mhurhangee/patent-ind-claim-en huggingface dataset:
A method of receiving, by a user equipment, UE, system information in a time division duplex, TDD, system supporting a narrowband-internet of things, NB-IoT, the method being characterized by : receiving, from a base station , a masterinformationblock, MIB, -narrowband, NB, via an anchor carrier, wherein the MIB-NB comprises (i) first information representing whether a carrier used for a systeminformationblockl, SIB1, -NB is an anchor carrier or a non-anchor carrier, (ii) second information regarding a location of the non-anchor carrier used for the SIB1-NB and (iii) third information related to a repetition number of the SIB1-NB; receiving, from the base station , a narrowband reference signal, NRS, in a subframe #0 and a subframe #5; and receiving, from the base station , the SIB1-NB in a subframe #0 and a subframe #5 on the non-anchor carrier based on the MIB-NB, wherein the MIB-NB further comprises operation mode information for an operation mode of the system, wherein the location of the non-anchor carrier used for the SIB1-NB is determined based on the operation mode, wherein, based on the operation mode being an in-band or standalone, the second information represents the location of the non-anchor carrier relative to the anchor carrier, and wherein the repetition number of the SIB1-NB on the non-anchor carrier is 8 or 16. receiving, from a base station , a masterinformationblock, MIB, -narrowband, NB, via an anchor carrier, wherein the MIB-NB comprises (i) first information representing whether a carrier used for a systeminformationblockl, SIB1, -NB is an anchor carrier or a non-anchor carrier, (ii) second information regarding a location of the non-anchor carrier used for the SIB1-NB and (iii) third information related to a repetition number of the SIB1-NB; receiving, from the base station , a narrowband reference signal, NRS, in a subframe #0 and a subframe #5; and receiving, from the base station , the SIB1-NB in a subframe #0 and a subframe #5 on the non-anchor carrier based on the MIB-NB, wherein the MIB-NB further comprises operation mode information for an operation mode of the system, wherein the location of the non-anchor carrier used for the SIB1-NB is determined based on the operation mode, wherein, based on the operation mode being an in-band or standalone, the second information represents the location of the non-anchor carrier relative to the anchor carrier, and wherein the repetition number of the SIB1-NB on the non-anchor carrier is 8 or 16.
Use of a particulate adsorbent material composition comprising particles comprising at least 98% w/w of mined calcium carbonate composition relative to the particles' weight, for the treatment of an aqueous composition comprising saccharose, wherein the mined calcium carbonate comprises at least 1.5% of vaterite in weight to the total calcium carbonate in the mined calcium carbonate composition; wherein the particulate adsorbent material composition is added into the aqueous composition and wherein the adsorbent material particles present a median particle diameter ranging from 30 μm to 80 μm, the median particle diameter being determined by laser diffraction, preferably with the laser diffraction according to the ISO 13320:2020 standard method.
Aircraft comprising an aircraft cabin , a monument for the aircraft cabin , and a video surveillance device , wherein - the aircraft comprises first seats and second seats , wherein the second seats are flight attendant seats, wherein - at least one camera of the video surveillance device is directed at the first seats , wherein - a monitor for reproducing the images recorded by the video surveillance device is provided on the monument, wherein - a second aircraft seat arranged opposite the monitor is provided on the monument, wherein - the monument comprises an aircraft kitchen module , and the monitor is arranged on the aircraft kitchen module and/or the monument comprises at least one sanitary module , and the monitor is arranged on the sanitary module . - the aircraft comprises first seats and second seats , wherein the second seats are flight attendant seats, wherein - at least one camera of the video surveillance device is directed at the first seats , wherein - a monitor for reproducing the images recorded by the video surveillance device is provided on the monument, wherein - a second aircraft seat arranged opposite the monitor is provided on the monument, wherein - the monument comprises an aircraft kitchen module , and the monitor is arranged on the aircraft kitchen module and/or the monument comprises at least one sanitary module , and the monitor is arranged on the sanitary module .
A fluid meter device including an inlet into which a fluid flows, and an outlet from which the fluid flows out, and being configured to derive a flow value of the fluid flowing from the inlet to the outlet , plural measurement fluid passages (22a to 22e) provided in parallel between the inlet and the outlet ; separate flow value measuring units (61a to 61e) provided in the plural measurement fluid passages (22a to 22e), respectively, and configured to independently measure separate flow values of fluids flowing through the measurement fluid passages (22a to 22e), respectively; the fluid meter device being characterised by comprising: an average flow value calculation unit configured to derive an average flow value of the separate flow values based on the separate flow values measured by the separate flow value measuring units (61a to 61e), respectively; and a comparison/determination unit configured to obtain index values indicating a relation between the average flow value derived by the average flow value calculation unit and the separate flow values measured by the separate flow value measuring units (61a to 61e), and determine whether or not each of the index values is equal to or larger than a predetermined value, wherein the average flow calculation unit derives the average flow value by summing up the separate flow values which are other than a largest value and a smallest value among the separate flow values measured by the separate flow value measuring units (61a to 61e). an average flow value calculation unit configured to derive an average flow value of the separate flow values based on the separate flow values measured by the separate flow value measuring units (61a to 61e), respectively; and a comparison/determination unit configured to obtain index values indicating a relation between the average flow value derived by the average flow value calculation unit and the separate flow values measured by the separate flow value measuring units (61a to 61e), and determine whether or not each of the index values is equal to or larger than a predetermined value, wherein the average flow calculation unit derives the average flow value by summing up the separate flow values which are other than a largest value and a smallest value among the separate flow values measured by the separate flow value measuring units (61a to 61e).
A handle assembly for a hair removal device, comprising a handle , including a connection portion for supporting a hair removal head and an elongated grip portion extending therefrom, at least a first accessory component , said first accessory component being disassemblable from the grip portion (50; 250), and a holding mechanism, a first portion of the holding mechanism being engageable with a second portion of the holding mechanism to resist disassembly of the first accessory component from the grip portion (50; 250), characterized in that the holding mechanism includes a first magnetic element , comprising a first magnet, and a second magnetic element that is positioned relative to the first magnetic element when the holding mechanism is engaged so that the first and second magnetic elements cooperatively resist disassembly of the first accessory component from the grip portion (50; 250).
Tool for aligned mounting of device inserts for sockets , switches and the like in device boxes , with a tool body , which has a marking edge and means for aligning the marking edge relative to the device box , wherein the tool body has a U- or C-shaped cross-section with a base body and two bars adjoining it opposite one another, wherein the device for aligning the marking edge comprises a means by means of which the marking edge can be positioned in a predetermined position relative to the device box , and wherein the base body has a recess , wherein the at least one recess in the base body is formed in such a way that electrical connecting wires protruding from the device box can remain in place by guiding the tool with its tool body over the wires to the wall so that the connecting wires protrude through the respective recess , characterized in that each bar has a recess , wherein the recesses being formed in the bars in the region of the means , and wherein, furthermore, the recesses in the region of the bars are formed in such a way that the means , with the aid of which the marking edge can be positioned in a predetermined position relative to the device box , can be easily seen by the fitter and is thus visible. with a tool body , which has a marking edge and means for aligning the marking edge relative to the device box , wherein the tool body has a U- or C-shaped cross-section with a base body and two bars adjoining it opposite one another, wherein the device for aligning the marking edge comprises a means by means of which the marking edge can be positioned in a predetermined position relative to the device box , and wherein the base body has a recess , wherein the at least one recess in the base body is formed in such a way that electrical connecting wires protruding from the device box can remain in place by guiding the tool with its tool body over the wires to the wall so that the connecting wires protrude through the respective recess , characterized in that each bar has a recess , wherein the recesses being formed in the bars in the region of the means , and wherein, furthermore, the recesses in the region of the bars are formed in such a way that the means , with the aid of which the marking edge can be positioned in a predetermined position relative to the device box , can be easily seen by the fitter and is thus visible.
A method of outputting encapsulated video data comprising a sequence of coded video pictures, the method comprising: generating one or more supplemental enhancement information, SEI, messages that are separate from the coded video pictures, wherein the SEI messages describe coded video pictures in a respective sequence of the sequence of coded video pictures and include elements common to more than one of the coded video pictures in the respective sequence; encapsulating the SEI messages in a first file comprising an initialization segment for a media representation, the initialization segment further encapsulates at least one of a sequence parameter set, SPS, and/or a picture parameter set, PPS, for the sequence of coded video pictures, wherein the first file and initialization segment do not include any media data and wherein the first file conforms to ISO base media file format or an extension thereof; encapsulating the sequence of coded video pictures in one or more video files separate from the first file, and wherein the one or more video files separate from the first file also conform to ISO base media file format or an extension thereof; receiving a request in accordance with a network streaming protocol for a sequence data set, wherein the request comprises an HTTP GET request and outputting the first file in response to the request prior to outputting any of the one or more separate video files. generating one or more supplemental enhancement information, SEI, messages that are separate from the coded video pictures, wherein the SEI messages describe coded video pictures in a respective sequence of the sequence of coded video pictures and include elements common to more than one of the coded video pictures in the respective sequence; encapsulating the SEI messages in a first file comprising an initialization segment for a media representation, the initialization segment further encapsulates at least one of a sequence parameter set, SPS, and/or a picture parameter set, PPS, for the sequence of coded video pictures, wherein the first file and initialization segment do not include any media data and wherein the first file conforms to ISO base media file format or an extension thereof; encapsulating the sequence of coded video pictures in one or more video files separate from the first file, and wherein the one or more video files separate from the first file also conform to ISO base media file format or an extension thereof; receiving a request in accordance with a network streaming protocol for a sequence data set, wherein the request comprises an HTTP GET request and outputting the first file in response to the request prior to outputting any of the one or more separate video files.
Arrangement having an electronically commutated motor with an interface for inputting analogue desired value signals (S) for the motor, which in operation is fed from an alternating current network via a commutation electronics , wherein said interface is galvanically isolated from said commutation electronics by a galvanic separation , wherein furthermore for the transmission of an analogue desired value signal (S) a bit stream signal generating device is provided on the galvanically isolated interface side and a transmission device for the transmission of the generated bit stream as well as a signal processing device on the galvanically non-isolated side for signal evaluation of the bit stream, wherein said signal processing device is formed to evaluate the time-discrete bit stream signal and to convert said bit stream signal for the motor into a signal (S') proportional to the analogue desired value signal (S) and wherein for generating a time-discrete bit stream from the analogue desired value signal (S) a module for generating a clock signal is provided on the galvanically non-isolated side in order to convert an analogue desired value signal (S) by means of the clock signal into a time-discrete bit stream signal.
A platform for the storage and transport of goods comprising: - a deck configured for serving as a support for the goods on at least one of its surfaces (2.1), where said deck comprises at least four cavities (2.3) in the form of cutouts located on the perimeter (2.2) thereof, and - at least four support devices , with each support device being fitted in one of the at least four cavities (2.3) of the deck , and wherein the platform is characterized in that the deck further comprises a reinforcing framework (2.4) comprising portions (2.5) protruding towards each of the cavities (2.3), and in that each support device is resting on a respective protruding portion (2.5) of the reinforcing framework, a load transfer channel being established between the deck and the support devices , such that the at least four support devices provide stability to the deck . - a deck configured for serving as a support for the goods on at least one of its surfaces (2.1), where said deck comprises at least four cavities (2.3) in the form of cutouts located on the perimeter (2.2) thereof, and - at least four support devices , with each support device being fitted in one of the at least four cavities (2.3) of the deck , and
A zinc oxide (ZnO) nanomaterial comprising a ZnO nanoparticle and a surface ligand bonded to the ZnO nanoparticle, the surface ligand having a structure as shown in Formula 1 wherein R 1 , R 2 , R 3 , R 4 , and R 5 each includes at least one of hydrogen, alkoxy group with a carbon number of one to three, or amino group, and R 1 , R 2 , R 3 , R 4 , and R 5 include one to three alkoxy groups with a carbon number of one to three and zero to one amino group.
An air conditioner, which analyzes a user's behavior patterns and controls operations, comprising: an air blower configured to discharge air; a camera configured to acquire images of a space in which an indoor unit of the air conditioner is disposed; a control unit configured to extract features from the image acquired by the camera, to generate image descriptions, and to control the air conditioner using parameters generated in response to the image descriptions; characterized in that : each image description includes a sentence; the control unit of the air conditioner is configured to store image descriptions and locations of objects and extract position and description of the object which is not changed or not moved from repeated image descriptions; and the control unit of the air conditioner is configured to confirm a location of a person using a prepositional phrase for position of the person in the sentence and the extracted position of the object which is not changed or not moved. an air blower configured to discharge air; a camera configured to acquire images of a space in which an indoor unit of the air conditioner is disposed; a control unit configured to extract features from the image acquired by the camera, to generate image descriptions, and to control the air conditioner using parameters generated in response to the image descriptions; characterized in that : each image description includes a sentence; the control unit of the air conditioner is configured to store image descriptions and locations of objects and extract position and description of the object which is not changed or not moved from repeated image descriptions; and the control unit of the air conditioner is configured to confirm a location of a person using a prepositional phrase for position of the person in the sentence and the extracted position of the object which is not changed or not moved. each image description includes a sentence; the control unit of the air conditioner is configured to store image descriptions and locations of objects and extract position and description of the object which is not changed or not moved from repeated image descriptions; and the control unit of the air conditioner is configured to confirm a location of a person using a prepositional phrase for position of the person in the sentence and the extracted position of the object which is not changed or not moved.
An antimicrobial hydrogel formed by reacting an acryloylmorpholine monomer and a polyhydric alcohol in a solution polymerization to form a hydrogel wherein the polymerization solution forms part of the hydrogel, and dispersing an antimicrobial agent through a surface of the hydrogel to form the antimicrobial hydrogel, wherein the antimicrobial concentration in a surface region of the antimicrobial hydrogel is larger than the antimicrobial concentration in a bulk interior of the antimicrobial hydrogel, and wherein from about 10 to about 50% of the antimicrobial agent is released from the hydrogel over a period of less than 24 hours.
Head-up display with a positioning device for a combiner screen , which is pivotable about a pivot axis , of the head-up display, with a reversible rotary drive by which a rotary element can be driven rotatably about an axis of rotation , said rotary element being able to drive the combiner screen so as to be movable between an inoperative position in a housing into a working position projecting out of an opening of the housing, wherein the opening of the housing is closable by a covering of the head-up display, and wherein - in the inoperative position of the combiner screen and the closure position of the covering , the rotary element is decoupled from a drive mechanism of the combiner screen , said drive mechanism driving the combiner screen in a movable manner, and is coupled to a drive mechanism of the covering , said drive mechanism driving the covering in a movable manner, - in the open position of the covering , the rotary element is decoupled from the drive mechanism of the covering and the rotary element is coupled to the drive mechanism of the combiner disc such that the covering can be driven by the rotary element in advance of a movement of the combiner disc from the inoperative position into the working position so as to be movable from a closure position closing the opening into an open position opening up the opening , and also, trailing behind a movement of the combiner screen from the working position into the inoperative position, so as to be movable from its open position into its closure position, and wherein, during a retraction operation of the combiner screen from its working position into its inoperative position, the rotary element is coupled to the drive mechanism of the combiner disc and the combiner disc can be driven so as to be movable from its working position into its inoperative position, and wherein, after the inoperative position of the combiner disc is reached, the drive mechanism of the combiner disc is decoupled from the rotary element and the drive mechanism of the covering is coupled to the rotary element and the covering can be driven so as to be movable from its open position into its closure position. - in the inoperative position of the combiner screen and the closure position of the covering , the rotary element is decoupled from a drive mechanism of the combiner screen , said drive mechanism driving the combiner screen in a movable manner, and is coupled to a drive mechanism of the covering , said drive mechanism driving the covering in a movable manner, - in the open position of the covering , the rotary element is decoupled from the drive mechanism of the covering and the rotary element is coupled to the drive mechanism of the combiner disc
Transmission for a hybrid drive arrangement, which can be coupled to two drive units , comprising an input shaft and an output shaft , at least a first, second, third, fourth, fifth, sixth and seventh switching element (SE1, SE2, SE3, SE4, SE5, SE6, SE7), and at least one planetary transmission , wherein the input shaft can be coupled to a first transmission shaft by means of the first switching element (SE1) and the first transmission shaft can be coupled to the internal gear of the planetary transmission by means of the second switching element (SE2) and the first transmission shaft can be coupled to a second transmission shaft by means of the third switching element (SE3) and the first transmission shaft can be coupled to a third transmission shaft by means of the fourth switching element (SE4) and wherein the output shaft can be coupled to the third transmission shaft by means of the fifth switching element (SE5) and the output shaft is coupled to the planet carrier of the planetary transmission wherein the second transmission shaft can be coupled to the sun gear of the planetary transmission by means of the sixth switching element (SE6), wherein the seventh switching element (SE7) is configured to couple the second transmission shaft to a fixed point. at least a first, second, third, fourth, fifth, sixth and seventh switching element (SE1, SE2, SE3, SE4, SE5, SE6, SE7), and at least one planetary transmission , wherein the input shaft can be coupled to a first transmission shaft by means of the first switching element (SE1) and the first transmission shaft can be coupled to the internal gear of the planetary transmission by means of the second switching element (SE2) and the first transmission shaft can be coupled to a second transmission shaft by means of the third switching element (SE3) and the first transmission shaft can be coupled to a third transmission shaft by means of the fourth switching element (SE4) and wherein the output shaft can be coupled to the third transmission shaft by means of the fifth switching element (SE5) and the output shaft is coupled to the planet carrier of the planetary transmission wherein the second transmission shaft can be coupled to the sun gear of the planetary transmission by means of the sixth switching element (SE6), wherein the seventh switching element (SE7) is configured to couple the second transmission shaft to a fixed point.