mhurhangee/patent-ind-claim-en huggingface dataset:
A target voice detection method, comprising: receiving sound signals collected by a microphone array; performing a beamforming process on the sound signals to obtain beams in different directions; extracting a detection feature of each frame based on the sound signals and the beams in the different directions; inputting an extracted detection feature of a current frame into a pre-constructed target voice detection model to obtain a model output result; and obtaining a target voice detection result of the current frame based on the model output result; wherein the target voice detection method is characterized in further comprising: performing target voice detection based on an intensity difference to obtain an intensity difference-based detection result; wherein the obtaining a target voice detection result of the current frame based on the model output result comprises: fusing the intensity difference-based detection result and the model output result to obtain the target voice detection result of the current frame. receiving sound signals collected by a microphone array; performing a beamforming process on the sound signals to obtain beams in different directions; extracting a detection feature of each frame based on the sound signals and the beams in the different directions; inputting an extracted detection feature of a current frame into a pre-constructed target voice detection model to obtain a model output result; and obtaining a target voice detection result of the current frame based on the model output result; wherein the target voice detection method is characterized in further comprising: performing target voice detection based on an intensity difference to obtain an intensity difference-based detection result; wherein the obtaining a target voice detection result of the current frame based on the model output result comprises: fusing the intensity difference-based detection result and the model output result to obtain the target voice detection result of the current frame. performing target voice detection based on an intensity difference to obtain an intensity difference-based detection result; wherein the obtaining a target voice detection result of the current frame based on the model output result comprises: fusing the intensity difference-based detection result and the model output result to obtain the target voice detection result of the current frame.
Method for manufacturing a beverage can, a bottle or a spray can made of aluminium alloy, by means of drawing-ironing followed by necking and/or bending, from a non-circular blank, whereby: - The metal strip from which each blank is taken is virtually divided into identical regular hexagons wherein two opposite sides are substantially perpendicular to the rolling direction of said strip and forming a plane compact hexagonal system - The perimeter of said blank is calculated by adjustment using a concentric circle having a radius less than that of the inscribed circle of the corresponding hexagon, to compensate, during drawing, for the anisotropic behaviour of the metal, by varying the blank diameter according to the orientation thereof with respect to the rolling direction, by increasing the radius of the blank along the directions corresponding to hollows on the cup profile, due to the anisotropic behaviour of the metal during the first drawing step, and reducing same along the directions corresponding to ears or bumps on said profile, and characterised in that - At least four ears are added beyond and from said perimeter, in the zones of the hexagon left free, either wherein the primary axis forms an angle respectively of substantially 35°, 145°, 215° and 325° with the rolling direction, each having a relative height of 0.3 to 0.8% with respect to said initial concentric circle, and a maximum width in view of the space available, or typically corresponding, at the mid-height of said ear, to a minimum angular sector of substantially 25° having the centre of the blank as the vertex thereof. - The metal strip from which each blank is taken is virtually divided into identical regular hexagons wherein two opposite sides are substantially perpendicular to the rolling direction of said strip and forming a plane compact hexagonal system - The perimeter of said blank is calculated by adjustment using a concentric circle having a radius less than that of the inscribed circle of the corresponding hexagon, to compensate, during drawing, for the anisotropic behaviour of the metal, by varying the blank diameter according to the orientation thereof with respect to the rolling direction, by increasing the radius of the blank along the directions corresponding to hollows on the cup profile, due to the anisotropic behaviour of the metal during the first drawing step, and reducing same along the directions corresponding to ears or bumps on said profile, and characterised in that - At least four ears are added beyond and from said perimeter, in the zones of the hexagon left free, either wherein the primary axis forms an angle respectively of substantially 35°, 145°, 215° and 325° with the rolling direction, each having a relative height of 0.3 to 0.8% with respect to said initial concentric circle, and a maximum width in view of the space available, or typically corresponding, at the mid-height of said ear, to a minimum angular sector of substantially 25° having the centre of the blank as the vertex thereof.
A communication destination determination device comprising: signal transmission means configured to receive a first signal from a communication destination ; further comprising: history specifying means , signal selection means , history update means and communication destination determination means , wherein the history specifying means is configured to read signals from communication history information including second signals transmitted to the communication destination ; the signal selection means is configured to read, from signal information including signals transmittable to the communication destination , a certain signal different from each of the read signals, the certain signal having not been transmitted to the communication destination ; and the history update means is configured to add the read certain signal to the communication history information; and wherein the signal transmission means is configured to transmit the read certain signal to the communication destination as a reply to the first signal; and the communication destination determination means is configured to determine whether or not the communication destination is suspicious as a threat on a basis of whether or not a third signal transmitted from the communication destination is received within a certain time period after a timing of transmission of the certain signal. signal transmission means configured to receive a first signal from a communication destination ; further comprising: history specifying means , signal selection means , history update means and communication destination determination means , wherein the history specifying means is configured to read signals from communication history information including second signals transmitted to the communication destination ; the signal selection means is configured to read, from signal information including signals transmittable to the communication destination , a certain signal different from each of the read signals, the certain signal having not been transmitted to the communication destination ; and the history update means is configured to add the read certain signal to the communication history information; and wherein the signal transmission means is configured to transmit the read certain signal to the communication destination as a reply to the first signal; and the communication destination determination means is configured to determine whether or not the communication destination is suspicious as a threat on a basis of whether or not a third signal transmitted from the communication destination is received within a certain time period after a timing of transmission of the certain signal.
A container for receiving beverages, in particular a drinking vessel or a drinking cup, at least comprising a bottom and a circumferential wall extending approximately perpendicularly from the bottom , the wall comprising a perforation, through which the container can be filled with a beverage, the perforation, after completion of the filling process, being closable by a sealing means, characterized by that the circumferential wall comprises multiple perforations , that the perforations of the wall are arranged or formed in a section of the wall close to the bottom , and that the sealing means is comprised of an elastic ring that is sleeved from outside on the wall of the container and is displaceable along the wall into a filling position and into a closed position, the elastic ring comprising at least one flat side that can be sleeved or is sleeved on the wall of the container and is displaceable along the wall , the width of the ring being larger than the diameter of the perforations , so that the perforations are completely overlaid and sealed from outside.
A topical immunomodulatory composition comprising a microbial community comprising non-culturable bacteria having non-human origin, wherein i. the microbial diversity of the immunomodulatory composition is at least 3 at Shannon diversity index; ii. the microbial richness of the immunomodulatory composition is at least 130 operational taxonomic units; iii. the microbial abundance of the immunomodulatory composition is at least 1000000 bacterial 16S copies g -1 ww; and the abundance of pathogens in the immunomodulatory composition is below 500 sequences per 0.25 g sample in bacterial genera Acinetobacter, Actinomyces, Aerococcus, Aeromonas, Arcobacter, Bacillus, Bacteroides, Bifidobacterium, Brevibacillus, Brevundimonas, Chryseobacterium, Corynebacterium, Fibrobacter, Finegoldia, Gemella, Lactobacillus, Legionella, Leptotn'chia, Moraxella, Mycobacterium, Myroides, Neisseria, Nocardia, Paenibacillus, Prevotella, Pseudomonas, Pseudonocardia, Psychrobacter, Rhodococcus, Rickettsia, Saccharomonospora, Sphingomonas, Stenotrophomonas, Streptococcus, and Treponema. i. the microbial diversity of the immunomodulatory composition is at least 3 at Shannon diversity index; ii. the microbial richness of the immunomodulatory composition is at least 130 operational taxonomic units; iii. the microbial abundance of the immunomodulatory composition is at least 1000000 bacterial 16S copies g -1 ww; and
A method of producing a photochromic resin body, comprising: a first step of applying a sublimable photochromic dye having sublimability to a base body to obtain a function-adding base body ; a second step of setting the function-adding base body obtained in the first step to face a resin body , of heating the function-adding base body to sublimate the sublimable photochromic dye applied to the function-adding base body , and of depositing the sublimable photochromic dye on the resin body ; and a third step of heating the resin body on which the sublimable photochromic dye is deposited in the second step to fix the sublimable photochromic dye on the resin body , wherein the sublimable photochromic dye is at least one of a spirooxazine-based, a naphthopyran-based, a spiropyran-based, and a fulgide-based sublimable photochromic dye. a first step of applying a sublimable photochromic dye having sublimability to a base body to obtain a function-adding base body ; a second step of setting the function-adding base body obtained in the first step to face a resin body , of heating the function-adding base body to sublimate the sublimable photochromic dye applied to the function-adding base body , and of depositing the sublimable photochromic dye on the resin body ; and a third step of heating the resin body on which the sublimable photochromic dye is deposited in the second step to fix the sublimable photochromic dye on the resin body , wherein the sublimable photochromic dye is at least one of a spirooxazine-based, a naphthopyran-based, a spiropyran-based, and a fulgide-based sublimable photochromic dye.
A method for adapting motion profiles of a plurality of individually controllable transport elements (810-1 - 810-18) for transporting containers in a container treatment system along a transport path, wherein the plurality of transport elements are movably arranged along the transport path, characterized by the following steps: determining an operating state of at least a first container treatment unit (850-1) arranged downstream along the transport path with respect to a position of a transport element from the plurality of transport elements, wherein the transport element is moved by means of an open- and/or closed-loop control unit of the container treatment system as part of a stream of transport elements, wherein the motion profile of the transport element is adapted by means of the open- and/or closed-loop control unit as a function of the determined operating state, wherein the determination of the operating state of the first container treatment unit (850-1) comprises a comparison of the determined operating state with a predetermined desired operating state, and wherein the motion profile of the transport element in case of a deviation of the determined operating state from the predetermined desired operating state is adapted so that the transport element bypasses the first container treatment unit (850-1) along a bypass section of the transport path. determining an operating state of at least a first container treatment unit (850-1) arranged downstream along the transport path with respect to a position of a transport element from the plurality of transport elements, wherein the transport element is moved by means of an open- and/or closed-loop control unit of the container treatment system as part of a stream of transport elements, wherein the motion profile of the transport element is adapted by means of the open- and/or closed-loop control unit as a function of the determined operating state, wherein the determination of the operating state of the first container treatment unit (850-1) comprises a comparison of the determined operating state with a predetermined desired operating state, and wherein the motion profile of the transport element in case of a deviation of the determined operating state from the predetermined desired operating state is adapted so that the transport element bypasses the first container treatment unit (850-1) along a bypass section of the transport path.
A secondary battery comprising an electrode assembly for charging and discharging mounted in a sheathing member including a metal layer and a resin layer, wherein the secondary battery further comprises: a molded part , having a predetermined thickness, at least partially formed at the outside of the sheathing member , wherein the molded part has a thickness greater than that of a battery cell , such that, when a plurality of batteries are stacked one on another, the batteries are spaced a predetermined distance from each other due to the molded part ; wherein the molded part is provided with at least one depression having relatively small thickness, by which at least one uniform coolant flow channel is formed when a plurality of batteries are stacked one on another; wherein the secondary battery has opposite sides, an upper end , and a lower end ; and wherein the molded part is a side molded part integrally formed along the entireties of the opposite side sealing regions of the sheathing member such that the sealing regions are wrapped by the molded part . a molded part , having a predetermined thickness, at least partially formed at the outside of the sheathing member , wherein the molded part has a thickness greater than that of a battery cell , such that, when a plurality of batteries are stacked one on another, the batteries are spaced a predetermined distance from each other due to the molded part ; wherein the molded part is provided with at least one depression having relatively small thickness, by which at least one uniform coolant flow channel is formed when a plurality of batteries are stacked one on another; wherein the secondary battery has opposite sides, an upper end , and a lower end ; and wherein the molded part is a side molded part integrally formed along the entireties of the opposite side sealing regions of the sheathing member such that the sealing regions are wrapped by the molded part .
Method for development of plants from fully mature somatic embryos of the genus Abies comprising: a) Subjecting fully mature somatic embryos to 2°C - 7°C for 8-16 weeks b) Selecting the small plantlets obtained from step (a) that have developed a root and growing said small plantlets in a substrate that does not comprise a plant accessible carbohydrate source at a concentration wherein it can be taken up by the plants and used as a carbon or energy source for growth, photosynthesis or respiration; at LED light intensities of 70 - 300 μmol/m 2 s for at least 3 weeks c) Selecting the emblings obtained from step b) and growing these into plants a) Subjecting fully mature somatic embryos to 2°C - 7°C for 8-16 weeks b) Selecting the small plantlets obtained from step (a) that have developed a root and growing said small plantlets in a substrate that does not comprise a plant accessible carbohydrate source at a concentration wherein it can be taken up by the plants and used as a carbon or energy source for growth, photosynthesis or respiration; at LED light intensities of 70 - 300 μmol/m 2 s for at least 3 weeks c) Selecting the emblings obtained from step b) and growing these into plants
A circumferential ablation system for ablating tissue in the ostial wall of a target vessel comprising: a catheter body having a central axis extending in a longitudinal direction and a fluid injection lumen ; at least two expandable injector tubes secured to said catheter body, each of said injector tubes having an injector tube lumen in fluid communication with the catheter body fluid injection lumen , said injector tubes having an injection needle with injector needle lumen, the injector needle being connected to the distal end of the injector tube and the injector needle lumen being in fluid communication with the injector tube lumen; and an external source of ablative fluid configured to be in fluid communication with each of said injector tube lumens , wherein proximal to the distal end of each injector needle there is a penetration limiting member so that the injector needles only penetrate into the tissue of the ostial wall to a preset distance, characterized in that the circumferential ablation system further comprises a centering structure configured to center the circumferential ablation system and in that one or more stabilizing structures constrain the movement of the injector tubes. a catheter body having a central axis extending in a longitudinal direction and a fluid injection lumen ; at least two expandable injector tubes secured to said catheter body, each of said injector tubes having an injector tube lumen in fluid communication with the catheter body fluid injection lumen , said injector tubes having an injection needle with injector needle lumen, the injector needle being connected to the distal end of the injector tube and the injector needle lumen being in fluid communication with the injector tube lumen; and an external source of ablative fluid configured to be in fluid communication with each of said injector tube lumens , wherein proximal to the distal end of each injector needle there is a penetration limiting member so that the injector needles only penetrate into the tissue of the ostial wall to a preset distance, characterized in that the circumferential ablation system further comprises a centering structure configured to center the circumferential ablation system and in that one or more stabilizing structures constrain the movement of the injector tubes.
An electronic locking device with a receiving unit for receiving an authorisation signal from an access medium and with an actuator for the selective coupling or release of elements of the locking device which can be moved to one another, when an authentication test has resulted in an authorisation being present, and with a mechanical engagement protection for the mechanical shielding of the actuator, comprising a first module which is arranged in front of the mechanical engagement protection and which comprises the receiving unit as well as comprising a second module which is arranged behind the mechanical engagement protection and comprises the actuator, wherein the second module comprises an evaluation unit , wherein the evaluation unit is in communication connection with the receiving unit and wherein the evaluation unit is designed for evaluating signals which are issued by the receiving unit and for carrying out an authentication process in a manner such that the decision concerning the presence of the authorisation is made by the evaluation unit of the second module , wherein the first module comprises an auxiliary processor (AUX), by way of which the communication connection between the receiving unit and the evaluation unit is created, and wherein the first module is integrated into a knob or handle for actuating the locking device, characterised in that the auxiliary processor (AUX) is programmed to wake the evaluation unit and to only wake the evaluation unit when the auxiliary processor (AUX) recognises precisely one access medium of a correct media type and to then open a direct signal transfer channel between the receiving unit and the evaluation unit , via which channel the evaluation unit directly receives the signals which are necessary for the authentication, wherein the evaluation unit is designed to control and evaluate this communication between the receiving unit and the evaluation unit , and that the second module is integrated into a rotor of the locking device.
A clamping device for holding a container in a container treatment plant, comprising two clamping arms , each with a holding portion for contact with the container to be held and each with a control portion on which a control cam acts to move the holding portions into an open position and/or into a closed position, wherein a rigid wear plate is arranged on the control portion , on which the control cam acts, and the rigid wear plate is arranged in a recess of the clamping arm provided on the control portion , is mounted in a floating manner on the control portion and is held in the recess by a retaining lug . a rigid wear plate is arranged on the control portion , on which the control cam acts, and the rigid wear plate is arranged in a recess of the clamping arm provided on the control portion , is mounted in a floating manner on the control portion and is held in the recess by a retaining lug .
A leucine-rich repeat kinase 2 (LRRK2) inhibitor for use in a method of treating a Dengue virus infection in an individual by inhibiting the Dengue virus infection, the method comprising administering to the individual the leucine-rich repeat kinase 2 (LRRK2) inhibitor in an amount effective for inhibiting the Dengue virus infection.