mhurhangee/patent-ind-claim-en huggingface dataset:
A method for indicating a number of repetitions, comprising: receiving, by the terminal, radio resource control RRC signaling, wherein the RRC signaling comprises second indication information, and the second indication information indicates a first number of repetitions of the SRS and/or the PUSCH ; receiving, by a terminal, downlink control information DCI , wherein the DCI comprises first indication information, and the first indication information is for the terminal to determine a number of repetitions of a sounding reference signal SRS and/or a physical uplink shared channel PUSCH; and determining, by the terminal, the number of repetitions of the SRS and/or the PUSCH based on the first indication information ; wherein the first indication information is carried in an existing field in the DCI, and the existing field in the DCI comprises a modulation and coding scheme MCS index, and the determining, by the terminal, the number of repetitions of the SRS and/or the PUSCH based on the first indication information comprises: obtaining, by the terminal, the number of repetitions of the SRS and/or the PUSCH by using an adjustment value indicated by the first indication information and the first number, indicated by the second indication information, of repetitions of the SRS and/or the PUSCH. receiving, by the terminal, radio resource control RRC signaling, wherein the RRC signaling comprises second indication information, and the second indication information indicates a first number of repetitions of the SRS and/or the PUSCH ; receiving, by a terminal, downlink control information DCI , wherein the DCI comprises first indication information, and the first indication information is for the terminal to determine a number of repetitions of a sounding reference signal SRS and/or a physical uplink shared channel PUSCH; and determining, by the terminal, the number of repetitions of the SRS and/or the PUSCH based on the first indication information ; wherein the first indication information is carried in an existing field in the DCI, and the existing field in the DCI comprises a modulation and coding scheme MCS index, and the determining, by the terminal, the number of repetitions of the SRS and/or the PUSCH based on the first indication information comprises: obtaining, by the terminal, the number of repetitions of the SRS and/or the PUSCH by using an adjustment value indicated by the first indication information and the first number, indicated by the second indication information, of repetitions of the SRS and/or the PUSCH. wherein the first indication information is carried in an existing field in the DCI, and the existing field in the DCI comprises a modulation and coding scheme MCS index, and the determining, by the terminal, the number of repetitions of the SRS and/or the PUSCH based on the first indication information comprises: obtaining, by the terminal, the number of repetitions of the SRS and/or the PUSCH by using an adjustment value indicated by the first indication information and the first number, indicated by the second indication information, of repetitions of the SRS and/or the PUSCH.
Cleaning system, comprising a cleaning cart (12; 100; 200) and an external accessory device (14; 300), wherein the cleaning cart (12; 100; 200) comprises a frame having rollers for moving on a ground surface , at least one receptacle for receiving and/or carrying cleaning utensils , and an interaction device having a hand-actuatable interaction element , wherein the accessory device (14; 300) is portably configured and a user application program for processing cleaning-related information is executably stored on the accessory device (14; 300) and/or operable via the accessory device (14; 300), wherein the interaction device and the accessory device (14; 300) are coupleable with one another via a communication connection, and wherein, depending on an actuation of the interaction element by the user, input information for operation of the user application program is transmittable from the interaction device to the accessory device (14; 300) and is processable by the accessory device (14; 300).
An annular combustion chamber of the continuous detonation wave type enabling a mixture of a fuel and an oxidizer injected in an axial direction F to be used to deliver continuous production of hot gas from detonation waves, the combustion chamber comprising: • a plurality of electrode pairs that are angularly distributed in uniform manner in two concentric rings, the two electrodes of a same pair each belonging to a different ring and being in radial alignment; and • a current generator controlled by a control device to generate NRP electric discharges between said plurality of electrode pairs, said current generator being configured to supply current to at least a first pair of electrodes so as to generate at least one first discharge zone and then to sequentially supply, one after another, each of said electrode pairs of said rings by stopping supplying said at least one electrode pair when said at least one adjacent electrode pair is to be supplied, thereby enabling a detonation wave to travel continuously around said annular combustion chamber. • a plurality of electrode pairs that are angularly distributed in uniform manner in two concentric rings, the two electrodes of a same pair each belonging to a different ring and being in radial alignment; and • a current generator controlled by a control device to generate NRP electric discharges between said plurality of electrode pairs, said current generator being configured to supply current to at least a first pair of electrodes so as to generate at least one first discharge zone and then to sequentially supply, one after another, each of said electrode pairs of said rings by stopping supplying said at least one electrode pair when said at least one adjacent electrode pair is to be supplied, thereby enabling a detonation wave to travel continuously around said annular combustion chamber.
Household appliance apparatus, in particular cooking appliance apparatus, with at least one heat sink , which has at least one cooling channel , with at least one fan unit , which, in an operating state, provides at least one flow of fluid for the heat sink , and with at least one housing unit , within which the heat sink is arranged at least to a large extent, wherein the fan unit blows a flow of fluid laterally into the cooling channel relative to a longitudinal direction of the cooling channel , wherein the fan unit is arranged adjacent to the heat sink when viewed perpendicularly onto a main extension plane of at least a housing base of the housing unit , characterised in that the fan unit blows the flow of fluid at least essentially perpendicularly into the cooling channel relative to the longitudinal direction of the cooling channel .
A method of distinguishing sequences of RNA and DNA in a sample, the method comprising: on a previously obtained sample comprising both RNA and DNA, a. joining a tag oligonucleotide comprising a tag sequence to the RNA in a reaction comprising an RNA ligase to produce tagged RNA, wherein the tag oligonucleotide comprises a unique molecular identifier (UMI); b. reverse transcribing the tagged RNA to produce tagged cDNA, wherein each of a plurality of tagged cDNA molecules is distinguishable from others in the plurality of tagged cDNA molecules based on the UMI; and c. sequencing the DNA and the tagged cDNA; wherein the joining, reverse transcribing, and sequencing are performed in the presence of the DNA. on a previously obtained sample comprising both RNA and DNA, a. joining a tag oligonucleotide comprising a tag sequence to the RNA in a reaction comprising an RNA ligase to produce tagged RNA, wherein the tag oligonucleotide comprises a unique molecular identifier (UMI); b. reverse transcribing the tagged RNA to produce tagged cDNA, wherein each of a plurality of tagged cDNA molecules is distinguishable from others in the plurality of tagged cDNA molecules based on the UMI; and c. sequencing the DNA and the tagged cDNA; a. joining a tag oligonucleotide comprising a tag sequence to the RNA in a reaction comprising an RNA ligase to produce tagged RNA, wherein the tag oligonucleotide comprises a unique molecular identifier (UMI); b. reverse transcribing the tagged RNA to produce tagged cDNA, wherein each of a plurality of tagged cDNA molecules is distinguishable from others in the plurality of tagged cDNA molecules based on the UMI; and c. sequencing the DNA and the tagged cDNA; wherein the joining, reverse transcribing, and sequencing are performed in the presence of the DNA.
Flipper for container spreaders, totally or partially constructed with elastic materials, wherein the flipper comprises three portions screwed to each other, namely a portion that couples to the spreader , a sheet acting as a centring element, and a central area comprising a spring plate, characterized in that the spring plate is made of two or more elastomeric material sheets of the type of synthetic rubber.
Wiring robot , in particular for wiring mounting plates and mounting frames, switch cabinets and switchgear combinations or parts thereof, comprising a robot head , a wire feed device for a strand to be laid and a gripper for holding and applying the strand , wherein the strand can be fed to the gripper along a strand path by means of the wire feed device , wherein the gripper is movably mounted in the robot head , characterized in that the gripper is movable at least between an insertion position and a gripping position , wherein a strand beginning and/or the strand end of the supplied strand can be gripped in the gripping position by means of the gripper and the strand beginning and/or the strand end of the supplied strand in the insertion position by means of the gripper , and a strand beginning or a strand end in the insertion position of the gripper projects out of an application side of the gripper during application.
Method for processing messages exchanged between a first user (U1) and at least one second user, this method comprising: - a step (E10) of detecting the composing of a first message (M3) by the first user in a message composition window displayed on a screen of a terminal of the first user; - a step (E20) of detecting, during this composing, the arrival of a second message (M4) for the first user from said at least one second user; - in response to the detection of the arrival of the second message, a step (E30) of interrupting the composing of the first message, the elements input by the user between said detection of the composing of the first message and said detection of the arrival of the second message forming a first message part; - an input (E50) by the first user in the composition window after this interruption resulting in the creation of a third message (M5), which is intended to contain the elements input by the user after the detection of the arrival of the second message, this third message (M5) forming a second message part, - said elements input by the user before the detection of the arrival of the second message and after the detection of the arrival of the second message thus being split into said first message part and said second message part; and - a step (E40) of displaying the first message (M3) and the second message (M4) on the screen of the terminal, each message being displayed on the screen outside of the composition window and in association with at least one predetermined action (ACT3, ACT4) that can be confirmed by the first user. - a step (E10) of detecting the composing of a first message (M3) by the first user in a message composition window displayed on a screen of a terminal of the first user; - a step (E20) of detecting, during this composing, the arrival of a second message (M4) for the first user from said at least one second user; - in response to the detection of the arrival of the second message, a step (E30) of interrupting the composing of the first message, the elements input by the user between said detection of the composing of the first message and said detection of the arrival of the second message forming a first message part; - an input (E50) by the first user in the composition window after this interruption resulting in the creation of a third message (M5), which is intended to contain the elements input by the user after the detection of the arrival of the second message, this third message (M5) forming a second message part, - said elements input by the user before the detection of the arrival of the second message and after the detection of the arrival of the second message thus being split into said first message part and said second message part; and - a step (E40) of displaying the first message (M3) and the second message (M4) on the screen of the terminal, each message being displayed on the screen outside of the composition window and in association with at least one predetermined action (ACT3, ACT4) that can be confirmed by the first user.
Fibre application machine for producing parts made of composite material comprising a fibre application head comprising - an application roller , - a guide system for guiding one fibre or several fibres (F1, F2) in the form of a strip towards said application roller, and - at least one cutting system comprising a blade capable of being manoeuvred by a cutting cylinder between a rest position and an active position for cutting a fibre, each cutting system comprising a counter-blade elastically held against the blade by the cutting ridge thereof, for cutting by shearing a fibre while the blade moves from the rest position thereof towards the active position thereof. - an application roller , - a guide system for guiding one fibre or several fibres (F1, F2) in the form of a strip towards said application roller, and - at least one cutting system comprising a blade capable of being manoeuvred by a cutting cylinder between a rest position and an active position for cutting a fibre, each cutting system comprising a counter-blade elastically held against the blade by the cutting ridge thereof, for cutting by shearing a fibre while the blade moves from the rest position thereof towards the active position thereof.
An analysis unit (ANA) for assessment of hair condition, the analysis unit comprising a map processor (MPP'), the map processor (MPP') being arranged to at least: - obtain a first follicular map (FM1) representing a first plurality of hair root positions in a first videodermoscopy image, - obtain a second follicular map (FM2) representing a second plurality of hair root positions in a second videodermoscopy image (IM2), - determine a common skin area (OV1, OV2) from the first follicular map (FM1) and the second follicular map (FM2), - relate hair root positions in the second follicular map to hair root positions of the first follicular map in the common skin area to determine a plurality of related hair root positions, each related hair root position of a hair root in the second follicular map being related to a hair root position in the first follicular map of the same hair root, and - compare a change in condition of individual hair between the first and second videodermoscopy image to determine the analysis result (ANR2) suitable for assessment of hair condition. - obtain a first follicular map (FM1) representing a first plurality of hair root positions in a first videodermoscopy image, - obtain a second follicular map (FM2) representing a second plurality of hair root positions in a second videodermoscopy image (IM2), - determine a common skin area (OV1, OV2) from the first follicular map (FM1) and the second follicular map (FM2), - relate hair root positions in the second follicular map to hair root positions of the first follicular map in the common skin area to determine a plurality of related hair root positions, each related hair root position of a hair root in the second follicular map being related to a hair root position in the first follicular map of the same hair root, and - compare a change in condition of individual hair between the first and second videodermoscopy image to determine the analysis result (ANR2) suitable for assessment of hair condition.
A probe system for the registration of a differential input signal with a first input network (ENp), which is supplied with a first component (Vinp) of the differential input signal in order to generate a first intermediate signal (Ip), a second input network (ENn), which is supplied with a second component (Vinn) of the differential input signal in order to generate a second intermediate signal (In), a differential amplifier (A1) arranged downstream of the input networks (ENp, ENn) in the signal-flow direction for the amplification of the difference between the intermediate signals (Ip,In) and at least one compensation network (KNp, KNn; KNpn) for the compensation of the influence of the input networks (ENp, ENn) on the components (Vinp, Vinn) of the differential input signal, characterised in that the at least one compensation network (KNp, KNn; KNpn) is arranged at the output end of the differential amplifier (A1), that each input network (ENp; ENn) comprises a series circuit of a first resistor (R1p; R1n) and a second resistor (R2p; R2n) and a first capacitor (C1p; C1n), which is connected in parallel to the second resistor (R2p; R2n), and that each compensation network (KNp; KNn) comprises a series connection of a fourth resistor (R4p; R4n) and a fifth resistor (R5p; R5n) and a second capacitor (C2p; C2n; C2pn), which is connected in parallel to the fifth resistor (R5p; R5n).
Repair injector with a screw mounting construction to a known support device, which is temporarily fixed on a laminated glass pane, which are mostly upstanding automobile windshields, which sometimes have a crack, caused by grit stones or such, which crack is mostly in the form of a bullseye or a star and initially can have more small cracks radiating from an open point in the surface of the windshield, wherein said repair injector with its central spindle pin to the tube mouth puts or presses the repair resin into said crack and afterwards retracts the air bubbles from the repair resin, wherein for a good inspection of the repaired crack said repair injector can be shifted over a short distance , characterized in that the repair injector is built-up with a first cylindrical casing , wherein a merely longitudinal or axial movable piston assembly is placed with an injection tube for repair resin and to retract air bubbles from said injected repair resin , wherein said first cylindrical casing 2 in two-stepped in axial sense is executed with a lower tube part with an outer screw thread diameter D1 for connecting with the support device and an upper tube part with an outer helical groove with diameter D2, wherein D1 < D2 and a second outer axial rotating cylindrical casing is mounted around with an internal steel cam sliding in said helical groove with the same diameter D2 as the first cylindrical casing for moving up and down said piston wit its injection/extraction tube with an annular flexible element at the end, wherein the construction material is a light weight material.
An apparatus comprising: a radio frequency, RF, antenna circuit ; an antenna aperture tuning circuit ; an antenna impedance measurement circuit; transmit power measurement circuit configured to measure transmit power; a processor circuit coupled to the antenna aperture tuning circuit and the antenna impedance measurement circuit, wherein the processor circuit is configured to: set an initial aperture tuning state of the antenna aperture tuning circuit according to one or more parameters of an RF communication network; initiate a measurement of the transmit power by the transmit power measurement circuit; obtain an antenna impedance by the antenna impedance measurement circuit, if the transmit power is greater than or equal to a power threshold; determine a first aperture tuning state according to the initial aperture tuning state and the antenna impedance; and adjust the antenna aperture tuning circuit from the initial aperture tuning state to the first aperture tuning state. a radio frequency, RF, antenna circuit ; an antenna aperture tuning circuit ; an antenna impedance measurement circuit; transmit power measurement circuit configured to measure transmit power; a processor circuit coupled to the antenna aperture tuning circuit and the antenna impedance measurement circuit, wherein the processor circuit is configured to: set an initial aperture tuning state of the antenna aperture tuning circuit according to one or more parameters of an RF communication network; initiate a measurement of the transmit power by the transmit power measurement circuit; obtain an antenna impedance by the antenna impedance measurement circuit, if the transmit power is greater than or equal to a power threshold; determine a first aperture tuning state according to the initial aperture tuning state and the antenna impedance; and adjust the antenna aperture tuning circuit from the initial aperture tuning state to the first aperture tuning state. set an initial aperture tuning state of the antenna aperture tuning circuit according to one or more parameters of an RF communication network; initiate a measurement of the transmit power by the transmit power measurement circuit; obtain an antenna impedance by the antenna impedance measurement circuit, if the transmit power is greater than or equal to a power threshold; determine a first aperture tuning state according to the initial aperture tuning state and the antenna impedance; and adjust the antenna aperture tuning circuit from the initial aperture tuning state to the first aperture tuning state.
A sealing apparatus for sealing against a tubular in a wellbore, comprising: a mandrel having at least two portions, wherein the first portion includes a seal ring disposed on a radially outer surface and the second portion without a seal ring disposed on a radially outer surface, and wherein the seal ring includes an elastomeric material, said seal ring being disposed within a groove of the first portion and fully occupying said groove, the seal ring further includes a protrusion configured for contact with a radially inner surface of the tubular, two anti-extrusion bands are embedded in the seal ring, such that the two bands are within the groove when the seal ring protrusion is not engaged with the radially inner surface of the tubular, and at least a portion of the two bands and a portion of the seal ring are out of the groove when the seal ring protrusion is engaged with the radially inner surface of the tubular.