 %, Fe: 0.05% to 1.5%, Zr: 0.01% to 0.3%, Ti: 0.01% to 0.3%, Cr: 0.01% to 0.5%, and Zn: 0.1% to 9.0%; and a remainder of Al and unavoidable impurities, wherein in the aluminum alloy, there are less than 5 Bi particles having a diameter of 5.0 μm or more in terms of equivalent circle diameter per 10,000-μm 2 visual field in the cross section parallel to the rolling direction, characterized in that in the aluminum alloy, there are more than 10 Mg-Bi-based compounds having a diameter of 0.01 μm or more and less than 5.0 μm in terms of equivalent circle diameter per 10,000-μm 2 visual field and there are less than 2 Mg-Bi-based compounds having a diameter of 5.0 μm or more per 10,000-μm 2 visual field in a cross section parallel to a rolling direction, and the number of the Mg-Bi-based compounds and the number of the Bi particles are determined in accordance with the description. in the aluminum alloy, there are less than 5 Bi particles having a diameter of 5.0 μm or more in terms of equivalent circle diameter per 10,000-μm 2 visual field in the cross section parallel to the rolling direction, characterized in that in the aluminum alloy, there are more than 10 Mg-Bi-based compounds having a diameter of 0.01 μm or more and less than 5.0 μm in terms of equivalent circle diameter per 10,000-μm 2 visual field and there are less than 2 Mg-Bi-based compounds having a diameter of 5.0 μm or more per 10,000-μm 2 visual field in a cross section parallel to a rolling direction, and the number of the Mg-Bi-based compounds and the number of the Bi particles are determined in accordance with the description.
An acoustic treatment panel intended to be disposed on at least one wall of an aircraft propulsion unit in contact with a fluid flow, the panel comprising a first acoustically reflective skin , a second acoustically porous skin intended to be in contact with a fluid flow (F, F P , F S ), a honeycomb structure extending between the first skin and the second skin and comprising a plurality of cavities , and at least one acoustically transparent reinforcing wall passing through a plurality of cavities of the honeycomb structure and extending from the second skin to the first skin forming a non-orthogonal angle with the first and second skins (14 and 16), characterised in that said at least one reinforcing wall is formed in one piece with the first acoustically reflective wall .
Signalling device (DS) for a vehicle (VA) suitable to be driven by a driver during a manual driving phase and comprising an assistance device (DA) suitable to drive it in a totally autonomous manner during an autonomous driving phase, signalling means (MSj) suitable to be installed on at least two lateral parts (PLk) of said vehicle (VA) and to generate a first light of a first chosen color, visible from outside said vehicle (VA), in the event of receiving a first command, and control means (MC) capable of generating said first command for said signalling means (MSj) when said vehicle (VA) is in a phase of autonomous driving, characterized in that said control means (MC) are adapted to generate said first command when said driver is absent from said vehicle (VA), and to generate a second command for said signalling means (MSj) when said vehicle (VA) is in a phase of autonomous driving and said driver is present in said vehicle (VA), or to generate said first command when said driver is present in said vehicle (VA), and to generate a second command for said signalling means (MSj) when said vehicle (VA) is in an autonomous driving phase and said driver is absent from said vehicle (VA), and in that said signalling means (MSj) are adapted to generate a second light of a second chosen color, visible from outside said vehicle (VA), in the event of reception of said second command.
Device for fixing a felt for wiping the smooth surface of a cooking appliance, such as the surface of a crepe pan, which includes a gripping member opposite which extends an element with a flat smooth surface for receiving a wiping felt , with, at the periphery of said element with a flat smooth surface, at least one pinching member , this element with a flat smooth surface and this pinching member being configured to be selectively moved towards or away from each other to pinch, respectively release, said felt , characterised by the fact that said at least one pinching member is stationary while said element with a flat smooth surface is movable.
A device for producing finger joint spacers , comprising a lower part and an upper part , it being possible for the lower part to be connected to the upper part , the lower part comprising a first mold cavity , and the upper part comprising a second mold cavity , the first mold cavity being configured to form a cavity together with the second mold cavity , the first mold cavity comprising a spacer body mold for forming a spacer body , and the second mold cavity comprising a shaft mold for forming a shaft , characterized in that the device comprises a flexible connecting element in the form of a film hinge, which connects the lower part to the upper part .