mhurhangee/patent-ind-claim-en huggingface dataset:
Device for collecting, saving, analyzing and making available the results of the analysis of data from mechanical watches, comprising - a plurality of electronic modules , each of which is adapted to be housed within one of a plurality of mechanical watches of which each comprises a mechanical movement, - a remote central analysis unit adapted to assign a first unique identification to each of said watches , - a plurality of access and display devices , each electronic module comprising at least one measuring means adapted to capture data relating to the running of the watch and a transfer unit adapted to communicate the data to said remote central analysis unit , the remote central analysis unit comprising analysis means for analyzing the data received from each transfer unit of the electronic modules and storage means hosting a database in which are stored: ° identification data and information specific to each of said watches , ° the data captured by the measuring means, ° the results of the analysis of the data received from each electronic module relating to an identified watch , as well as ° the evolutionary results of the analysis of data accumulated over time from a single watch and/or several watches , each access and display device providing access to the information contained in the database. - a plurality of electronic modules , each of which is adapted to be housed within one of a plurality of mechanical watches of which each comprises a mechanical movement, - a remote central analysis unit adapted to assign a first unique identification to each of said watches , - a plurality of access and display devices , each electronic module comprising at least one measuring means adapted to capture data relating to the running of the watch and a transfer unit adapted to communicate the data to said remote central analysis unit , the remote central analysis unit comprising analysis means for analyzing the data received from each transfer unit of the electronic modules and storage means hosting a database in which are stored: ° identification data and information specific to each of said watches , ° the data captured by the measuring means, ° the results of the analysis of the data received from each electronic module relating to an identified watch , as well as ° the evolutionary results of the analysis of data accumulated over time from a single watch and/or several watches , ° identification data and information specific to each of said watches , ° the data captured by the measuring means, ° the results of the analysis of the data received from each electronic module relating to an identified watch , as well as ° the evolutionary results of the analysis of data accumulated over time from a single watch and/or several watches , each access and display device providing access to the information contained in the database.
A method for operating a hearing instrument that is designed to support the hearing of an hearing-impaired user, the method comprising: - capturing a sound signal from an environment of the hearing instrument ; - processing the captured sound signal to at least partially compensate the hearing-impairment of the user; - outputting the processed sound signal to the user; the method further comprising: - analyzing the captured sound signal to recognize speech intervals, in which the captured sound signal contains speech; characterised in : - determining, during recognized speech intervals, at least one time derivative (D1 ,D2) of an amplitude and/or a pitch (P) of the captured sound signal; and - temporarily increasing the amplitude of the processed sound signal, if the at least one time derivative (D1,D2) fulfills a predefined criterion to enhance speech accents. - capturing a sound signal from an environment of the hearing instrument ; - processing the captured sound signal to at least partially compensate the hearing-impairment of the user; - outputting the processed sound signal to the user; - analyzing the captured sound signal to recognize speech intervals, in which the captured sound signal contains speech; - determining, during recognized speech intervals, at least one time derivative (D1 ,D2) of an amplitude and/or a pitch (P) of the captured sound signal; and - temporarily increasing the amplitude of the processed sound signal, if the at least one time derivative (D1,D2) fulfills a predefined criterion to enhance speech accents.
An electronic assembly comprising: a printed wiring board, PWB ; a stiffener secured to the PWB, wherein the stiffener includes one or more tray sections formed as integral parts of the stiffener and with gaps on two sides of each of the one or more tray sections ; and one or more electronic modules secured respectively onto the one or more tray sections of the stiffener. a printed wiring board, PWB ; a stiffener secured to the PWB, wherein the stiffener includes one or more tray sections formed as integral parts of the stiffener and with gaps on two sides of each of the one or more tray sections ; and one or more electronic modules secured respectively onto the one or more tray sections of the stiffener.
System comprising a connection element , a wellhead and a connector, the connector comprising a jaw having a plurality of teeth for connecting the connection element to the wellhead , wherein the connection element comprises one tooth forming a first angle (α) or a plurality of teeth forming first equal angles, and the wellhead comprises one tooth forming a second angle (β) or a plurality of teeth forming second equal angles, wherein a face of each tooth of the jaw forms an angle (α-δ, β-δ) which is different from a corresponding angle (α, β) formed by a face of a tooth of the connection element or of the wellhead , which faces said face of a tooth of the jaw in a position of connection of the connection element and the wellhead ; and the teeth of the jaw are configured such that at least one spacing (d1-d4) is present in an axial direction defined by the system and between two opposite faces of a tooth of the jaw and a tooth of the connection element or of the wellhead when two other opposite faces of a tooth of the jaw and a tooth of the connection element or of the wellhead come into contact. wherein the connection element comprises one tooth forming a first angle (α) or a plurality of teeth forming first equal angles, and the wellhead comprises one tooth forming a second angle (β) or a plurality of teeth forming second equal angles, wherein a face of each tooth of the jaw forms an angle (α-δ, β-δ) which is different from a corresponding angle (α, β) formed by a face of a tooth of the connection element or of the wellhead , which faces said face of a tooth of the jaw in a position of connection of the connection element and the wellhead ; and the teeth of the jaw are configured such that at least one spacing (d1-d4) is present in an axial direction defined by the system and between two opposite faces of a tooth of the jaw and a tooth of the connection element or of the wellhead when two other opposite faces of a tooth of the jaw and a tooth of the connection element or of the wellhead come into contact.
A composite structure comprising: a fiber containing layer comprising a first surface and having first property selected from the group consisting of thickness, basis weight, density, tensile strength, and chemical composition; and a mineral containing layer comprising a mineral and a bonding agent, wherein the mineral comprises up to 85% by weight of the mineral containing layer , and wherein the mineral containing layer comprises a second property selected from the group consisting of thickness, basis weight, density, tensile strength, and chemical composition, wherein the mineral containing layer comprises a second surface; and, a heat seal coating applied to the first surface or the second surface, wherein the mineral containing layer is directly and substantially continuously bonded along a surface of the fiber containing layer to form a unitary composite structure , and wherein the first property and the second property are selected to provide a bendability of the unitary composite structure that is greater than that of the fiber containing layer used apart from the unitary composite structure , wherein bendability is determined according to ASTM D6125-97 , and wherein the mineral-containing layer comprises a mineral-layer bonding agent which is at least one of the group consisting of high density polyethylene, bio-polymers, and poly-lactic acids. a fiber containing layer comprising a first surface and having first property selected from the group consisting of thickness, basis weight, density, tensile strength, and chemical composition; and a mineral containing layer comprising a mineral and a bonding agent, wherein the mineral comprises up to 85% by weight of the mineral containing layer , and wherein the mineral containing layer comprises a second property selected from the group consisting of thickness, basis weight, density, tensile strength, and chemical composition, wherein the mineral containing layer comprises a second surface; and, a heat seal coating applied to the first surface or the second surface, wherein the mineral containing layer is directly and substantially continuously bonded along a surface of the fiber containing layer to form a unitary composite structure , and wherein the first property and the second property are selected to provide a bendability of the unitary composite structure that is greater than that of the fiber containing layer used apart from the unitary composite structure , wherein bendability is determined according to ASTM D6125-97 , and wherein the mineral-containing layer comprises a mineral-layer bonding agent which is at least one of the group consisting of high density polyethylene, bio-polymers, and poly-lactic acids.
A method for determining a measurement gap, the method comprising: determining , by a terminal device, that switching from a source bandwidth part, BWP, to a target BWP is triggered at a first time, the source BWP being associated with a first measurement gap configuration, and the target BWP being associated with a second measurement gap configuration; characterized by , determining, by the terminal device, that the first time is within a duration of the first measurement gap and a duration of the second measurement gap does not overlap with the duration of the first measurement gap; and continuing to use the first measurement gap configuration after the first time until the duration of the first measurement gap ends, and then activating or enabling the second measurement gap configuration. determining , by a terminal device, that switching from a source bandwidth part, BWP, to a target BWP is triggered at a first time, the source BWP being associated with a first measurement gap configuration, and the target BWP being associated with a second measurement gap configuration; characterized by , determining, by the terminal device, that the first time is within a duration of the first measurement gap and a duration of the second measurement gap does not overlap with the duration of the first measurement gap; and continuing to use the first measurement gap configuration after the first time until the duration of the first measurement gap ends, and then activating or enabling the second measurement gap configuration.
A modular array microphone system comprising: an array processor ; an audio bus ; and N microphone modules , where N is at least 2, wherein each of the N microphone modules comprises: a housing ; a plurality of microphones (120a-y, 220a-y, 320a-y) supported by the housing ; and a module processor in communication with the plurality of microphones (120a-y, 220a-y, 320a-y) and the audio bus ; wherein the audio bus connects the array processor and the N microphone modules such that the plurality of microphones (120a-y, 220ay, 320a-y) in each of the N microphone modules is in communication with the array processor ; wherein one or more of the array processor and the module processors in the N microphone modules are configured to: detect a quantity and a connection order of the N microphone modules ; and configure the audio bus to route audio signals from the plurality of microphones (120a-y, 220a-y, 320a-y) in each of the N microphone modules to the array processor . an array processor ; an audio bus ; and N microphone modules , where N is at least 2, wherein each of the N microphone modules comprises: a housing ; a plurality of microphones (120a-y, 220a-y, 320a-y) supported by the housing ; and a module processor in communication with the plurality of microphones (120a-y, 220a-y, 320a-y) and the audio bus ; wherein the audio bus connects the array processor and the N microphone modules such that the plurality of microphones (120a-y, 220ay, 320a-y) in each of the N microphone modules is in communication with the array processor ; wherein one or more of the array processor and the module processors in the N microphone modules are configured to: detect a quantity and a connection order of the N microphone modules ; and configure the audio bus to route audio signals from the plurality of microphones (120a-y, 220a-y, 320a-y) in each of the N microphone modules to the array processor . a housing ; a plurality of microphones (120a-y, 220a-y, 320a-y) supported by the housing ; and a module processor in communication with the plurality of microphones (120a-y, 220a-y, 320a-y) and the audio bus ; wherein the audio bus connects the array processor and the N microphone modules such that the plurality of microphones (120a-y, 220ay, 320a-y) in each of the N microphone modules is in communication with the array processor ; wherein one or more of the array processor and the module processors in the N microphone modules are configured to: detect a quantity and a connection order of the N microphone modules ; and configure the audio bus to route audio signals from the plurality of microphones (120a-y, 220a-y, 320a-y) in each of the N microphone modules to the array processor . detect a quantity and a connection order of the N microphone modules ; and configure the audio bus to route audio signals from the plurality of microphones (120a-y, 220a-y, 320a-y) in each of the N microphone modules to the array processor .
A powder container that is removably mounted in one of a main body of an image forming apparatus and a removable member that is removably mounted in the main body of the image forming apparatus, the powder container comprising: a collection port configured to receive powder from outside; a driven unit that is disposed on one end side in a longitudinal direction of the powder container and to which drive is transmitted from outside; a first rotary shaft configured to rotate by using the drive transmitted to the driven unit ; a first gear that is disposed on another end side in the longitudinal direction of the powder container and that is configured to rotate with the first rotary shaft ; a second gear that is disposed on the other end side in the longitudinal direction of the powder container and to which drive is transmitted from the first gear ; a second rotary shaft on which the second gear is disposed and that is configured to rotate with the second gear , characterized in that a driving gear is disposed on the second rotary shaft in a position between the second gear and a central portion in the longitudinal direction of the powder container , and is configured to rotate with the second rotary shaft to transmit drive to outside. a collection port configured to receive powder from outside; a driven unit that is disposed on one end side in a longitudinal direction of the powder container and to which drive is transmitted from outside; a first rotary shaft configured to rotate by using the drive transmitted to the driven unit ; a first gear that is disposed on another end side in the longitudinal direction of the powder container and that is configured to rotate with the first rotary shaft ; a second gear that is disposed on the other end side in the longitudinal direction of the powder container and to which drive is transmitted from the first gear ; a second rotary shaft on which the second gear is disposed and that is configured to rotate with the second gear , characterized in that a driving gear is disposed on the second rotary shaft in a position between the second gear and a central portion in the longitudinal direction of the powder container , and is configured to rotate with the second rotary shaft to transmit drive to outside.
A combined continuous casting and endless rolling plant for a metal strip, comprising - a continuous casting line for casting a slab; - a first rolling mill for roughing the slab and for obtaining a transfer bar; - a second rolling mill for finishing the transfer bar and for obtaining a strip; - accumulation means of the strip comprising at least one first high-capacity reel , dimensioned to wind and unwind a coil weighing from 80 to 250 metric tons and/or up to 6 meters in diameter, named mega coil; characterized in that there are provided: - a third rolling mill , comprising at least two first rolling stands , for further reducing the thickness of the strip; said accumulation means of the strip being arranged downstream of said third rolling mill ; - cutting means , arranged between said third rolling mill and said accumulation means , configured to cut the strip after the mega coil has been wound on the at least one first reel ; - a cutting and winding line , downstream of said accumulation means , for cutting the strip of the mega coil and winding portions of said strip of the mega coil up to a predetermined weight limit or coil diameter limit, producing a plurality of coils; wherein said cutting and winding line is provided with a reversible rolling mill for performing at least one rolling of the strip before producing said plurality of coils. - a continuous casting line for casting a slab; - a first rolling mill for roughing the slab and for obtaining a transfer bar; - a second rolling mill for finishing the transfer bar and for obtaining a strip; - accumulation means of the strip comprising at least one first high-capacity reel , dimensioned to wind and unwind a coil weighing from 80 to 250 metric tons and/or up to 6 meters in diameter, named mega coil; - a third rolling mill , comprising at least two first rolling stands , for further reducing the thickness of the strip; said accumulation means of the strip being arranged downstream of said third rolling mill ; - cutting means , arranged between said third rolling mill and said accumulation means , configured to cut the strip after the mega coil has been wound on the at least one first reel ; - a cutting and winding line , downstream of said accumulation means , for cutting the strip of the mega coil and winding portions of said strip of the mega coil up to a predetermined weight limit or coil diameter limit, producing a plurality of coils;
A service data processing method, comprising: generating an optical transport network, OTN encapsulated signal, wherein the OTN encapsulated signal is used to carry service data, and the OTN encapsulated signal is a signal obtained by encapsulating the service data in an OTN data packet encapsulation format; generating at least n FlexO frames, wherein the at least n FlexO frames are used to carry the OTN encapsulated signal, the at least n FlexO frames comprise r FlexO check frames and a plurality of FlexO data frames; the plurality of FlexO data frames carry the service data, and the r FlexO check frames carry service check data, wherein the service check data is used to restore the service data when bit error rates of k FlexO frames are greater than a reference bit error rate; and k is a positive integer not greater than r, and r is a positive integer not greater than n; and sending the at least n FlexO frames through a flexible optical transport network FlexO group interface. generating an optical transport network, OTN encapsulated signal, wherein the OTN encapsulated signal is used to carry service data, and the OTN encapsulated signal is a signal obtained by encapsulating the service data in an OTN data packet encapsulation format; generating at least n FlexO frames, wherein the at least n FlexO frames are used to carry the OTN encapsulated signal, the at least n FlexO frames comprise r FlexO check frames and a plurality of FlexO data frames; the plurality of FlexO data frames carry the service data, and the r FlexO check frames carry service check data, wherein the service check data is used to restore the service data when bit error rates of k FlexO frames are greater than a reference bit error rate; and k is a positive integer not greater than r, and r is a positive integer not greater than n; and sending the at least n FlexO frames through a flexible optical transport network FlexO group interface.
A method comprising reacting (meth)acrylic acid with a biobased oil comprising at least one linear hydrocarbon group comprising at least one unsaturation to provide acrylation of unsaturations of the biobased oil; the reacting occurring in the presence of an acid catalyst comprising an inorganic or organic acid having at least one oxygen atom present thereon and which possesses at least one acid functionality having an ionization constant in water which is not greater than 3, and wherein the acid catalyst comprises a sulfuric acid catalyst or a sulfonic acid catalyst.
An article , comprising a first additively manufactured metal portion ; a second additively manufactured metal portion coupled to the first additively manufactured metal portion at a welded joint ; and characterised by a resistive heating material disposed within an interior of the welded joint , the resistive heating material comprising a different material than the first additively manufactured metal portion and the second additively manufactured metal portion . a first additively manufactured metal portion ; a second additively manufactured metal portion coupled to the first additively manufactured metal portion at a welded joint ; and characterised by a resistive heating material disposed within an interior of the welded joint , the resistive heating material comprising a different material than the first additively manufactured metal portion and the second additively manufactured metal portion .