mhurhangee/patent-ind-claim-en huggingface dataset:
A vane arc segment comprising: an airfoil fairing having an airfoil wall defining first and second fairing platforms and a hollow airfoil section extending therebetween; a spar having a spar leg (72b; 172b) that extends through the hollow airfoil section , the spar leg (72b; 172b) having an end portion that protrudes beyond the hollow airfoil section , the spar leg (72b; 172b) being spaced from the airfoil wall in the hollow airfoil section such that there is a first gap therebetween; a support platform (74; 174) adjacent the second fairing platform such that there is a second gap therebetween, the support platform (74; 174) being secured with the end portion of the spar leg (72b; 172b); characterised in that a baffle is disposed in the first gap , the baffle being spaced apart from the airfoil wall and the spar leg (72b; 172b) so as to divide the first gap into a plenum space between the spar leg (72b; 172b) and the baffle and an impingement space between the baffle and the airfoil wall , the baffle having impingement holes directed toward the airfoil wall and connecting the plenum space with the impingement space ; and a seal is disposed between the airfoil wall and the spar leg (72b; 172b), the seal sealing the impingement space from the second gap . an airfoil fairing having an airfoil wall defining first and second fairing platforms and a hollow airfoil section extending therebetween; a spar having a spar leg (72b; 172b) that extends through the hollow airfoil section , the spar leg (72b; 172b) having an end portion that protrudes beyond the hollow airfoil section , the spar leg (72b; 172b) being spaced from the airfoil wall in the hollow airfoil section such that there is a first gap therebetween; a support platform (74; 174) adjacent the second fairing platform such that there is a second gap therebetween, the support platform (74; 174) being secured with the end portion of the spar leg (72b; 172b); characterised in that a baffle is disposed in the first gap , the baffle being spaced apart from the airfoil wall and the spar leg (72b; 172b) so as to divide the first gap into a plenum space between the spar leg (72b; 172b) and the baffle and an impingement space between the baffle and the airfoil wall , the baffle having impingement holes directed toward the airfoil wall and connecting the plenum space with the impingement space ; and a seal is disposed between the airfoil wall and the spar leg (72b; 172b), the seal sealing the impingement space from the second gap .
A tracked vehicle, in particular a snow groomer vehicle comprising at least a track having a longitudinal extent and provided with a plurality of transverse bars configured for acting against the ground during the movement of the tracked vehicle ; the tracked vehicle comprising moreover a plurality of spike devices coupled to the transverse bars and configured for acting against the ground during the movement of the tracked vehicle ; wherein each transverse bar comprises a base for coupling to a track belt , a free edge and two lateral walls ; the spike devices being coupled to the transverse bar at the free edge characterised in that at least one of the spike devices comprises: - a first support comprising a cylindrical body coupled to the transverse bars at the free edge ; - a spike supported by the first support and configured for acting against the ground during the movement of the tracked vehicle ; wherein the coupling between the first support and the spike is selectively releasable and made in a threaded manner about an axis orthogonal to the belt . wherein each transverse bar comprises a base for coupling to a track belt , a free edge and two lateral walls ; the spike devices being coupled to the transverse bar at the free edge characterised in that at least one of the spike devices comprises: - a first support comprising a cylindrical body coupled to the transverse bars at the free edge ; - a spike supported by the first support and configured for acting against the ground during the movement of the tracked vehicle ; - a first support comprising a cylindrical body coupled to the transverse bars at the free edge ; - a spike supported by the first support and configured for acting against the ground during the movement of the tracked vehicle ; wherein the coupling between the first support and the spike is selectively releasable and made in a threaded manner about an axis orthogonal to the belt .
A method, implemented by computer means, for estimating a production (P) of a photovoltaic plant (INST) by measuring a magnetic field resulting from a multi-conductor cable (CM) at the output of an inverter (OND) of the photovoltaic plant (INST) by means of a Hall effect type sensor (CAPT), the method comprising: - a calibration including: o determining a useful voltage signal (U(t=t 0 )) at the output of the photovoltaic plant (INST) from the measurement of the resulting magnetic field at a given time point (t 0 ), ∘ obtaining a reference current production (P(t 0 )) of the photovoltaic plant at the same given time point (t 0 ), ∘ determining a scaling coefficient (k) relating the useful voltage signal (U(t=t 0 )) and the reference production (P(t 0 )) of the photovoltaic plant (INST), the scaling coefficient (k) being stored in a memory (MEM), - then, the estimation, at each time point (t), of a current production (P(t)) of the photovoltaic plant (INST) from the useful voltage signal (U(t)) at the output of the photovoltaic plant (INST) determined at each time point (t), and from the scaling coefficient (k) stored in memory (MEM). - a calibration including: o determining a useful voltage signal (U(t=t 0 )) at the output of the photovoltaic plant (INST) from the measurement of the resulting magnetic field at a given time point (t 0 ), ∘ obtaining a reference current production (P(t 0 )) of the photovoltaic plant at the same given time point (t 0 ), ∘ determining a scaling coefficient (k) relating the useful voltage signal (U(t=t 0 )) and the reference production (P(t 0 )) of the photovoltaic plant (INST), the scaling coefficient (k) being stored in a memory (MEM), o determining a useful voltage signal (U(t=t 0 )) at the output of the photovoltaic plant (INST) from the measurement of the resulting magnetic field at a given time point (t 0 ), ∘ obtaining a reference current production (P(t 0 )) of the photovoltaic plant at the same given time point (t 0 ), ∘ determining a scaling coefficient (k) relating the useful voltage signal (U(t=t 0 )) and the reference production (P(t 0 )) of the photovoltaic plant (INST), the scaling coefficient (k) being stored in a memory (MEM), - then, the estimation, at each time point (t), of a current production (P(t)) of the photovoltaic plant (INST) from the useful voltage signal (U(t)) at the output of the photovoltaic plant (INST) determined at each time point (t), and from the scaling coefficient (k) stored in memory (MEM).
An image acquisition method, wherein the method comprises: acquiring (S101, S401) augmented reality (AR) anchor information in current scene in response to a first image acquisition instruction of a terminal device including a camera, wherein an AR anchor to which the AR anchor information belongs is configured to indicate first image capturing information of a camera device when acquiring a sample image, and the first image capturing information comprises spatial coordinate information and/or orientation information of a camera device that was used by other users before to acquire the sample image; displaying (S102) the AR anchor in a viewing frame of the terminal device according to the AR anchor information; and performing (S103, S404) image acquisition according to the first image capturing information indicated by the AR anchor, characterized in that the performing (S103, S404) image acquisition according to the first image capturing information indicated by the AR anchor comprises: starting (S201) a countdown of a preset time duration in response to detecting that second image capturing information of the terminal device matches the first image capturing information; and acquiring (S202) image information in the viewing frame of the terminal device after the countdown ends. acquiring (S101, S401) augmented reality (AR) anchor information in current scene in response to a first image acquisition instruction of a terminal device including a camera, wherein an AR anchor to which the AR anchor information belongs is configured to indicate first image capturing information of a camera device when acquiring a sample image, and the first image capturing information comprises spatial coordinate information and/or orientation information of a camera device that was used by other users before to acquire the sample image; displaying (S102) the AR anchor in a viewing frame of the terminal device according to the AR anchor information; and performing (S103, S404) image acquisition according to the first image capturing information indicated by the AR anchor, characterized in that the performing (S103, S404) image acquisition according to the first image capturing information indicated by the AR anchor comprises: starting (S201) a countdown of a preset time duration in response to detecting that second image capturing information of the terminal device matches the first image capturing information; and acquiring (S202) image information in the viewing frame of the terminal device after the countdown ends. starting (S201) a countdown of a preset time duration in response to detecting that second image capturing information of the terminal device matches the first image capturing information; and acquiring (S202) image information in the viewing frame of the terminal device after the countdown ends.
Use of a nut device for a stringed instrument , wherein said stringed instrument includes a neck with frets and a plurality of strings stretched on a front face of the neck of the stringed instrument , wherein said nut device includes a slider nut , shaped like a stick, rod or beam, and a support frame including a guide bar intended to be mounted on a side of the neck of the stringed instrument , wherein said slider nut is in turn slidably mounted on the guide bar and extends in a transverse direction with respect to the guide bar so as to assume a plurality of positions along the guide bar , wherein said slider nut is configured to contact all the strings without causing them to make contact with the front face of the neck such that the string is not constrained in this position and may be played, and wherein each of said plurality of positions of said slider nut along the guide bar corresponds to a plurality of positions along the neck of the stringed instrument above the strings , wherein the slider nut is positioned above the neck of the stringed instrument and contacts all the strings from above without moving them from their position on the stringed instrument into contact with a front surface of the neck so that a pressure of the fingers may release at least one string from the slider nut so that said stringed instrument may be played in three modes consisting of without fingering any of the strings ; fingering the strings downstream of the slider nut and fingering the strings upstream of the slider nut , and wherein the slider nut can be moved into a plurality of positions along the neck of the stringed instrument above the strings .
A photovoltaic system , comprising: a photovoltaic module ; a base supporting the photovoltaic module ; and a damper coupled between the photovoltaic module and the base and resisting movement of the photovoltaic module relative to the base , characterised in that the damper has a first damping ratio when the photovoltaic module moves at a first rate relative to the base and a second damping ratio when the photovoltaic module moves at a second rate relative to the base , wherein the damper passively transitions from the first damping ratio to the second damping ratio. a photovoltaic module ; a base supporting the photovoltaic module ; and a damper coupled between the photovoltaic module and the base and resisting movement of the photovoltaic module relative to the base , characterised in that the damper has a first damping ratio when the photovoltaic module moves at a first rate relative to the base and a second damping ratio when the photovoltaic module moves at a second rate relative to the base , wherein the damper passively transitions from the first damping ratio to the second damping ratio.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a radio resource control, RRC, message including information configuring measurement report for uplink packet data convergence protocol, PDCP, packet delay per data radio bearer, DRB, the information including a list of DRBs to be measured; mapping an uplink packet for a quality of service, QoS, flow to a DRB in the list at a service data adaptation protocol, SDAP, layer of the terminal; submitting the uplink packet to a PDCP upper service access point, SAP, from the SDAP layer of the terminal; performing a measurement of the uplink PDCP packet delay for the DRB based on the information at a PDCP layer of the terminal; and transmitting, to the base station, a result of the measurement based on the information, wherein the uplink PDCP packet delay is measured based on a delay from an arrival of the uplink packet at the PDCP upper SAP until a transmission of the packet is available. receiving, from a base station, a radio resource control, RRC, message including information configuring measurement report for uplink packet data convergence protocol, PDCP, packet delay per data radio bearer, DRB, the information including a list of DRBs to be measured; mapping an uplink packet for a quality of service, QoS, flow to a DRB in the list at a service data adaptation protocol, SDAP, layer of the terminal; submitting the uplink packet to a PDCP upper service access point, SAP, from the SDAP layer of the terminal; performing a measurement of the uplink PDCP packet delay for the DRB based on the information at a PDCP layer of the terminal; and transmitting, to the base station, a result of the measurement based on the information, wherein the uplink PDCP packet delay is measured based on a delay from an arrival of the uplink packet at the PDCP upper SAP until a transmission of the packet is available.
A method for compensating hearing deficiencies with a hearing device , the method comprising: receiving a sound signal ; attenuating an output sound pressure level of the sound signal dependent on an input sound pressure level of the sound signal ; outputting the attenuated sound signal with a loudspeaker of the hearing device ; wherein the output sound pressure level is attenuated, when the input sound pressure level is above a sound pressure level threshold (SPLT), which sound pressure level threshold (SPLT) is stored in the hearing device and which has been selected smaller than an upper speech recognition kneepoint (K) of the user, which upper speech recognition kneepoint (K) is stored in the hearing device and which has been selected dependent on a sound pressure level dependent speech recognition ability of the user; wherein the upper speech recognition kneepoint (K) is the lowest sound pressure level at which the user has hearing deficiencies in hearing speech; wherein an attenuation factor of the output sound signal below the sound pressure level threshold (SPLT) is equal to 1 and at a maximal sound pressure level (MEIL) the sound signal is attenuated to the upper speech recognition kneepoint (K). receiving a sound signal ; attenuating an output sound pressure level of the sound signal dependent on an input sound pressure level of the sound signal ; outputting the attenuated sound signal with a loudspeaker of the hearing device ; wherein the output sound pressure level is attenuated, when the input sound pressure level is above a sound pressure level threshold (SPLT), which sound pressure level threshold (SPLT) is stored in the hearing device and which has been selected smaller than an upper speech recognition kneepoint (K) of the user, which upper speech recognition kneepoint (K) is stored in the hearing device and which has been selected dependent on a sound pressure level dependent speech recognition ability of the user; wherein the upper speech recognition kneepoint (K) is the lowest sound pressure level at which the user has hearing deficiencies in hearing speech; wherein an attenuation factor of the output sound signal below the sound pressure level threshold (SPLT) is equal to 1 and at a maximal sound pressure level (MEIL) the sound signal is attenuated to the upper speech recognition kneepoint (K).
Applicator of jointing tape for joining two sheets of plasterboard, the applicator comprising a dispenser device for dispensing a jointing tape (B) from a roll and a mud chamber through which the tape is unrolled in use, the chamber having, with reference to the use position, a tape inlet slot formed between a free end of a rear wall of the chamber and a first free end of a lower wall of the chamber, and a tape outlet slot formed between a free end of a frontal wall of the chamber and a second free end of the lower wall of the chamber, the chamber also comprising an upper wall and two side walls (11-12), one of which constitutes a removable side cover for accessing the inside of the chamber, wherein the lower wall comprises an orifice provided with a removable stopper for accessing the interior of the chamber, the orifice being directed towards the upper wall of the chamber, characterized in that at least one of the side walls (11-12) has two fixing hooks that are intended, while the chamber is being filled with mud, to allow the applicator to be fixed against an edge of a bucket of mud , such that the stopper and the lower wall of the chamber are directed upwards.
A method to produce a water-soluble detergent pouch, having a graphic printed thereon, said method comprising feeding a water-soluble film through, a) at least one flexographic printing unit, optionally further comprising a drying unit ; and then b) a water-soluble detergent pouch producing unit; characterized in that the water-soluble film is formed into pouches immediately after flexographic printing onto said water-soluble film without any interruptions or rewinding, wherein said water-soluble film comprises polyvinyl alcohol, wherein the flexographic printing unit comprises, a printable material, a printable material tray , a printable material transfer roll , a design roll , an impression roll ; and wherein printable material is transferred from the printable material tray via the printable material transfer roll and the design roll to the water-soluble film, and wherein the water-soluble detergent pouch producing unit comprises a mould ; thermoforming means; vacuum forming means; and sealing means. a) at least one flexographic printing unit, optionally further comprising a drying unit ; and then b) a water-soluble detergent pouch producing unit;
Image sensor comprising a matrix of active pixels, each pixel comprising a photodiode (PH) with a set intrinsic internal potential, a storage node (ND) for storing charges integrated in the photodiode, at least one gate (G1) for transferring charges between the photodiode and the storage node for controlling the transfer of charges from the photodiode to the storage node after a phase of resetting the storage node, a gate (G3) for resetting the potential of the storage node, and an electrical connection between the storage node and the gate of a read-out transistor (T2), in order to allow the potential of the storage node to be read-out in a read-out phase following the reset phase, characterized in that the storage node includes three portions comprising: - a first floating diffusion that is adjacent to the transfer gate and to the reset gate, and connected by the electrical connection to the gate of the read-out transistor, - a second floating diffusion that is not adjacent to the first floating diffusion, not adjacent to the reset gate and not connected to the gate of the read-out transistor, - a structure (PHa) for setting internal potential, separating the first floating diffusion from the second floating diffusion, this structure establishing, in the absence of charges, an internal potential plateau between the two floating diffusions and in the second floating diffusion, at an intermediate potential level (Vpin2) that is constant during the read-out phase and higher than the set intrinsic internal potential (Vpin1) of the photodiode but lower than a reset potential level (VH) of the first floating diffusion, so that the charges transferred from the photodiode into the storage node are confined in the first floating diffusion but spontaneously overflow, if they are too many, into the structure for setting internal potential and into the second floating diffusion. - a first floating diffusion that is adjacent to the transfer gate and to the reset gate, and connected by the electrical connection to the gate of the read-out transistor, - a second floating diffusion that is not adjacent to the first floating diffusion, not adjacent to the reset gate and not connected to the gate of the read-out transistor, - a structure (PHa) for setting internal potential, separating the first floating diffusion from the second floating diffusion, this structure establishing, in the absence of charges, an internal potential plateau between the two floating diffusions and in the second floating diffusion, at an intermediate potential level (Vpin2) that is constant during the read-out phase and higher than the set intrinsic internal potential (Vpin1) of the photodiode but lower than a reset potential level (VH) of the first floating diffusion, so that the charges transferred from the photodiode into the storage node are confined in the first floating diffusion but spontaneously overflow, if they are too many, into the structure for setting internal potential and into the second floating diffusion.
A method comprising: receiving , by a session management function, SMF, at least one Ethernet source medium access control, MAC, address for a wireless device ; sending , by the SMF to a policy control function, PCF, the at least one Ethernet source MAC address; and receiving , by the SMF from the PCF, at least one policy and charging control rule that is determined based on the at least one Ethernet source MAC address, wherein the at least one policy and charging control rule comprises: the at least one Ethernet source MAC address; and a quality of service policy. receiving , by a session management function, SMF, at least one Ethernet source medium access control, MAC, address for a wireless device ; sending , by the SMF to a policy control function, PCF, the at least one Ethernet source MAC address; and receiving , by the SMF from the PCF, at least one policy and charging control rule that is determined based on the at least one Ethernet source MAC address, wherein the at least one policy and charging control rule comprises: the at least one Ethernet source MAC address; and a quality of service policy. the at least one Ethernet source MAC address; and a quality of service policy.