mhurhangee/patent-ind-claim-en huggingface dataset:
A loudness modification method based upon a target loudness and a measured loudness, the method comprising: continuously identifying a content type and a context type of an audio signal by an audio classifier , determining one or more dynamic gain parameters based upon a confidence value of the content type and a confidence value of the context type, wherein the content type includes low-level audio elements of the audio signal, wherein the low-level audio elements represent the fundamental components in the audio signal and the context type includes high-level audio genres of the audio signal, wherein the high-level audio genres represent the most popular audio contents in real-life user entertainment applications, wherein the confidence value of the content type represents a probability that the audio signal is of the respective content type and wherein the confidence value of the context type represents a probability that the audio signal is of the respective context type; and modifying a loudness of the audio signal by employing the determined one or more dynamic gain parameters. continuously identifying a content type and a context type of an audio signal by an audio classifier , determining one or more dynamic gain parameters based upon a confidence value of the content type and a confidence value of the context type, wherein the content type includes low-level audio elements of the audio signal, wherein the low-level audio elements represent the fundamental components in the audio signal and the context type includes high-level audio genres of the audio signal, wherein the high-level audio genres represent the most popular audio contents in real-life user entertainment applications, wherein the confidence value of the content type represents a probability that the audio signal is of the respective content type and wherein the confidence value of the context type represents a probability that the audio signal is of the respective context type; and modifying a loudness of the audio signal by employing the determined one or more dynamic gain parameters.
A support roller arrangement for a lift truck comprising: - a bogie with a pair of support rollers (22.1, 22.2); - a bracket for attaching the bogie to a lift truck , wherein the bogie is pivotally attached to the bracket , wherein a spring device that is coupled to the bogie and to the bracket and configured to force the bogie towards a predetermined resting position (A) characterized in that the spring device is a coiled wire spring with a coiled portion and a first end (42.1) that is attached to the bogie and a second end (42.2) that is attached to the bracket . - a bogie with a pair of support rollers (22.1, 22.2); - a bracket for attaching the bogie to a lift truck , wherein the bogie is pivotally attached to the bracket , wherein a spring device that is coupled to the bogie and to the bracket and configured to force the bogie towards a predetermined resting position (A) characterized in that
Catalyst, comprising a carrier substrate of length L, which extends between a first end surface a and a second end surface b, and catalytically active material zones A, B, and C of different compositions, wherein - material zone A contains platinum or platinum and palladium, one or more alkaline earth compounds, and cerium oxide - material zone B contains platinum or platinum and palladium, and cerium oxide - material zone C contains platinum or platinum and palladium, and rhodium and cerium oxide wherein - material zone A extends, starting from end surface b, over a length of 30 - 90% of length L, and - material zone B extends, starting from end surface a, over a length of 10% - 70% of length L, and - material zone C is arranged over material zone A and extends, starting from end surface b, over 30 - 90% of length L. - material zone A contains platinum or platinum and palladium, one or more alkaline earth compounds, and cerium oxide - material zone B contains platinum or platinum and palladium, and cerium oxide - material zone C contains platinum or platinum and palladium, and rhodium and cerium oxide - material zone A extends, starting from end surface b, over a length of 30 - 90% of length L, and - material zone B extends, starting from end surface a, over a length of 10% - 70% of length L, and - material zone C is arranged over material zone A and extends, starting from end surface b, over 30 - 90% of length L.
An uninterruptible power supply, in short UPS (100; 200; 400; 600), comprising: an AC output; an inverter (120; 230; 430) coupled to the AC output and configured to provide power at the AC output; characterised by a switch (110; 220; 420) configured to selectively couple a generator (10; 14) to the AC output in parallel to the inverter (120; 230; 430); and a control circuit (130; 250; 450) configured to variably modulate the switch (110; 220; 420) to gradually increase power flow from the generator (10; 14) to the AC output while causing the inverter (120; 230; 430) to concurrently provide power to the AC output. an AC output; an inverter (120; 230; 430) coupled to the AC output and configured to provide power at the AC output; characterised by a switch (110; 220; 420) configured to selectively couple a generator (10; 14) to the AC output in parallel to the inverter (120; 230; 430); and a control circuit (130; 250; 450) configured to variably modulate the switch (110; 220; 420) to gradually increase power flow from the generator (10; 14) to the AC output while causing the inverter (120; 230; 430) to concurrently provide power to the AC output.
A gate-power-supply device for supplying power to gates of semiconductor switching devices connected in series in N stages, N being an integer not smaller than 2, the gate-power-supply device comprising: - a DC power supply ; - an inverter circuit for converting DC power from the DC power supply into high-frequency power and for outputting the high-frequency power; - a noncontact power feed section composed of a charge section which has a primary-side coil supplied with the high-frequency power and a secondary-side coil spaced from the primary-side coil , the noncontact power feed section being adapted for feeding power to the gate of at least one semiconductor switching device among the semiconductor switching devices connected in series; and - a sequential power transfer section for sequentially transferring power supplied via the noncontact power feed section , to the semiconductor switching devices adjacent to each other, wherein the noncontact power feed section and the sequential power transfer section are provided for each certain number of stages connected in series, the certain number being smaller than N. - a DC power supply ; - an inverter circuit for converting DC power from the DC power supply into high-frequency power and for outputting the high-frequency power; - a noncontact power feed section composed of a charge section which has a primary-side coil supplied with the high-frequency power and a secondary-side coil spaced from the primary-side coil , the noncontact power feed section being adapted for feeding power to the gate of at least one semiconductor switching device among the semiconductor switching devices connected in series; and - a sequential power transfer section for sequentially transferring power supplied via the noncontact power feed section , to the semiconductor switching devices adjacent to each other,
A thermoplastic resin composition, comprising: 100 parts by weight of a base resin that comprises greater than 0 % by weight to 35 % by weight of a diene-based graft copolymer, greater than 0 % by weight to 30 % by weight of an acrylic graft copolymer, and 35 to 85 % by weight of a copolymer of a vinyl cyanide compound and an aromatic vinyl compound; and greater than 1 part by weight of a polyester-based elastomer having a melt index of 0.1 to 10 g/10 min (230 °C, 2.16 kg). 100 parts by weight of a base resin that comprises greater than 0 % by weight to 35 % by weight of a diene-based graft copolymer, greater than 0 % by weight to 30 % by weight of an acrylic graft copolymer, and 35 to 85 % by weight of a copolymer of a vinyl cyanide compound and an aromatic vinyl compound; and greater than 1 part by weight of a polyester-based elastomer having a melt index of 0.1 to 10 g/10 min (230 °C, 2.16 kg).
A method for protecting unauthorized copies of webcomics, the method comprising: separating and storing, by a service server, a webcomic image and a dialogue text, which are included in a general webcomic data; recognizing a user operation for a user client to recognize a position on a webcomic that has moved from an initial position; and combining, by the service server or a service application, the webcomic image and the dialogue text to provide final webcomic data to an area displayed in real time on a screen of a user client, wherein the providing of the final webcomic data includes: combining respective dialogue data with a webcomic frame that will appear in succession to a currently displayed screen depending on the user operation; and removing respective dialogue data previously combined with the webcomic image. separating and storing, by a service server, a webcomic image and a dialogue text, which are included in a general webcomic data; recognizing a user operation for a user client to recognize a position on a webcomic that has moved from an initial position; and combining, by the service server or a service application, the webcomic image and the dialogue text to provide final webcomic data to an area displayed in real time on a screen of a user client, wherein the providing of the final webcomic data includes: combining respective dialogue data with a webcomic frame that will appear in succession to a currently displayed screen depending on the user operation; and removing respective dialogue data previously combined with the webcomic image. combining respective dialogue data with a webcomic frame that will appear in succession to a currently displayed screen depending on the user operation; and removing respective dialogue data previously combined with the webcomic image.
A conformable tank comprising: a body with a plurality of walls defining a cavity in the body; and an internal support connected to an internal surface of one of the plurality of walls of the body and protruding into the cavity of the body; characterized in that the body and the internal support are an additively manufactured integral structure formed by a fiber filament reinforced composite material. a body with a plurality of walls defining a cavity in the body; and an internal support connected to an internal surface of one of the plurality of walls of the body and protruding into the cavity of the body; characterized in that the body and the internal support are an additively manufactured integral structure formed by a fiber filament reinforced composite material.
A crystallizer for continuous casting comprising a tubular body having a longitudinal axis of symmetry (A) and having a first open end and a second open end , the tubular body defining within it, along the axis of symmetry and between the first and second ends, a casting cavity having the shape of a longitudinal conduit along the axis of symmetry, the casting cavity being delimited by an inner surface of an annular lateral wall of the tubular body, in a radial thickness of which, perpendicular to the axis of symmetry, one or more conduits are provided; the tubular body being formed by a first tubular element and a second tubular element mounted coaxial the first inside the second and one of the tubular elements being provided, on one lateral surface thereof, with one or more grooves that are radially opened towards the other tubular element and are closed in a fluid-tight manner by a lateral surface of the other tubular element to form said one or more conduits; wherein the first and second tubular elements are both monolithic, each being made in a single piece of a metal alloy, and are mechanically coupled together, an inner lateral surface of the second tubular element being mechanically anchored with continuity to an outer lateral surface of the first tubular element ; characterized in that the first and second tubular elements are mechanically coupled together by plastic deformation, the first and second tubular elements having a first radial thickness (S1) and a second radial thickness (S2) measured perpendicular to the axis of symmetry, the ratio between the size of the second radial thickness (S2) and of the first radial thickness (S1) ranges between 0.75 and 1.2, so that the tubular body results to be monolithic.
A container arrangement which is configured to maintain a predetermined moisture in the container for storing a product, wherein the container arrangement includes: - a container with an upper container opening and a closed base; - a stopper or a closure cap with a central hole passing through it for fastening to the container opening; characterised in that the container arrangement includes - a hollow chamber with a peripheral wall, an upper wall with a central hole and a lower perforated base wall , wherein the chamber is so put together with the stopper or the closure cap that the two holes are in alignment with one another and that arranged in the chamber there is a substance, which, as a consequence of the inflow of ambient air through the two holes, gives off water, which passes through the perforated base wall. - a container with an upper container opening and a closed base; - a stopper or a closure cap with a central hole passing through it for fastening to the container opening; - a hollow chamber with a peripheral wall, an upper wall with a central hole and a lower perforated base wall , wherein the chamber is so put together with the stopper or the closure cap that the two holes are in alignment with one another and that arranged in the chamber there is a substance, which, as a consequence of the inflow of ambient air through the two holes, gives off water, which passes through the perforated base wall.
A module for a programmable logic controller, PLC, , the module comprising: a printed circuit board, PCB, of the PLC , the PCB comprising two opposing sides ; a first connector assembly supported by one of the two opposing sides of the PCB , the first connector assembly comprising a housing and a spring loaded pin connector disposed in the housing ; and a second connector assembly supported by the other of the two opposing sides of the PCB , the second connector assembly comprising a female connector comprising a receptacle , wherein at least part of the spring loaded pin connector is in electrical communication with at least part of the female connector via the PCB , and characterised in that a part of the spring loaded pin connector and a part of the receptacle are soldered to pads of the PCB . a printed circuit board, PCB, of the PLC , the PCB comprising two opposing sides ; a first connector assembly supported by one of the two opposing sides of the PCB , the first connector assembly comprising a housing and a spring loaded pin connector disposed in the housing ; and a second connector assembly supported by the other of the two opposing sides of the PCB , the second connector assembly comprising a female connector comprising a receptacle , wherein at least part of the spring loaded pin connector is in electrical communication with at least part of the female connector via the PCB , and characterised in that a part of the spring loaded pin connector and a part of the receptacle are soldered to pads of the PCB .
A battery pack comprising a housing for containing a battery cell and a circuit board, and said battery pack being loaded and unloaded by sliding said housing in a battery mounting portion on an electronic apparatus, wherein said housing includes a pair of lock recesses for engagement with a lock protrusion formed to protrude from said battery mounting portion on said electronic apparatus, said pair of lock recesses provided in each of side surfaces adjacent to a mount surface for mounting to said battery mounting portion through a side edge parallel to said sliding direction of said mount surface; said housing including a detection recess for engagement with a protrusion, the protrusion formed to protrude from said battery mounting portion, the detection recess formed so as to detect whether said battery pack is able to be mounted into said battery mounting portion on said electronic apparatus, the detection recess formed between said pair of lock recesses; and one of said pair of lock recesses closer to a front surface than another one of said pair of lock recesses including an inclined surface portion for drawing in said lock protrusion, a clamped portion to be clamped between a bottom surface of said battery mounting portion and said lock protrusion through sliding of said housing in said battery mounting portion, and an orthogonal surface portion continuous with said inclined surface portion and extended in a height direction substantially orthogonal to said mount surface. wherein said housing includes a pair of lock recesses for engagement with a lock protrusion formed to protrude from said battery mounting portion on said electronic apparatus, said pair of lock recesses provided in each of side surfaces adjacent to a mount surface for mounting to said battery mounting portion through a side edge parallel to said sliding direction of said mount surface; said housing including a detection recess for engagement with a protrusion, the protrusion formed to protrude from said battery mounting portion, the detection recess formed so as to detect whether said battery pack is able to be mounted into said battery mounting portion on said electronic apparatus, the detection recess formed between said pair of lock recesses; and one of said pair of lock recesses closer to a front surface than another one of said pair of lock recesses including an inclined surface portion for drawing in said lock protrusion, a clamped portion to be clamped between a bottom surface of said battery mounting portion and said lock protrusion through sliding of said housing in said battery mounting portion, and an orthogonal surface portion continuous with said inclined surface portion and extended in a height direction substantially orthogonal to said mount surface.
A method for providing fault location, isolation and service restoration for a group of interconnected feeders in a distribution grid, the method comprising: providing, to all switches in each individual feeder in the group of interconnected feeders, a feeder topology list defining connectivity of the switches in the individual feeder , wherein each switch comprises a processor configured to receive and maintain the feeder topology list once provided; determining an open tie switch leader for each of the individual feeders for normal operating conditions, wherein the processor of each switch is further configured to receive and maintain open tie switch leader designation information; opening one or more normally-closed switches in a fault-affected feeder when a fault occurs in order to isolate the fault ; sending a restoration request, by the one or more normally-closed switches which opened, to an open tie switch in the fault-affected feeder which is located in a direction opposite the fault and which forms a boundary with an adjacent feeder ; requesting permission to close from the open tie switch leader of the adjacent feeder by each of the open tie switches which receives a restoration request; and closing each of the open tie switches, when permission is received from the open tie switch leader, to restore power to a downstream section of the fault-affected feeder . providing, to all switches in each individual feeder in the group of interconnected feeders, a feeder topology list defining connectivity of the switches in the individual feeder , wherein each switch comprises a processor configured to receive and maintain the feeder topology list once provided; determining an open tie switch leader for each of the individual feeders for normal operating conditions, wherein the processor of each switch is further configured to receive and maintain open tie switch leader designation information; opening one or more normally-closed switches in a fault-affected feeder when a fault occurs in order to isolate the fault ; sending a restoration request, by the one or more normally-closed switches which opened, to an open tie switch in the fault-affected feeder which is located in a direction opposite the fault and which forms a boundary with an adjacent feeder ; requesting permission to close from the open tie switch leader of the adjacent feeder by each of the open tie switches which receives a restoration request; and closing each of the open tie switches, when permission is received from the open tie switch leader, to restore power to a downstream section of the fault-affected feeder .
An access control system for controlling access to an area secured by a perimeter protection defining a secure perimeter , the access control system comprising: - a portable container configured to be stored, transported and installed repeatedly as closed container and to be operated repeatedly as an open container and closed container and with a permanent barrier section of the portable container configured to secure a perimeter ; at least one operational barrier section wherein the at least one operational barrier section is a sliding construction configured to extend outwards from the portable container and configured to be operational in an open state to allow access through the secure perimeter to the area and in a closed state to block access through the secure perimeter to the area , wherein the operational barrier section is configured to be fully contained within the closed container and wherein the operational barrier section is configured to operate outside of the portable container in either the open state or the closed state and to change between the open state and closed state , characterised in that the portable container comprises doors comprising a slit in a section in said doors, said slit being configured for the operational barrier to operate through, and wherein the slit has a complimentary shape to the operational barrier section , so that the operational barrier section can pass through the slit and maintain the interior of the portable container secured or weather sealed whilst in operation - a portable container configured to be stored, transported and installed repeatedly as closed container and to be operated repeatedly as an open container and closed container and with a permanent barrier section of the portable container configured to secure a perimeter ;
A multi-slot die coater comprising a lower slot and an upper slot , the multi-slot die coater comprising: a lower die block ; an intermediate die block disposed above the lower die block to form the lower slot therebetween; and an upper die block disposed above the intermediate die block to form the upper slot therebetween, wherein at least one of the lower die block , the intermediate die block , and the upper die block comprises a metal coating layer on a ceramic body , characterized in that a groove is formed in the ceramic body for bolt tap processing for bolt fastening, the metal coating layer is filled in the groove , and a bolt tap is formed in the metal coating layer filled in the groove . a lower die block ; an intermediate die block disposed above the lower die block to form the lower slot therebetween; and an upper die block disposed above the intermediate die block to form the upper slot therebetween, wherein at least one of the lower die block , the intermediate die block , and the upper die block comprises a metal coating layer on a ceramic body , characterized in that a groove is formed in the ceramic body for bolt tap processing for bolt fastening, the metal coating layer is filled in the groove , and a bolt tap is formed in the metal coating layer filled in the groove .