mhurhangee/patent-ind-claim-en huggingface dataset:
A pervasive listening method, including steps of: inserting at least one gap into at least one selected frequency band, in a selected time interval, of an audio playback signal to generate a modified playback signal; during emission of sound in a playback environment in response to the modified playback signal, using a microphone in the playback environment to generate a microphone output signal, wherein the sound is indicative of playback content of the modified playback signal, and the microphone output signal is indicative of non-playback sound in the playback environment and the playback content; and monitoring the non-playback sound in the playback environment in response to the modified playback signal and the microphone output signal. inserting at least one gap into at least one selected frequency band, in a selected time interval, of an audio playback signal to generate a modified playback signal; during emission of sound in a playback environment in response to the modified playback signal, using a microphone in the playback environment to generate a microphone output signal, wherein the sound is indicative of playback content of the modified playback signal, and the microphone output signal is indicative of non-playback sound in the playback environment and the playback content; and monitoring the non-playback sound in the playback environment in response to the modified playback signal and the microphone output signal.
A photovoltaic system comprising: - photovoltaic panels arranged in a row comprising at least one first and a second photovoltaic panel ; - support ballasts supporting the photovoltaic panels ; - a means for the mutual connection of at least one group of said ballasts; characterized in that said mutual connection means comprises a first concrete fairlead conduit . - photovoltaic panels arranged in a row comprising at least one first and a second photovoltaic panel ; - support ballasts supporting the photovoltaic panels ; - a means for the mutual connection of at least one group of said ballasts;
A method of identifying an AML patient undergoing treatment with AC220 that has an increased likelihood of relapse, wherein the patient has an initial activating mutation in a FLT3 gene, the method comprising detecting the presence of at least a second mutation in the FLT3 gene in an AML cell sample from the patient, wherein the second mutation results in an amino acid substitution at position F691, D835, or Y842 of FLT3.
A quaternary nanohybrid composition suitable for forming humidity sensitive layers for sensing the variation of the relative humidity value, comprising or consisting of: 20% to 25% by weight oxidized carbon nanohorns (CNHox), 20% to 25% by weight graphene oxide (GO), 25% to 28,5% by weight tin (IV) oxide (SnO 2 ) and 25% to 28,5% by weight polyvinylpyrrolidone (PVP).
A recoater for applying a building material in a device for manufacturing a three-dimensional object within a build area by solidifying layers of the building material at the points corresponding to the respective cross-section of the object , wherein the recoater is suitable for applying a building material layer by moving across the build area in a movement direction (B) and wherein the recoater comprises a first scanning device including a first line sensor , for capturing at least a subarea of the build area , characterized in that the first scanning device includes a light source which preferably extends along a total recording area of the first line sensor , wherein the light source is preferably formed by an elongated light source or by an array of point-shaped light sources.
A display device with a transparent, colored glass-ceramic product, which has a display face on the front and an illumination face on the back, at least one light-emitting element being disposed in the region of the illumination face, characterized in that a light compensation filter in the form of a color layer is introduced directly or indirectly on the glass ceramics , in hat the glass-ceramic body and the light compensation filter form two filters arranged one behind the other, and in that the light-emitting element is a white LED. in that a light compensation filter in the form of a color layer is introduced directly or indirectly on the glass ceramics , in hat the glass-ceramic body and the light compensation filter form two filters arranged one behind the other, and in that the light-emitting element is a white LED.
A method for transmitting, by a user equipment, UE, hybrid automatic retransmission request-acknowledgement, HARQ-ACK, information in a communication system supporting at least two cells, comprising: obtaining first information for whether a physical downlink shared channel, PDSCH, is received on a primary cell, PCell; obtaining second information for whether data transmitted by a scheduled cell is semi-persistent scheduling, SPS, data; obtaining at least one physical downlink control channel, PDCCH, for at least two cells in a downlink subframe, wherein a cell is scheduled by a corresponding PDCCH; receiving at least one downlink data from the base station based on the at least one PDCCH, in the downlink subframe; generating HARQ-ACK information for the at least one downlink data based on whether the downlink data is correctly received; and transmitting the HARQ-ACK information to the base station by using a first antenna port and a second antenna port, and a resource for the first antenna port and a resource for the second antenna port are defined respectively, wherein the resource for the first antenna port and the resource for the second antenna port are defined based on the first information and the second information. obtaining first information for whether a physical downlink shared channel, PDSCH, is received on a primary cell, PCell; obtaining second information for whether data transmitted by a scheduled cell is semi-persistent scheduling, SPS, data; obtaining at least one physical downlink control channel, PDCCH, for at least two cells in a downlink subframe, wherein a cell is scheduled by a corresponding PDCCH; receiving at least one downlink data from the base station based on the at least one PDCCH, in the downlink subframe; generating HARQ-ACK information for the at least one downlink data based on whether the downlink data is correctly received; and transmitting the HARQ-ACK information to the base station by using a first antenna port and a second antenna port, and a resource for the first antenna port and a resource for the second antenna port are defined respectively, wherein the resource for the first antenna port and the resource for the second antenna port are defined based on the first information and the second information.
An image forming device comprising: a printer configured to form a desired image indicated by image data on a sheet; a display configured to display the desired image; and a controller configured to: receive a first designation, by a user, of a designation region of the desired image displayed on the display; receive a second designation, by the user, of a superimposition position at which an abnormality region containing an abnormality is superimposed on the desired image; and transmit user designation information indicating the designation region and the superimposition position to an external device. a printer configured to form a desired image indicated by image data on a sheet; a display configured to display the desired image; and a controller configured to: receive a first designation, by a user, of a designation region of the desired image displayed on the display; receive a second designation, by the user, of a superimposition position at which an abnormality region containing an abnormality is superimposed on the desired image; and transmit user designation information indicating the designation region and the superimposition position to an external device. receive a first designation, by a user, of a designation region of the desired image displayed on the display; receive a second designation, by the user, of a superimposition position at which an abnormality region containing an abnormality is superimposed on the desired image; and transmit user designation information indicating the designation region and the superimposition position to an external device.
A sensing method, characterized by comprising: obtaining (S210), by a terminal device, configuration information, wherein the configuration information comprises a set of periodicity values for periodic reservation allowed for a target resource pool and a periodicity value for sensing by the terminal device, wherein the periodicity value for sensing by the terminal device is used to indicate a periodicity value, based on which the terminal device performs sensing; and performing (S220), by the terminal device, the sensing based on the configuration information, wherein said performing (S220), by the terminal device, the sensing based on the configuration information comprises: selecting, by the terminal device, at least Y slots in a selection window, where Y is a positive integer; and sensing, by the terminal device, a resource on a slot t y − P s ′ SL for sidelink transmission, where t y SL represents a slot y for sidelink transmission, the slot y being any one of the at least Y slots; t y − P s ′ SL represents a slot y - P s ' for sidelink transmission; P s ' represents a number of logical slots corresponding to P s in the target resource pool; and P s represents the periodicity value for sensing by the terminal device. obtaining (S210), by a terminal device, configuration information, wherein the configuration information comprises a set of periodicity values for periodic reservation allowed for a target resource pool and a periodicity value for sensing by the terminal device, wherein the periodicity value for sensing by the terminal device is used to indicate a periodicity value, based on which the terminal device performs sensing; and performing (S220), by the terminal device, the sensing based on the configuration information, wherein said performing (S220), by the terminal device, the sensing based on the configuration information comprises: selecting, by the terminal device, at least Y slots in a selection window, where Y is a positive integer; and sensing, by the terminal device, a resource on a slot t y − P s ′ SL for sidelink transmission, where t y SL represents a slot y for sidelink transmission, the slot y being any one of the at least Y slots; t y − P s ′ SL represents a slot y - P s ' for sidelink transmission; P s ' represents a number of logical slots corresponding to P s in the target resource pool; and P s represents the periodicity value for sensing by the terminal device. selecting, by the terminal device, at least Y slots in a selection window, where Y is a positive integer; and sensing, by the terminal device, a resource on a slot t y − P s ′ SL for sidelink transmission, where t y SL represents a slot y for sidelink transmission, the slot y being any one of the at least Y slots; t y − P s ′ SL represents a slot y - P s ' for sidelink transmission; P s ' represents a number of logical slots corresponding to P s in the target resource pool; and P s represents the periodicity value for sensing by the terminal device.
An industrial vehicle comprising industrial vehicle hardware, a user interface, a tag reader , a reader module , and a vehicle controller , wherein the industrial vehicle hardware comprises storage and retrieval hardware and a vehicle drive mechanism ; characterized in that : the tag reader and the reader module cooperate to identify individual tags of a tag layout ; the reader module discriminates between a plurality of zone identification tags and a plurality of zone tags in the tag layout , correlates an identified zone identification tag with a unique set of zone tags based on the identified zone identification tag occupying a position in the tag layout that corresponds to a unique set of zone tags , and correlates vehicle functionality with an identified zone tag within the unique set of zone tags , tag-dependent positional data derived from the identified zone tag, or both; and the vehicle controller controls operational functions of the industrial vehicle hardware in response to (i) the correlation of vehicle functionality with an identified zone tag , tag-dependent positional data, or both, (ii) user input at a user interface of the industrial vehicle , or (iii) both. the tag reader and the reader module cooperate to identify individual tags of a tag layout ; the reader module discriminates between a plurality of zone identification tags and a plurality of zone tags in the tag layout , correlates an identified zone identification tag with a unique set of zone tags based on the identified zone identification tag occupying a position in the tag layout that corresponds to a unique set of zone tags , and correlates vehicle functionality with an identified zone tag within the unique set of zone tags , tag-dependent positional data derived from the identified zone tag, or both; and discriminates between a plurality of zone identification tags and a plurality of zone tags in the tag layout , correlates an identified zone identification tag with a unique set of zone tags based on the identified zone identification tag occupying a position in the tag layout that corresponds to a unique set of zone tags , and correlates vehicle functionality with an identified zone tag within the unique set of zone tags , tag-dependent positional data derived from the identified zone tag, or both; and the vehicle controller controls operational functions of the industrial vehicle hardware in response to (i) the correlation of vehicle functionality with an identified zone tag , tag-dependent positional data, or both, (ii) user input at a user interface of the industrial vehicle , or (iii) both.
A method for setting up a multiplayer gaming session comprising: selecting, at a host computing device, invitee computing devices from a party room to join the multiplayer gaming session; receiving, from a server, a list of games related to each invitee computing device, the list of games indicating one or more games available at a respective invitee computing device; combining, at the host computing device, the list of games for each invitee computing device with a host list of games indicating one or more games available at the host computing device, into a merged list of games; sorting, by the host computing device, the merged list of games by most commonly owned among the host computing device and the invitee computing devices; transmitting, after the sorting, the merged list to the invitee computing devices; receiving a vote from each invitee computing device in response to the transmitting, the vote indicating a desired game from the merged list of games for the multiplayer gaming session; selecting, by the host computing device, a game from the merged list of games for the multiplayer gaming session, based at least in part on the vote; transmitting an invitation to join the multiplayer gaming session in the selected game to the invitee computing devices; and providing, by the host computing device, a shortcut link to at least one invitee computing device, to purchase a game not available on the at least one invitee computing device. selecting, at a host computing device, invitee computing devices from a party room to join the multiplayer gaming session; receiving, from a server, a list of games related to each invitee computing device, the list of games indicating one or more games available at a respective invitee computing device; combining, at the host computing device, the list of games for each invitee computing device with a host list of games indicating one or more games available at the host computing device, into a merged list of games; sorting, by the host computing device, the merged list of games by most commonly owned among the host computing device and the invitee computing devices; transmitting, after the sorting, the merged list to the invitee computing devices; receiving a vote from each invitee computing device in response to the transmitting, the vote indicating a desired game from the merged list of games for the multiplayer gaming session; selecting, by the host computing device, a game from the merged list of games for the multiplayer gaming session, based at least in part on the vote; transmitting an invitation to join the multiplayer gaming session in the selected game to the invitee computing devices; and providing, by the host computing device, a shortcut link to at least one invitee computing device, to purchase a game not available on the at least one invitee computing device.
A tool hanging system, comprising: a first powered tool , the first powered tool having a first mount receiving portion ; a first mounting attachment ; a second powered tool , the second powered tool having a second mount receiving portion ; and a second mounting attachment ; characterized by : the first mount receiving portion including first receiving slots ; the first mounting attachment including first mounting projections ; the second mount receiving portion including second receiving slots ; the second mounting attachment including second mounting projections ; the first mount receiving portion is configured to selectively receive either the first mounting attachment or the second mounting attachment ; the second mount receiving portion is configured to receive the second mounting attachment ; and the second mount receiving portion is configured such that the first mounting attachment is blocked from being engaged with the second mount receiving portion .
Feed dispenser for horses, comprising a basic housing including a charge opening as well as a discharge opening and an actuating element for a horse, wherein in the basic housing a screw conveyor is provided which is rotatable about its longitudinal axis in a drive direction and which is drivingly connected to the actuating element via a driver running freely against the drive direction which can be displaced between a rest position and an actuating position against the force of a return spring , wherein the conveyor screw includes a circumferential screw blade formed with cutting surfaces for comminuting piece goods and/or the basic housing includes an auxiliary cutting edge in the intermeshing area between the screw blade and charge opening, characterized in that the driver is formed as a screw drive that transforms a translational movement directed in the longitudinal axis of the conveyor screw into a rotational movement about the longitudinal axis, on which in the direction of the longitudinal axis a traction means supported against a return spring engages.
A head-wearable hearing device comprising: - a magnetic inductance antenna for receipt of wireless data signals through a wireless communication channel; said magnetic inductance antenna exhibiting a predetermined resonance period; - a switched capacitor DC-DC converter configured for converting a DC input voltage (V in ) into a higher or lower DC output voltage (V out ) in accordance with a clock signal (clk) ; said switched capacitor DC-DC converter comprising: - a charge pump circuit configured to charge an output capacitor (C out ) by output current pulses; the charge pump circuit configured for, in a first state, charge the output capacitor (C out ) and a flying capacitor (C fly ) from the DC input voltage (V in ); and, in a second state, discharge the flying capacitor (C fly ) into the output capacitor (C out ); - wherein the output current pulses at least comprises first and second consecutive output current pulses (P1-1), (P1-2) with a mutual pulse delay (t gsw ) corresponding to substantially one-half of the predetermined resonance period of the magnetic inductance antenna . - a magnetic inductance antenna for receipt of wireless data signals through a wireless communication channel; said magnetic inductance antenna exhibiting a predetermined resonance period; - a switched capacitor DC-DC converter configured for converting a DC input voltage (V in ) into a higher or lower DC output voltage (V out ) in accordance with a clock signal (clk) ; said switched capacitor DC-DC converter comprising: - a charge pump circuit configured to charge an output capacitor (C out ) by output current pulses; the charge pump circuit configured for, in a first state, charge the output capacitor (C out ) and a flying capacitor (C fly ) from the DC input voltage (V in ); and, in a second state, discharge the flying capacitor (C fly ) into the output capacitor (C out ); - wherein the output current pulses at least comprises first and second consecutive output current pulses (P1-1), (P1-2) with a mutual pulse delay (t gsw ) corresponding to substantially one-half of the predetermined resonance period of the magnetic inductance antenna .
A method for producing methyl acetate, which comprises a step in which dimethyl ether and a raw gas containing carbon monoxide go through a reactor loaded with a catalyst for carrying out a carbonylation reaction; wherein the catalyst contains an acidic EMT zeolite molecular sieve.
Method for coating an object, comprising the following method steps: preparing hard particles and a binding agent mixture from a binder and water as solvent, applying a hard particle-binding agent mixture comprising the hard particles and the binding agent mixture to the surface of the object that is to be coated, exposing the applied hard particles to a temperature of at least 900 ° C, with the effect of removing the binding agent mixture from the hard particle-binding agent mixture and leaving the hard particles firmly bonded to the surface, characterized in that cellulose derivatives, gelatine or starch is/are used as the binding agent, wherein the viscosity of the binding agent mixture is adjusted variably by means of the concentration ratio of the binding agent in the water, wherein the binding agent mixture is application to the surface of the object that is to be coated by spraying, wherein hard particles are applied to the binding agent mixture subsequently. preparing hard particles and a binding agent mixture from a binder and water as solvent, applying a hard particle-binding agent mixture comprising the hard particles and the binding agent mixture to the surface of the object that is to be coated, exposing the applied hard particles to a temperature of at least 900 ° C, with the effect of removing the binding agent mixture from the hard particle-binding agent mixture and leaving the hard particles firmly bonded to the surface, characterized in that cellulose derivatives, gelatine or starch is/are used as the binding agent, wherein the viscosity of the binding agent mixture is adjusted variably by means of the concentration ratio of the binding agent in the water, wherein the binding agent mixture is application to the surface of the object that is to be coated by spraying, wherein hard particles are applied to the binding agent mixture subsequently.