mhurhangee/patent-ind-claim-en huggingface dataset:
Telecommunication device (100; 200; 300; 400; 704), comprising: an audio signal transmission means (130; 230; 330; 430; 730) configured to receive an audio signal (110; 210; 310; 410; 710) and to transmit the same to a further telecommunication device (600; 754); and a signaling means (140; 240; 340; 440; 500; 740) configured to estimate a speech understandability of a speech signal generated by a user of the telecommunication device (100; 200; 300; 704) for a third party who is located in a surrounding area of the telecommunication device, and wherein the signaling means is configured to output a signaling depending thereon; wherein the signaling means (130; 230; 330; 500; 740) is configured to consider an acoustic environment of the telecommunication device in estimating the speech understandability; characterized in that the signaling means (130; 230; 330; 500; 740) is configured to consider a disturbing noise modulation and/or a disturbing noise noisiness and/or a reverberation time in estimating the speech understandability. an audio signal transmission means (130; 230; 330; 430; 730) configured to receive an audio signal (110; 210; 310; 410; 710) and to transmit the same to a further telecommunication device (600; 754); and a signaling means (140; 240; 340; 440; 500; 740) configured to estimate a speech understandability of a speech signal generated by a user of the telecommunication device (100; 200; 300; 704) for a third party who is located in a surrounding area of the telecommunication device, and wherein the signaling means is configured to output a signaling depending thereon; wherein the signaling means (130; 230; 330; 500; 740) is configured to consider an acoustic environment of the telecommunication device in estimating the speech understandability; characterized in that the signaling means (130; 230; 330; 500; 740) is configured to consider a disturbing noise modulation and/or a disturbing noise noisiness and/or a reverberation time in estimating the speech understandability.
Assembly comprising: - a first structure formed by first filamentary elements , the first structure having a longitudinal edge extending in a first direction which defines a first axis , - a second structure formed by second filamentary elements , the second structure comprising a longitudinal edge extending in a second direction which defines a second axis , - a supporting structure comprising supporting filamentary elements linking the first filamentary elements of the first structure and the second filamentary elements of the second structure , the assembly further comprising at least one filamentary securing element interlaced with the first filamentary elements and the second filamentary elements , said at least one securing element having a first end and a second end , the first axis and the second axis being parallel, the assembly being characterized in that one at least out of the first and the second ends of the at least one securing element is free to slip relative to the first and second filamentary elements . - a first structure formed by first filamentary elements , the first structure having a longitudinal edge extending in a first direction which defines a first axis , - a second structure formed by second filamentary elements , the second structure comprising a longitudinal edge extending in a second direction which defines a second axis , - a supporting structure comprising supporting filamentary elements linking the first filamentary elements of the first structure and the second filamentary elements of the second structure ,
Method for rehabilitating a pipeline with a liner of reinforcing fibers and a curable resin composition, the method comprising: - providing a coupling member configured to connect a liner to other pipeline elements and comprising reinforcing fibers and a resin composition that is substantially fully cured in a first part of the coupling member ; - providing an alignment device comprising a first and a second alignment element ; - connecting the first alignment element to an end of a host pipe and the second alignment element to the coupling member to axially align the host pipe and the coupling member by providing mating surfaces when the coupling member is provided against the host pipe end; - bringing the coupling member towards the host pipe such that the second alignment element provided on the coupling member is provided against the first alignment element provided on the host pipe ; - attaching the coupling member to the host pipe end by using the alignment elements ; - providing a length of the liner through the host pipe ; - providing a length of the liner through the coupling member ; - exposing the curable resin composition of the liner in a joining section of the liner ; - pressurizing a joining section of the liner that is received in the coupling member to bring it against an interior surface of a second part of the coupling member ; and - curing the curable resin composition of the liner to form a functional joint between the coupling member second part and the liner joining section . - providing a coupling member configured to connect a liner to other pipeline elements and comprising reinforcing fibers and a resin composition that is substantially fully cured in a first part of the coupling member ; - providing an alignment device comprising a first and a second alignment element ; - connecting the first alignment element to an end of a host pipe and the second alignment element to the coupling member to axially align the host pipe and the coupling member by providing mating surfaces when the coupling member is provided against the host pipe end; - bringing the coupling member towards the host pipe such that the second alignment element provided on the coupling member is provided against the first alignment element provided on the host pipe ; - attaching the coupling member to the host pipe end by using the alignment elements ; - providing a length of the liner through the host pipe ; - providing a length of the liner through the coupling member ; - exposing the curable resin composition of the liner in a joining section of the liner ; - pressurizing a joining section of the liner that is received in the coupling member to bring it against an interior surface of a second part of the coupling member ; and - curing the curable resin composition of the liner to form a functional joint between the coupling member second part and the liner joining section .
A front pillar structure of a vehicle having a driver's seat, the front pillar structure comprising: a first skeleton portion extending in a longitudinal direction along a peripheral edge portion of a windshield glass of the vehicle on an outer side in a vehicle width direction, a section of the first skeleton portion viewed from the longitudinal direction being a closed section and a width of the first skeleton portion in a direction orthogonal to a gaze direction of a driver seated in the driver's seat being equal to or less than a standard pupillary distance (A) in cross-sectional view; a second skeleton portion extending in a longitudinal direction beside the first skeleton portion with a gap from the first skeleton portion , a section of the second skeleton portion viewed from the longitudinal direction being a closed section and a width of the second skeleton portion in the direction orthogonal to the gaze direction being equal to or less than the standard pupillary distance (A) in cross-sectional view; a transparent connecting member disposed between the first skeleton portion and the second skeleton portion when seen from the gaze direction; a frame of a side door extending along the second skeleton portion ; and a rear side seal member interposed between the frame and the second skeleton portion , wherein a width of a part made up of the frame, the second skeleton portion , and the rear side seal member in the direction orthogonal to the gaze direction is equal to or less than the standard pupillary distance (A) in cross-sectional view. a first skeleton portion extending in a longitudinal direction along a peripheral edge portion of a windshield glass of the vehicle on an outer side in a vehicle width direction, a section of the first skeleton portion viewed from the longitudinal direction being a closed section and a width of the first skeleton portion in a direction orthogonal to a gaze direction of a driver seated in the driver's seat being equal to or less than a standard pupillary distance (A) in cross-sectional view; a second skeleton portion extending in a longitudinal direction beside the first skeleton portion with a gap from the first skeleton portion , a section of the second skeleton portion viewed from the longitudinal direction being a closed section and a width of the second skeleton portion in the direction orthogonal to the gaze direction being equal to or less than the standard pupillary distance (A) in cross-sectional view; a transparent connecting member disposed between the first skeleton portion and the second skeleton portion when seen from the gaze direction; a frame of a side door extending along the second skeleton portion ; and a rear side seal member interposed between the frame and the second skeleton portion , wherein a width of a part made up of the frame, the second skeleton portion , and the rear side seal member in the direction orthogonal to the gaze direction is equal to or less than the standard pupillary distance (A) in cross-sectional view.
A vehicle decorative part comprising: a decorative main body that is configured to be attached to a vehicle at a front side in a transmission direction of millimeter waves from a millimeter wave radar to decorate the vehicle and has a millimeter wave transparency; and a sheet-shaped heater having a heating element that emits heat when energized, wherein the decorative main body includes a transparent member , which is made of a plastic, a base , which is made of a plastic and located at a rear side in the transmission direction of the transparent member , and a decorating layer , which is located between the transparent member and the base , the base is divided into a front base and a rear base , which is located at a rear side in the transmission direction of the front base , the heater includes a main portion that includes the heating element and is sandwiched by the front base and the rear base from a front side and a rear side in the transmission direction, the front base and the rear base are joined to each other so as to seal the main portion of the heater , and a gap (G1) adjoining the main portion in the base is filled with the same plastic as the base . a decorative main body that is configured to be attached to a vehicle at a front side in a transmission direction of millimeter waves from a millimeter wave radar to decorate the vehicle and has a millimeter wave transparency; and a sheet-shaped heater having a heating element that emits heat when energized, wherein the decorative main body includes a transparent member , which is made of a plastic, a base , which is made of a plastic and located at a rear side in the transmission direction of the transparent member , and a decorating layer , which is located between the transparent member and the base , a transparent member , which is made of a plastic, a base , which is made of a plastic and located at a rear side in the transmission direction of the transparent member , and a decorating layer , which is located between the transparent member and the base , the base is divided into a front base and a rear base , which is located at a rear side in the transmission direction of the front base , the heater includes a main portion that includes the heating element and is sandwiched by the front base and the rear base from a front side and a rear side in the transmission direction, the front base and the rear base are joined to each other so as to seal the main portion of the heater , and a gap (G1) adjoining the main portion in the base is filled with the same plastic as the base .
A method of managing corruption of data in a flash memory device , comprising: identifying physical blocks of the flash memory device; identifying a portion of the flash memory device in which an erase or program operation is to be commenced, the method characterized by further comprising: maintaining a first book-keeping structure in a first partition of one or more of the identified physical blocks ; maintaining a second book-keeping structure in a separate second partition of one or more of the identified physical blocks ; setting a field in both of the first and second book-keeping structures that includes the identified portion and indicates that an erase or program operation is being performed on the identified portion, such that if a corruption event occurs during the erase or program operation, a possible corruption of the identified portion of the flash memory can be determined from the first and second book-keeping structures . identifying physical blocks of the flash memory device; identifying a portion of the flash memory device in which an erase or program operation is to be commenced, the method characterized by further comprising: maintaining a first book-keeping structure in a first partition of one or more of the identified physical blocks ; maintaining a second book-keeping structure in a separate second partition of one or more of the identified physical blocks ; setting a field in both of the first and second book-keeping structures that includes the identified portion and indicates that an erase or program operation is being performed on the identified portion, such that if a corruption event occurs during the erase or program operation, a possible corruption of the identified portion of the flash memory can be determined from the first and second book-keeping structures . maintaining a first book-keeping structure in a first partition of one or more of the identified physical blocks ; maintaining a second book-keeping structure in a separate second partition of one or more of the identified physical blocks ; setting a field in both of the first and second book-keeping structures that includes the identified portion and indicates that an erase or program operation is being performed on the identified portion, such that if a corruption event occurs during the erase or program operation, a possible corruption of the identified portion of the flash memory can be determined from the first and second book-keeping structures .
A wire terminator device for fences and barriers comprising two bodies , wherein the first body houses a wire retaining mechanism and comprises a transverse through hole and the second body stems from the first body and comprises engagement means where the wire is retained in the usage position, wherein the engagement means forming the second body are in the form of an engagement element defined by a through passage in the direction of passage of the wire and a single inlet groove that is oblique with respect to the direction of passage of the wire; and wherein said single inlet groove is arranged in the same plane of the direction of passage of the wire, characterized in that the single inlet groove is also oblique to the transverse through hole .
A pressure-limiting valve (10; 10'; 10") comprising a valve housing and a valve piston and a pressure-limiting adjusting spring , at least one valve inlet and at least one valve outlet being provided in the valve housing , the valve piston being able to assume an open position, in which the valve inlet and the valve outlet are connected to one another, and at least one closed position, in which the valve inlet and the valve outlet are separated from one another, the valve piston having a first piston ring with a sealing face and a second piston ring , characterised in that the first piston ring has a smaller pneumatic active surface than the second piston ring and the valve piston has between the first piston ring and the second piston ring a substantially truncated cone-like section that tapers towards the first piston ring , in the closed position the sealing face of the first piston ring being pulled so as to form a seal against a housing lip by a pneumatic force that acts on the first piston ring and second piston ring and is directed against the force of the pressure-limiting adjusting spring and, furthermore, there being provided in the valve piston in order to create a safety valve function a pneumatic passage that can be closed by a spring-loaded safety valve body .
A power converter with a plurality of modular power stack units , each modular power stack unit comprising: a plurality of power modules , each power module being connected with a separate driver unit; a capacitor ; a connection means for connecting the power modules and the capacitor ; an electrical interface , wherein each electrical interface of the plurality of modular power stack units has a same structure; wherein the separate driver units of each power module are adapted to provide an IGBT-driving signal to the connected power module , respectively, wherein each power module comprises a power diode and/or an insulated gate bipolar transistor, IGBT. a plurality of power modules , each power module being connected with a separate driver unit; a capacitor ; a connection means for connecting the power modules and the capacitor ; an electrical interface , wherein each electrical interface of the plurality of modular power stack units has a same structure; wherein the separate driver units of each power module are adapted to provide an IGBT-driving signal to the connected power module , respectively, wherein each power module comprises a power diode and/or an insulated gate bipolar transistor, IGBT.
Pump unit , with a drive motor having a motor shaft , a separator having at least one fluid inlet for a fluid mixture comprising liquid and gaseous media, at least one liquid outlet and at least one gas outlet , a vacuum pump integrated into the separator for generating a vacuum in the separator , which vacuum pump communicates with the fluid inlet and the gas outlet , wherein a pressure opening of the vacuum pump forms the gas outlet of the separator , a conveying pump integrated into the separator for suctioning the fluid collected in the separator with an axial suction opening and an impeller , which are configured such that the conveying pump acts as a liquid centrifuge, which can convey liquid even if the suction opening is only covered in part with liquid, wherein a pressure opening of the conveying pump forms the liquid outlet of the separator , wherein the vacuum pump and the conveying pump are arranged on the common motor shaft of the drive motor .
A loading system comprising: an adjunct loading member; at least one adjunct material configured to be transferred from the adjunct loading member to a tissue-facing surface of a jaw of first and second jaws of an end effector , the first and second jaws being configured to clamp tissue therebetween, the adjunct material comprising an opening , the adjunct loading member comprising a supporting member configured to releasably retain the adjunct material, the supporting member comprising a reservoir releasably holding an adhesive , the reservoir disposed adjacent the opening, the reservoir configured to release the adhesive when a load is applied to the adjunct loading member; the opening being configured to receive the adhesive when the adhesive is released from the reservoir and to allow the adhesive to transfer through the opening and onto the tissue-facing surface of the jaw, the adhesive configured to transition from a non-cured state, in which the adhesive is substantially liquid, to a cured state, in which the adhesive is at least partially non-liquid, upon the application of at least one of ultra violet light and infrared radiation, when the adjunct material is released from the adjunct loading member and transferred to the jaw, to retain the adjunct material on the jaw, the loading system further comprising a radiation applicator configured to apply the at least one of ultra violet light and infrared radiation to the adhesive. an adjunct loading member; at least one adjunct material configured to be transferred from the adjunct loading member to a tissue-facing surface of a jaw of first and second jaws of an end effector , the first and second jaws being configured to clamp tissue therebetween, the adjunct material comprising an opening , the adjunct loading member comprising a supporting member configured to releasably retain the adjunct material, the supporting member comprising a reservoir releasably holding an adhesive , the reservoir disposed adjacent the opening, the reservoir configured to release the adhesive when a load is applied to the adjunct loading member; the opening being configured to receive the adhesive when the adhesive is released from the reservoir and to allow the adhesive to transfer through the opening and onto the tissue-facing surface of the jaw, the adhesive configured to transition from a non-cured state, in which the adhesive is substantially liquid, to a cured state, in which the adhesive is at least partially non-liquid, upon the application of at least one of ultra violet light and infrared radiation, when the adjunct material is released from the adjunct loading member and transferred to the jaw, to retain the adjunct material on the jaw, the loading system further comprising a radiation applicator configured to apply the at least one of ultra violet light and infrared radiation to the adhesive.
A solar cell comprising: (a) a first junction layer ; (b) a second junction layer ; and (c) an active region between the first and second junction layers , the active region comprising a plurality of quantum well layers each of which is sandwiched between barrier layers and the material forming each quantum well layer is independently a group III nitride, characterised in that consecutive quantum well layers have different bandgap values due to variations in the thickness of the layers and/or their having differing compositions of at least one of their constituent elements and wherein each quantum well layer is less than 7 nm thick. (a) a first junction layer ; (b) a second junction layer ; and (c) an active region between the first and second junction layers , the active region comprising a plurality of quantum well layers each of which is sandwiched between barrier layers and the material forming each quantum well layer is independently a group III nitride, characterised in that consecutive quantum well layers have different bandgap values due to variations in the thickness of the layers and/or their having differing compositions of at least one of their constituent elements and wherein each quantum well layer is less than 7 nm thick.