mhurhangee/patent-ind-claim-en huggingface dataset:
A method, performed at a hearing device , for updating a hearing device configuration at the hearing device of a hearing system , the hearing system comprising the hearing device , a fitting device configured to be controlled by a dispenser, and a server device , characterized in that the method comprises: - receiving (S101) a configuration package and a configuration authentication package , the configuration authentication package comprising a dispenser certificate and authentication data; - determining (S102) if an update criterion is fulfilled, wherein the update criterion is based on verifying the dispenser certificate comprised in the configuration authentication package , wherein verifying (S102a) the dispenser certificate comprises: - decrypting (S102aa) the dispenser certificate using a certificate key; and - comparing (S102ac) one or more elements of the authentication data with corresponding elements of the decrypted dispenser certificate, and wherein verifying the dispenser certificate fails if at least one or more elements of the authentication data does not match the corresponding element of the decrypted dispenser certificate, - updating (S103) the hearing device configuration based on the configuration package if the update criterion is fulfilled. - receiving (S101) a configuration package and a configuration authentication package , the configuration authentication package comprising a dispenser certificate and authentication data; - determining (S102) if an update criterion is fulfilled, wherein the update criterion is based on verifying the dispenser certificate comprised in the configuration authentication package , wherein verifying (S102a) the dispenser certificate comprises: - decrypting (S102aa) the dispenser certificate using a certificate key; and - comparing (S102ac) one or more elements of the authentication data with corresponding elements of the decrypted dispenser certificate, and wherein verifying the dispenser certificate fails if at least one or more elements of the authentication data does not match the corresponding element of the decrypted dispenser certificate, - decrypting (S102aa) the dispenser certificate using a certificate key; and - comparing (S102ac) one or more elements of the authentication data with corresponding elements of the decrypted dispenser certificate, and wherein verifying the dispenser certificate fails if at least one or more elements of the authentication data does not match the corresponding element of the decrypted dispenser certificate, - updating (S103) the hearing device configuration based on the configuration package if the update criterion is fulfilled.
A negative electrode active material comprising an alloy phase, wherein the alloy phase contains: Sn: 10 to 35 at%; and one or more kinds selected from the group consisting of Ti: 9.0 at% or less, V: 49.0 at% or less, Cr: 49.0 at% or less, Mn: 9. 0 at% or less, Fe: 49.0 at% or less, Co: 49.0 at% or less, Ni: 9.0 at% or less, Zn: 29.0 at% or less, Al: 49.0 at% or less, Si: 49.0 at% or less, B: 5.0 at% or less, and C: 5.0 at% or less,with the balance being Cu and impurities; and characterized in that the negative electrode active material further comprises ceramics dispersed in the alloy phase, wherein the content of the ceramics in the alloy phase is more than 0 to 50 mass% with respect to a total mass of the alloy phase and the ceramics.
Fuel filler flap module of a motor vehicle , comprising a support , a fuel filler flap which is pivotably mounted on the support and is designed to be movable tween a closed position and an open position, and a moving mechanism designed for moving the fuel filler flap out of the closed position into the open position and back into the closed position, wherein the moving mechanism has a mechanical deployment element which is arranged on the support and is designed to exert a deployment force on the fuel filler flap when the flap is in the open position, wherein characterized in that the moving mechanism has a motor-driven deployment means which is designed to push the fuel filler flap with an auxiliary force out of the closed position to an initial deployment position between the closed position and the open position, the auxiliary force being greater than the deployment force . wherein the moving mechanism has a mechanical deployment element which is arranged on the support and is designed to exert a deployment force on the fuel filler flap when the flap is in the open position, wherein characterized in that the moving mechanism has a motor-driven deployment means which is designed to push the fuel filler flap with an auxiliary force out of the closed position to an initial deployment position between the closed position and the open position, the auxiliary force being greater than the deployment force .
An optical sensor for detecting objects in a detection area , having a light source emitting light beams , having a receiver in the form of an image sensor having an arrangement of receiving elements, and having an evaluation unit for evaluating received images of the image sensor , the optical sensor having a test light source emitting test light beams , the test light beams being guided onto the image sensor , whereby a variation of the received images is obtained, and wherein the evaluation unit is designed to separate useful information of the received images from test information formed by the variations of the received images caused by the test light beams and to evaluate it separately, characterised in that the test light source is designed to emit spatially and/or temporally varying test light beams forming test patterns.
A piezoelectric actuator , comprising: a suspension plate , wherein the suspension plate is a square structure, and the suspension plate is permitted to undergo a curvy vibration from a middle portion to a periphery portion ; a piezoelectric ceramic plate , wherein the piezoelectric ceramic plate is a square structure, a length of the piezoelectric ceramic plate is not larger than a length of the suspension plate , and the piezoelectric ceramic plate is attached on a first surface of the suspension plate , wherein when a voltage is applied to the piezoelectric ceramic plate , the suspension plate is driven to undergo the curvy vibration; an outer frame arranged around the suspension plate ; and at least one bracket connected between the suspension plate and the outer frame for elastically supporting the suspension plate , characterized in that the bracket comprises: an intermediate part (p21) formed in a vacant space between the suspension plate and the outer frame and in parallel with the outer frame and the suspension plate ; a first connecting part (p20) arranged between the intermediate part (p21) and the suspension plate ; and a second connecting part (p22) arranged between the intermediate part (p21) and the outer frame , wherein the first connecting part (p20) and the second connecting part (p22) are opposed to each other and arranged along the same horizontal line. a suspension plate , wherein the suspension plate is a square structure, and the suspension plate is permitted to undergo a curvy vibration from a middle portion to a periphery portion ; a piezoelectric ceramic plate , wherein the piezoelectric ceramic plate is a square structure, a length of the piezoelectric ceramic plate is not larger than a length of the suspension plate , and the piezoelectric ceramic plate is attached on a first surface of the suspension plate , wherein when a voltage is applied to the piezoelectric ceramic plate , the suspension plate is driven to undergo the curvy vibration; an outer frame arranged around the suspension plate ; and at least one bracket connected between the suspension plate and the outer frame for elastically supporting the suspension plate , an intermediate part (p21) formed in a vacant space between the suspension plate and the outer frame and in parallel with the outer frame and the suspension plate ; a first connecting part (p20) arranged between the intermediate part (p21) and the suspension plate ; and a second connecting part (p22) arranged between the intermediate part (p21) and the outer frame , wherein the first connecting part (p20) and the second connecting part (p22) are opposed to each other and arranged along the same horizontal line.
A communication method performed by a first device, comprising: obtaining , by the first device, a protocol type supported by a second port of a second device, wherein the protocol type supported by the second port of the second device is a flexible Ethernet protocol and/or a standard Ethernet protocol, and a first port of the first device supports the flexible Ethernet protocol and the standard Ethernet protocol; determining , by the first device, a target protocol type based on the protocol type supported by the second port and a protocol type supported by the first port, wherein the target protocol type is the flexible Ethernet protocol or the standard Ethernet protocol; and communicating , by the first device, with the second device based on the target protocol type through the first port and the second port. obtaining , by the first device, a protocol type supported by a second port of a second device, wherein the protocol type supported by the second port of the second device is a flexible Ethernet protocol and/or a standard Ethernet protocol, and a first port of the first device supports the flexible Ethernet protocol and the standard Ethernet protocol; determining , by the first device, a target protocol type based on the protocol type supported by the second port and a protocol type supported by the first port, wherein the target protocol type is the flexible Ethernet protocol or the standard Ethernet protocol; and communicating , by the first device, with the second device based on the target protocol type through the first port and the second port.
A method, at a base station end, for obtaining downlink data in a massive MIMO system, comprising: - transmitting (S1) a downlink control signaling indicating downlink channel estimation information to a corresponding user equipment , wherein the downlink control signaling comprises corresponding effective channel mean value information, wherein said effective channel mean value information is represented as 1 + a k p k , k = 1 ̃ K , where a k is represented by a k = − σ e , k 2 g k + σ e , k 2 , wherein p k is an average transmit power of a k th user equipment, wherein σ e , k 2 is a variance of Channel State Information at the Transmitter, CSIT, error of the k th user equipment in K user equipments supported by the base station , and wherein g k is a pathloss of the k th user equipment; wherein the method further comprises: a. performing (S2) per subcarrier zero-forcing precoding to a to-be-transmitted signal on each subcarrier of a transmission sub-band; b. transmitting (S3) the zero-forcing precoded signal to the user equipment .
A method comprising: mixing a first quantity of tungsten (W) salt and a second quantity of nickel (Ni) salt in the presence of a carbon support, wherein the tungsten salt is dissolved in isopropanol; removing water and oxygen from the mixture; and flowing, after removing the water and the oxygen from the mixture, methane gas over the mixture of the first quantity and the second quantity to form tungsten-nickel carbides (W-Ni-C) on said carbon support, wherein mixing the first quantity of tungsten salt and the second quantity of nickel salt on the carbon support comprises selecting the first quantity and the second quantity such that a molar ratio of tungsten to nickel is 4:1. mixing a first quantity of tungsten (W) salt and a second quantity of nickel (Ni) salt in the presence of a carbon support, wherein the tungsten salt is dissolved in isopropanol; removing water and oxygen from the mixture; and flowing, after removing the water and the oxygen from the mixture, methane gas over the mixture of the first quantity and the second quantity to form tungsten-nickel carbides (W-Ni-C) on said carbon support, wherein mixing the first quantity of tungsten salt and the second quantity of nickel salt on the carbon support comprises selecting the first quantity and the second quantity such that a molar ratio of tungsten to nickel is 4:1.
A method for managing a Pcell or a PScell, the method comprising: determining , by a central unit, CU, the Pcell or the PScell of a UE; and transmitting , by the CU, based on determining the Pcell or the PScell of the UE, a PCell/PScell change message to a distributed unit, DU to inform the DU that preparation work for the Pcell or the PScell handover needs to be done, wherein the PCell/PScell change message comprises an identifier of a cell which needs to be switched to the Pcell or the PScell, and the CU and the DU jointly serve the UE, and receiving , by the CU, layer 2 configuration information sent by the DU for Pcell or PScell handover, wherein the layer 2 configuration information comprises configuration parameter information required for Pcell or PScell handover. determining , by a central unit, CU, the Pcell or the PScell of a UE; and transmitting , by the CU, based on determining the Pcell or the PScell of the UE, a PCell/PScell change message to a distributed unit, DU to inform the DU that preparation work for the Pcell or the PScell handover needs to be done, wherein the PCell/PScell change message comprises an identifier of a cell which needs to be switched to the Pcell or the PScell, and the CU and the DU jointly serve the UE, and receiving , by the CU, layer 2 configuration information sent by the DU for Pcell or PScell handover, wherein the layer 2 configuration information comprises configuration parameter information required for Pcell or PScell handover.
A method of selection of an object in an environment including a plurality of real and/or virtual objects , the environment being displayed to a user through a display device , wherein the method includes an assignment of a gesture path to each object of the plurality of objects , the gesture path including a series of gestures to be performed by the user to select the object, the method further including: detecting the objects for which a detected gesture of the user does not correspond to a first gesture of the series of the gestures to be performed; and changing the gesture path of the detected objects, wherein the gesture path of each object of the environment is different from the gesture path of any other object of the environment. detecting the objects for which a detected gesture of the user does not correspond to a first gesture of the series of the gestures to be performed; and changing the gesture path of the detected objects, wherein the gesture path of each object of the environment is different from the gesture path of any other object of the environment.
A photoelectric conversion apparatus comprising: a diode of avalanche amplification type; a pulse shaping circuit configured to shape an output of the diode into a pulse signal; a pulse conversion circuit configured to convert the pulse signal having a first amplitude into a pulse signal having a second amplitude that is smaller than the first amplitude; and a signal processing circuit configured to process the pulse signal having the second amplitude output from the pulse conversion circuit, wherein the diode is supplied with a first power supply voltage and a second power supply voltage, wherein the signal processing circuit is supplied with a third power supply voltage and a fourth power supply voltage, and wherein a difference between the first power supply voltage and the second power supply voltage is greater than a difference between the third power supply voltage and the fourth power supply voltage. a diode of avalanche amplification type; a pulse shaping circuit configured to shape an output of the diode into a pulse signal; a pulse conversion circuit configured to convert the pulse signal having a first amplitude into a pulse signal having a second amplitude that is smaller than the first amplitude; and a signal processing circuit configured to process the pulse signal having the second amplitude output from the pulse conversion circuit, wherein the diode is supplied with a first power supply voltage and a second power supply voltage, wherein the signal processing circuit is supplied with a third power supply voltage and a fourth power supply voltage, and wherein a difference between the first power supply voltage and the second power supply voltage is greater than a difference between the third power supply voltage and the fourth power supply voltage.
A computerized method performed by a server computer , the method comprising: receiving and storing a set of engagement rules for a website based on previous analytics, wherein each engagement rule defines criteria based on user interaction with the website that, if met causes the website to engage a user of the website; receiving data indicative of a set of users' interactions with the website; generating, using the data indicative of a set of users' interactions with the website, a statistical model, that is indicative of user interaction with the website; generating, from the statistical model, a user profile that represents expected actions of a user of the website; automatically adjusting one or more engagement rules of the set of engagement rules based on the user interaction data and the user profile; and engaging the user of the website when the criteria of at least one engagement rule of the one or more engagement rules are met. receiving and storing a set of engagement rules for a website based on previous analytics, wherein each engagement rule defines criteria based on user interaction with the website that, if met causes the website to engage a user of the website; receiving data indicative of a set of users' interactions with the website; generating, using the data indicative of a set of users' interactions with the website, a statistical model, that is indicative of user interaction with the website; generating, from the statistical model, a user profile that represents expected actions of a user of the website; automatically adjusting one or more engagement rules of the set of engagement rules based on the user interaction data and the user profile; and engaging the user of the website when the criteria of at least one engagement rule of the one or more engagement rules are met.
A balcony assembly comprising: at least one beam ; a locking mechanism attached to an end of the at least one beam, the locking mechanism including: a c-shaped body for receiving an end plate of an outrigger of a structural post , a metal block attached to the c-shaped body for securing the end plate, and a pilot hole for securing the beam to the outrigger; and a platform positioned on top of the at least one beam; characterized in that the metal block includes a first recessed portion and a second recessed portion configured to allow the metal block to extend into the channel formed by the c-shaped body, the metal block further comprising non-recessed portions that are configured to sit on a top edge of the c-shaped body, wherein the metal block also defines a third recessed portion configured to receive the end plate of the outrigger at least one beam ; a locking mechanism attached to an end of the at least one beam, the locking mechanism including: a c-shaped body for receiving an end plate of an outrigger of a structural post , a metal block attached to the c-shaped body for securing the end plate, and a pilot hole for securing the beam to the outrigger; and a c-shaped body for receiving an end plate of an outrigger of a structural post , a metal block attached to the c-shaped body for securing the end plate, and a pilot hole for securing the beam to the outrigger; and a platform positioned on top of the at least one beam; characterized in that the metal block includes a first recessed portion and a second recessed portion configured to allow the metal block to extend into the channel formed by the c-shaped body, the metal block further comprising non-recessed portions that are configured to sit on a top edge of the c-shaped body, wherein the metal block also defines a third recessed portion configured to receive the end plate of the outrigger
Method for hauling an autonomous submersible vessel into a mother ship , comprising the following steps: - letting a floating line out from the mother ship such that the floating line floats at a certain depth in the water, - causing at least part of a capturing line to rise from the submersible vessel by means of a capturing buoy , wherein the capturing line is fastened by one end to the submersible vessel and at the other end to the capturing buoy , with the result that the capturing buoy floats on a water surface, - causing the submersible vessel to cross below the floating line in such a way that the capturing line with the capturing buoy is caught on the floating line , and - pulling the submersible vessel towards the mother ship by hauling in the floating line . - letting a floating line out from the mother ship such that the floating line floats at a certain depth in the water, - causing at least part of a capturing line to rise from the submersible vessel by means of a capturing buoy , wherein the capturing line is fastened by one end to the submersible vessel and at the other end to the capturing buoy , with the result that the capturing buoy floats on a water surface, - causing the submersible vessel to cross below the floating line in such a way that the capturing line with the capturing buoy is caught on the floating line , and - pulling the submersible vessel towards the mother ship by hauling in the floating line .
Urea sensor protection assembly for protecting at least one fluid sensor of a fluid sensor system in a urea solution , against bubbles and/or particles, wherein the assembly comprises a housing for receiving the at least one fluid sensor , wherein the housing comprises a bottom wall and a top wall which are spaced apart from each other in a vertical direction (V), wherein the bottom wall is provided with at least one lower flow-through opening and the top wall is provided with at least one upper flow-through opening , wherein the lower and the upper flow-through openings are covered on an outside of the housing by a lower and an upper cover member , respectively, wherein each cover member is spaced apart from the corresponding flow-through opening in the vertical direction (V) and provides at least one outer flow-through opening , and wherein at least one continuous flow-through passage extends between the at least one lower outer flow-through opening and the at least one upper outer flow-through opening , characterized in that the housing is further provided with at least one bubble outlet opening that opens the housing to an outside of the assembly .
A medical balloon, comprising: a fiber reinforced balloon at least partially surrounded by an elastomeric sheath , the fiber reinforced balloon having a longitudinal axis , the fiber reinforcement having a first wrapped pattern with a plurality of longitudinal fibers arranged in a generally longitudinal spiral configuration , and a second wrapped pattern that is substantially perpendicular to the longitudinal axis of the balloon, and at least two of said longitudinal fibers being comprised of a single, continuous fiber.