mhurhangee/patent-ind-claim-en huggingface dataset:
A device (100 ; 200; 300 ; 400 ; 500; 600) for emitting a magnetic field comprising: - an insulating support (102 ; 202 ; 302 ; 402 ; 502; 602) intended to be put into contact with a part of the person's body, - at least one first antenna (104a; 204a) and at least one second antenna (104b; 204 b), each antenna being a coil of conductive metal wire wound along the outline of a hexagon, the length of its side being between 2 cm and 20 cm, - a power source (106; 206; 306; 406; 506; 606) with antenna current, the first antenna, the second antenna and the power source being integral with the insulating support, the current being alternating and the first antenna and the second antenna being wound in opposite directions. - an insulating support (102 ; 202 ; 302 ; 402 ; 502; 602) intended to be put into contact with a part of the person's body, - at least one first antenna (104a; 204a) and at least one second antenna (104b; 204 b), each antenna being a coil of conductive metal wire wound along the outline of a hexagon, the length of its side being between 2 cm and 20 cm, - a power source (106; 206; 306; 406; 506; 606) with antenna current, the first antenna, the second antenna and the power source being integral with the insulating support, the current being alternating and the first antenna and the second antenna being wound in opposite directions.
An applicator for high voltage electrical treatment, the applicator comprising: an electrode tip ; a handle ; a plurality of handle electrical connectors configured to engage with a plurality of electrode tip electrical connectors on the electrode tip to enable electrical communication with a pulse generator ; a plurality of impedance matching circuits ; and an impedance matching selector configured to selectively couple the plurality of electrode tip electrical connectors with one or more impedance matching circuit of the plurality of impedance matching circuits based on an encoding shape connection with the electrode tip. an electrode tip ; a handle ; a plurality of handle electrical connectors configured to engage with a plurality of electrode tip electrical connectors on the electrode tip to enable electrical communication with a pulse generator ; a plurality of impedance matching circuits ; and an impedance matching selector configured to selectively couple the plurality of electrode tip electrical connectors with one or more impedance matching circuit of the plurality of impedance matching circuits based on an encoding shape connection with the electrode tip.
A process for creating digital audio systems, comprising: training a neural network that digitally models an audio amplifier by repeatedly performing: predicting by the neural network, a model output based upon an input, where the output approximates an expected output of the audio amplifier, and the prediction is carried out in the time domain; applying a perceptual loss function to the neural network based upon a determined psychoacoustic property, wherein the perceptual loss function is applied in the frequency domain; and adjusting the neural network responsive to the output of the perceptual loss function; and outputting a neural model file that can be loaded to generate a virtualization of the audio amplifier, wherein, the process further comprising computing an error signal by: receiving a target signal output by the audio amplifier responsive to the input and an associated predicted signal given from the neural network, and computing therefrom in the time domain, the error signal; and characterised by : converting the target signal and the error signal to the frequency domain; applying critical band filtering to the target signal in the frequency domain; and applying critical band filtering to the error signal in the frequency domain. training a neural network that digitally models an audio amplifier by repeatedly performing: predicting by the neural network, a model output based upon an input, where the output approximates an expected output of the audio amplifier, and the prediction is carried out in the time domain; applying a perceptual loss function to the neural network based upon a determined psychoacoustic property, wherein the perceptual loss function is applied in the frequency domain; and adjusting the neural network responsive to the output of the perceptual loss function; and predicting by the neural network, a model output based upon an input, where the output approximates an expected output of the audio amplifier, and the prediction is carried out in the time domain; applying a perceptual loss function to the neural network based upon a determined psychoacoustic property, wherein the perceptual loss function is applied in the frequency domain; and adjusting the neural network responsive to the output of the perceptual loss function; and outputting a neural model file that can be loaded to generate a virtualization of the audio amplifier, wherein, the process further comprising computing an error signal by: receiving a target signal output by the audio amplifier responsive to the input and an associated predicted signal given from the neural network, and computing therefrom in the time domain, the error signal; and characterised by : converting the target signal and the error signal to the frequency domain; applying critical band filtering to the target signal in the frequency domain; and applying critical band filtering to the error signal in the frequency domain. converting the target signal and the error signal to the frequency domain; applying critical band filtering to the target signal in the frequency domain; and applying critical band filtering to the error signal in the frequency domain.
A method for authorizing a payment transaction with a wireless mobile payment application comprising the steps of: - downloading a public key and account token from a central server - storing said public key and account token to the mobile payment application of a mobile payment device - entering by a user of the mobile payment application credentials into the mobile application device to use the mobile payment application . - generating with the mobile payment device a session key is using said downloaded and stored public key - encrypting said session key, credentials, and account token with said public key - transmitting the encrypted session key, credentials, and token to a receiver in a vending machine - generating and encrypting by the vending machine a transaction identification number, authorization amount, and entry type, - transmitting the encrypted transaction identification number, authorization amount, entry type, as well as the encrypted session key, credentials, and account token to a central server to authorization determination - decrypting at the central server the data received from the vending machine - using the decrypted data to produce an authorization determination as to the transaction requested by the mobile payment application - transmitting the authorization determination to the vending machine and - transmitting the results of the transaction to the mobile payment device . - downloading a public key and account token from a central server - storing said public key and account token to the mobile payment application of a mobile payment device - entering by a user of the mobile payment application credentials into the mobile application device to use the mobile payment application . - generating with the mobile payment device a session key is using said downloaded and stored public key - encrypting said session key, credentials, and account token with said public key - transmitting the encrypted session key, credentials, and token to a receiver in a vending machine - generating and encrypting by the vending machine a transaction identification number, authorization amount, and entry type, - transmitting the encrypted transaction identification number, authorization amount, entry type, as well as the encrypted session key, credentials, and account token to a central server to authorization determination - decrypting at the central server the data received from the vending machine - using the decrypted data to produce an authorization determination as to the transaction requested by the mobile payment application - transmitting the authorization determination to the vending machine and - transmitting the results of the transaction to the mobile payment device .
A method of producing a crystal for a scintillation crystal detector consisting in producing a crystal with the general composition of Ce x Gd y Y 1-x-y AlO 3 by the Czochralski method by pulling from a molybdenum or tungsten crucible under a reducing atmosphere of a crystal growing furnace, where x is from the range of 0.005 to 0.015 and y is from the range of 0.4 to 0.6, and within the framework of which a) the input raw materials are prepared, b) the input raw materials are placed in the crucible, c) the content of the crucible is melted under the reducing atmosphere of the crystal growing furnace under the action of heat and a crystal is produced by pulling, characterized in that as part of process step a), the input raw materials are annealed in the presence of fluoride ions, and, during process step c), the reducing atmosphere of the crystal growing furnace consists of a gaseous mixture of argon and hydrogen, while the reducing atmosphere is allowed to flow through the crystal growth furnace, and at the same time the flow rate of the reducing atmosphere ranges from 1.67×10 -7 m 3 /s to 1.39×10 -5 m 3 /s.
A friction clutch with an axis of rotation for releasably connecting a drive shaft to a drive train , having at least the following components: - at least one friction set , via which a torque can be transmitted in the pressed state; - at least one torsion damper ; - at least one connecting arrangement , having at least the following components: - an output element of the torsion damper ; - an input element of the friction clutch , wherein the input element can be connected to the output element in a torque-transmitting manner by means of a plug connection ; - a clamping element for play-free clamping of the plug connection , wherein the input element is connected at least indirectly to the at least one friction set and the output element is connected at least indirectly to the torsion damper , characterised in that the friction clutch is a double clutch with two friction sets that can be pressed independently of one another. - at least one friction set , via which a torque can be transmitted in the pressed state; - at least one torsion damper ; - at least one connecting arrangement , having at least the following components: - an output element of the torsion damper ; - an input element of the friction clutch , wherein the input element can be connected to the output element in a torque-transmitting manner by means of a plug connection ; - a clamping element for play-free clamping of the plug connection , wherein the input element is connected at least indirectly to the at least one friction set and the output element is connected at least indirectly to the torsion damper , characterised in that the friction clutch is a double clutch with two friction sets that can be pressed independently of one another.
A method of producing a printed wiring board , characterized in that the method comprises: a step (S10) of applying preparatory bending deformation to a sheet-like base before one or more ink layers are formed, wherein the sheet-like base is plastically deformed; a step (S20) of forming one or more ink layers of an electrically conductive ink on the sheet-like base , wherein the step of forming one or more ink layers is performed in a state where the base is elastically flattened; a step (S30) of applying bending deformation to the base after the ink layer is formed but before the ink layer is cured, to thereby apply bending deformation to at least part of the ink layer; and a step (S40) of curing the ink layer after the bending deformation. a step (S10) of applying preparatory bending deformation to a sheet-like base before one or more ink layers are formed, wherein the sheet-like base is plastically deformed; a step (S20) of forming one or more ink layers of an electrically conductive ink on the sheet-like base , wherein the step of forming one or more ink layers is performed in a state where the base is elastically flattened; a step (S30) of applying bending deformation to the base after the ink layer is formed but before the ink layer is cured, to thereby apply bending deformation to at least part of the ink layer; and a step (S40) of curing the ink layer after the bending deformation.
A seal assembly for a gas turbine engine comprising: a blade outer air seal (BOAS) including an elongated seal body having a seal face for bounding a gas path and an opposed impingement face , the seal body defining an internal cavity extending in a circumferential direction (T) between opposed mate faces and extending in a radial direction (R) between walls of the seal body defining the seal face and impingement face ; and a baffle (190;290) that divides the internal cavity into at least a first region (195;295) and a second region (196;296), the first region (195;295) including a first section (195-1) extending transversely from a second section (195-2), the first section (195-1) having a component in the radial direction (R), and the second section (195-2) having a component in an axial direction (X) such that the second section (195-2) is defined between the baffle (190;290) and the walls of the seal body defining the seal face . a blade outer air seal (BOAS) including an elongated seal body having a seal face for bounding a gas path and an opposed impingement face , the seal body defining an internal cavity extending in a circumferential direction (T) between opposed mate faces and extending in a radial direction (R) between walls of the seal body defining the seal face and impingement face ; and a baffle (190;290) that divides the internal cavity into at least a first region (195;295) and a second region (196;296), the first region (195;295) including a first section (195-1) extending transversely from a second section (195-2), the first section (195-1) having a component in the radial direction (R), and the second section (195-2) having a component in an axial direction (X) such that the second section (195-2) is defined between the baffle (190;290) and the walls of the seal body defining the seal face .
An adhering troche having two sides that, when held in a human mouth, adheres and remains in the mouth as a single item that does not smear or break apart, made by a process comprising: (a) forming a first layer, roughly disc-shaped and having a roughly flat side at least 5 mm in two dimensions, comprising an ingredient to be released into saliva; (b) forming a second, adhesive layer, roughly disc-shaped and having a roughly flat side at least 5 mm in two dimensions, comprising at least 80% acacia gum mixed with up to 20% alkalizer and yielding a pH of the mixture of 5.5 or higher when dissolved in 10 parts water; and (c) adhering the layers to each other, side to side, such that a first entire side of the resulting troche is adhesive and a second entire side of the resulting troche is not adhesive. (a) forming a first layer, roughly disc-shaped and having a roughly flat side at least 5 mm in two dimensions, comprising an ingredient to be released into saliva; (b) forming a second, adhesive layer, roughly disc-shaped and having a roughly flat side at least 5 mm in two dimensions, comprising at least 80% acacia gum mixed with up to 20% alkalizer and yielding a pH of the mixture of 5.5 or higher when dissolved in 10 parts water; and (c) adhering the layers to each other, side to side, such that a first entire side of the resulting troche is adhesive and a second entire side of the resulting troche is not adhesive.
A negative electrode for a lithium secondary battery, comprising: a negative electrode current collector; a first negative electrode active material layer on a surface of the negative electrode current collector and comprising a first negative electrode active material; and a second negative electrode active material layer on a surface of the first negative electrode active material layer and comprising a second negative electrode active material , and a polymer coating layer on a surface of the second negative electrode active material, wherein the second negative electrode active material layer further comprises lithium. a negative electrode current collector; a first negative electrode active material layer on a surface of the negative electrode current collector and comprising a first negative electrode active material; and a second negative electrode active material layer on a surface of the first negative electrode active material layer and comprising a second negative electrode active material , and a polymer coating layer on a surface of the second negative electrode active material, wherein the second negative electrode active material layer further comprises lithium.
A two-position gate valve comprising: a gate defining a full-flow passageway therethrough and defining a restricted-flow passageway therethrough, without defining a closed position; wherein the full-flow passageway has an entrance with a first area and an exit with a second area, the second area being smaller than the first area, and the full-flow passageway continuously tapers from the entrance to the exit thereof; wherein the restricted-flow passageway has an entrance with a third area and has an exit with a fourth area, the fourth area being smaller than the first area, the second area, and the third area, and the restricted-flow passageway continuously tapers from the entrance to the exit thereof, wherein flow through the full-flow passageway is in a first direction and flow through the restricted-flow passageway is also in the first direction; characterized by a ratio of the fourth area to the second area is in a range of 5 to 15; and an actuator to move the gate between a full-flow position and a restricted-flow position. a gate defining a full-flow passageway therethrough and defining a restricted-flow passageway therethrough, without defining a closed position; wherein the full-flow passageway has an entrance with a first area and an exit with a second area, the second area being smaller than the first area, and the full-flow passageway continuously tapers from the entrance to the exit thereof; wherein the restricted-flow passageway has an entrance with a third area and has an exit with a fourth area, the fourth area being smaller than the first area, the second area, and the third area, and the restricted-flow passageway continuously tapers from the entrance to the exit thereof, wherein flow through the full-flow passageway is in a first direction and flow through the restricted-flow passageway is also in the first direction; characterized by a ratio of the fourth area to the second area is in a range of 5 to 15; and an actuator to move the gate between a full-flow position and a restricted-flow position.
A method for associating network functions with a network slice instance of a mobile radio communication network comprising: an Network Slice Management Function , NSMF, creating an identifier for the network slice instance , NSI, for Operations Administration and Management, OAM, wherein the mobile radio communication network comprises a core network and an OAM system, wherein the OAM system comprises at least the NSMF which has interfaces to network functions in the core network, wherein the network functions provide a communication service to a mobile terminal and wherein the core network further comprises a Network Repository Function , NRF, that maintains an association of network functions and network slice instances of the mobile radio communication network; and the NSMF or the NRF notifying one or more network functions about their association with the network slice instance ; the one or more network functions notifying the NRF about their availability and capabilities . an Network Slice Management Function , NSMF, creating an identifier for the network slice instance , NSI, for Operations Administration and Management, OAM, wherein the mobile radio communication network comprises a core network and an OAM system, wherein the OAM system comprises at least the NSMF which has interfaces to network functions in the core network, wherein the network functions provide a communication service to a mobile terminal and wherein the core network further comprises a Network Repository Function , NRF, that maintains an association of network functions and network slice instances of the mobile radio communication network; and the NSMF or the NRF notifying one or more network functions about their association with the network slice instance ; the one or more network functions notifying the NRF about their availability and capabilities .
A surgical kit for use in a craniectomy procedure, the surgical kit comprising: - a medical device to be implanted in a cranial bone of a patient, the medical device including a support structure and several transducers (101-109) mounted on the support structure for emitting ultrasound waves of treatment of brain tissue, characterized in that the surgical kit comprises: - a surgical accessory intended to be positioned on the cranial bone of the patient, the surgical accessory including a body dimensioned to approximate the dimensions of the support structure of the medical device , the outer perimeter of the body defining the dimensions of an opening to be made in the cranial bone of the patient in order to receive the medical device , the surgical accessory comprising a plurality of holes in the body , the position of each hole on the body coinciding with the position of the axis of symmetry of a respective transducer (101-109) on the support structure , each hole defining a mark for the end of a neuronavigation system in order to facilitate the optimal positioning of the opening to be made in the cranial bone. - a medical device to be implanted in a cranial bone of a patient, the medical device including a support structure and several transducers (101-109) mounted on the support structure for emitting ultrasound waves of treatment of brain tissue, - a surgical accessory intended to be positioned on the cranial bone of the patient, the surgical accessory including a body dimensioned to approximate the dimensions of the support structure of the medical device , the outer perimeter of the body defining the dimensions of an opening to be made in the cranial bone of the patient in order to receive the medical device , the surgical accessory comprising a plurality of holes in the body , the position of each hole on the body coinciding with the position of the axis of symmetry of a respective transducer (101-109) on the support structure , each hole defining a mark for the end of a neuronavigation system in order to facilitate the optimal positioning of the opening to be made in the cranial bone.