mhurhangee/ep-ind-claims huggingface dataset:
An audio encoder for encoding audio samples, comprising: a first time domain aliasing introducing encoder for encoding audio samples in a first encoding domain, the first time domain aliasing introducing encoder having a first framing rule, being an AAC framing, an AAC start window and an AAC stop window; a second encoder for encoding samples in a second encoding domain, the second encoder having a different second framing rule and utilizing the ACELP mode of AMR-WB+ with the second framing rule being an AMR framing rule according to which a superframe comprises four AMR frames of equal size, the second encoder having a coding warm-up period number of audio samples, an AMR frame of the second encoder being an encoded representation of a number of timely subsequent audio samples, the number being equal to a predetermined frame size number of audio samples; and a controller for switching from the first encoder to the second encoder in response to a characteristic of the audio samples or switching from the second encoder to the first encoder in response to a different characteristic of the audio samples, and for modifying the second framing rule and keeping the AAC framing in response to switching from the first encoder to the second encoder or from the second encoder to the first encoder to the extent that a first superframe at the switching is comprised of five AMR frames instead of four AMR frames, with the fifth AMR frame respectively overlapping a fading part of a start window or a stop window of the first time domain aliasing introducing encoder. a first time domain aliasing introducing encoder for encoding audio samples in a first encoding domain, the first time domain aliasing introducing encoder having a first framing rule, being an AAC framing, an AAC start window and an AAC stop window; a second encoder for encoding samples in a second encoding domain, the second encoder having a different second framing rule and utilizing the ACELP mode of AMR-WB+ with the second framing rule being an AMR framing rule according to which a superframe comprises four AMR frames of equal size, the second encoder having a coding warm-up period number of audio samples, an AMR frame of the second encoder being an encoded representation of a number of timely subsequent audio samples, the number being equal to a predetermined frame size number of audio samples; and a controller for switching from the first encoder to the second encoder in response to a characteristic of the audio samples or switching from the second encoder to the first encoder in response to a different characteristic of the audio samples, and for modifying the second framing rule and keeping the AAC framing in response to switching from the first encoder to the second encoder or from the second encoder to the first encoder to the extent that a first superframe at the switching is comprised of five AMR frames instead of four AMR frames, with the fifth AMR frame respectively overlapping a fading part of a start window or a stop window of the first time domain aliasing introducing encoder.
An optical fiber for producing laser radiation at a characteristic wavelength, the optical fiber comprising: a first multimode core region having a first index of refraction, the core region being adapted for guiding pump radiation; and an active region embedded within the core region for producing radiation at the characteristic wavelength when pumped by pump radiation, characterized in that the core region is adapted for guiding the laser radiation in a longitudinal direction of the fiber and the active region has a transverse dimension smaller than the characteristic wavelength such that radiation produced in the active region is not confined to the active region. a first multimode core region having a first index of refraction, the core region being adapted for guiding pump radiation; and an active region embedded within the core region for producing radiation at the characteristic wavelength when pumped by pump radiation, characterized in that the core region is adapted for guiding the laser radiation in a longitudinal direction of the fiber and the active region has a transverse dimension smaller than the characteristic wavelength such that radiation produced in the active region is not confined to the active region.
A method for transmitting data in a multimedia system, which comprises a group of user terminal devices (100, 200, 300), where multimedia data generated by the user terminal devices contained in the group are transmitted to one or more user terminal devices contained in the group and are reproduced there, wherein a central synchronizing unit generates synchronizing identifications containing time information and sends them to the user terminal devices (100, 200, 300) contained in the group, each user terminal device (100, 200, 300) contained in the group receives the synchronizing identifications and provides the multimedia data generated in the user terminal device with the received synchronizing identifications and sends the multimedia data provided with the synchronizing identifications to the central synchronizing unit, the central synchronizing unit receives the multimedia data provided with the synchronizing identifications and modifies the time information contained in the synchronizing identifications according to a chronological context of the multimedia data sent by the user terminal devices (100, 200, 300) and sends them to the user terminal devices for reproduction, and the multimedia data provided with the modified synchronizing identifications are received at the user terminal devices (100, 200, 300) and are reproduced in the chronological context corresponding to the modified chronological information contained in the synchronizing identifications.
An artificial cement based ultrahigh performance stone, comprising: a cement-based plate body, wherein the plate body is made from a main ingredient of cement, silica fume, aggregate, and water reducing agent, and prepared with a characteristic of ultra-high-performance concrete by main means about strong vibration, strong pressure and vacuum; a mesh embedded in the plate body; a nut arranged on the mesh, wherein a screw mouth of the nut is exposed on a back of the plate body, wherein the back of the plate body is provided with regular or irregular protrusions, and wherein a groove between any two protrusions is close to the mesh.
Pressure-cooking appliance with a retracting cover comprising a container comprising a side wall ending with a retracting edge which extends inwards from the container and which has a rolled free end provided with an internal face located facing the inside of the container, as well as a cover intended to be introduced inside the container, under the internal face of the rolled free end, said pressure-cooking appliance comprising a sealing gasket designed to be inserted between the internal face of the rolled free end and the cover to achieve a sealed cooking chamber, said sealing gasket having an annular shape and comprising a one-piece body of an upper portion a transversal cross-section of which takes the shape of a circular sector and which is intended to be arranged in a housing formed by the internal face of the rolled free end, the body comprising a lower portion provided with a lower face, characterised in that said sealing gasket comprises a lip which extends from the lower portion of the body, inwards from the annular shape, the lip comprising a lower face arranged in the extension of the lower face of the lower portion of the body.
A movement device for moving roller boxes, comprising: a support frame, movable along a vertical direction; a conveyor plane, solidly constrained to the support frame with respect to the movement in the vertical direction and movable with respect to the support frame along a horizontal transversal direction, wherein the conveyor plane is predisposed to translate objects along a horizontal conveying direction; two operating stations (P1, P2) flanked to one another, each of which is structured to house a roller box (B1, B2); characterised in that: it comprises a main arm, solidly constrained to the support frame, which is provided with spindles rotating about rotation axes that are coplanar, horizontal and perpendicular to the conveying direction; the main arm is movable along the transversal direction between a first operating position and a second operating position; in the first operating position, the main arm is moved towards a first operating station so as to be able to engage with the rollers of a shelf of a first roller box; in the second operating position, the main arm is moved towards a second operating station, so as to be able to engage with the rollers of a shelf of a second roller box. a support frame, movable along a vertical direction; a conveyor plane, solidly constrained to the support frame with respect to the movement in the vertical direction and movable with respect to the support frame along a horizontal transversal direction, wherein the conveyor plane is predisposed to translate objects along a horizontal conveying direction; two operating stations (P1, P2) flanked to one another, each of which is structured to house a roller box (B1, B2); characterised in that: it comprises a main arm, solidly constrained to the support frame, which is provided with spindles rotating about rotation axes that are coplanar, horizontal and perpendicular to the conveying direction; the main arm is movable along the transversal direction between a first operating position and a second operating position; in the first operating position, the main arm is moved towards a first operating station so as to be able to engage with the rollers of a shelf of a first roller box; in the second operating position, the main arm is moved towards a second operating station, so as to be able to engage with the rollers of a shelf of a second roller box. it comprises a main arm, solidly constrained to the support frame, which is provided with spindles rotating about rotation axes that are coplanar, horizontal and perpendicular to the conveying direction; the main arm is movable along the transversal direction between a first operating position and a second operating position; in the first operating position, the main arm is moved towards a first operating station so as to be able to engage with the rollers of a shelf of a first roller box; in the second operating position, the main arm is moved towards a second operating station, so as to be able to engage with the rollers of a shelf of a second roller box.
A system (100, 300) comprising: a weather radar device (110, 711, 811) configured to: transmit radar signals (140, 340, 902), and receive first reflected radar signals (150, 350, 904) at a first time; receive second reflected radar signals at a second time; and processing circuitry configured to: determine a first magnitude of reflectivity based on the first reflected radar signals; determine a second magnitude of reflectivity based on the second reflected radar signals; determine a temporal variance in reflectivity magnitudes based on determining a difference in reflectivity between the first magnitude and the second magnitude; characterized in that the processing circuitry is further configured to: determine a presence of ice crystals based on the first magnitude of reflectivity, the second magnitude of reflectivity, and the temporal variance in reflectivity magnitudes if the first magnitude of reflectivity, the second magnitude of reflectivity, and the temporal variance exceed applicable threshold levels. a weather radar device (110, 711, 811) configured to: transmit radar signals (140, 340, 902), and receive first reflected radar signals (150, 350, 904) at a first time; receive second reflected radar signals at a second time; and transmit radar signals (140, 340, 902), and receive first reflected radar signals (150, 350, 904) at a first time; receive second reflected radar signals at a second time; and processing circuitry configured to: determine a first magnitude of reflectivity based on the first reflected radar signals; determine a second magnitude of reflectivity based on the second reflected radar signals; determine a temporal variance in reflectivity magnitudes based on determining determine a first magnitude of reflectivity based on the first reflected radar signals; determine a second magnitude of reflectivity based on the second reflected radar signals; determine a temporal variance in reflectivity magnitudes based on determining a difference in reflectivity between the first magnitude and the second magnitude; characterized in that the processing circuitry is further configured to: determine a presence of ice crystals based on the first magnitude of reflectivity, the second magnitude of reflectivity, and the temporal variance in reflectivity magnitudes if the first magnitude of reflectivity, the second magnitude of reflectivity, and the temporal variance exceed applicable threshold levels.
A pharmaceutical composition for use in treating cancer comprising a therapeutically effective amount of a vault complex and at least one pharmaceutically acceptable excipient, wherein a tumor antigen is encapsulated within the vault complex.
A fiber optic end-face inspection and cleaning apparatus, comprising: a housing; a cleaning system comprising: a pay-off reel; a take-up reel; a spindle; and a cleaning tape, wherein the cleaning tape travels off the pay-off reel, around the spindle, and onto the take-up reel; and an imaging system comprising: a light source; and a camera, wherein the camera, the spindle and the tape are in alignment along a direct visual axis; and wherein the pay-off reel, the take-up reel, camera and light source are located within the housing; wherein the cleaning tape comprises: a cleaning portion configured to clean an end face of a fiber optic connector; and a visual portion configured to enable the camera to image the end face of the fiber optic connector. a housing; a cleaning system comprising: a pay-off reel; a take-up reel; a spindle; and a cleaning tape, wherein the cleaning tape travels off the pay-off reel, around the spindle, and onto the take-up reel; and a pay-off reel; a take-up reel; a spindle; and a cleaning tape, wherein the cleaning tape travels off the pay-off reel, around the spindle, and onto the take-up reel; and an imaging system comprising: a light source; and a camera, wherein the camera, the spindle and the tape are in a light source; and a camera, wherein the camera, the spindle and the tape are in alignment along a direct visual axis; and wherein the pay-off reel, the take-up reel, camera and light source are located within the housing; wherein the cleaning tape comprises: a cleaning portion configured to clean an end face of a fiber optic connector; and a visual portion configured to enable the camera to image the end face of the fiber optic connector. a cleaning portion configured to clean an end face of a fiber optic connector; and a visual portion configured to enable the camera to image the end face of the fiber optic connector.
A biometric security method, comprising: receiving a security token comprising biometric information combined with a security payload, wherein the security payload comprises a symmetric encryption key (109 2) encrypted using a public key (109 1) and a revocable entity; verifying integrity of the biometric information using the security payload using decrypting at least a portion of the security token using the security payload, wherein decrypting comprises using a private key corresponding to the public key (109 1) to decrypt the symmetric encryption key (109 2) and using the symmetric encryption key (109 2) to decrypt a portion of the security token that remains encrypted; and determining whether the revocable entity (109 3) has been revoked. receiving a security token comprising biometric information combined with a security payload, wherein the security payload comprises a symmetric encryption key (109 2) encrypted using a public key (109 1) and a revocable entity; verifying integrity of the biometric information using the security payload using decrypting at least a portion of the security token using the security payload, wherein decrypting comprises using a private key corresponding to the public key (109 1) to decrypt the symmetric encryption key (109 2) and using the symmetric encryption key (109 2) to decrypt a portion of the security token that remains encrypted; and determining whether the revocable entity (109 3) has been revoked.
A method for producing a compound represented by the formula wherein R 1 is a phenyl group optionally substituted by 1 to 5 substituents selected from (i) a halogen atom and (ii) C 1-6 alkyl optionally substituted by 1 to 5 halogens, and R 2 is a hydrogen atom or a fluorine atom, or a salt thereof, comprising subjecting a compound represented by the formula wherein each symbol is as defined above, or a salt thereof to a reduction reaction, wherein the reduction reaction is a continuous hydrogenation in a fixed bed reactor filled with a supported metal catalyst, the supported metal catalyst is a palladium alumina catalyst, and the supported metal catalyst has a metal content of 0.1 - 15wt% relative to the whole weight of the supported metal catalyst. wherein R 1 is a phenyl group optionally substituted by 1 to 5 substituents selected from (i) a halogen atom and (ii) C 1-6 alkyl optionally substituted by 1 to 5 halogens, and R 2 is a hydrogen atom or a fluorine atom, or a salt thereof, comprising subjecting a compound represented by the formula wherein each symbol is as defined above, or a salt thereof to a reduction reaction, wherein the reduction reaction is a continuous hydrogenation in a fixed bed reactor filled with a supported metal catalyst, the supported metal catalyst is a palladium alumina catalyst, and the supported metal catalyst has a metal content of 0.1 - 15wt% relative to the whole weight of the supported metal catalyst.
A propulsion unit for an aircraft, comprising a nacelle, a support structure and first connecting means configured to connect a turbomachine to the support structure, the nacelle comprising an air inlet and a gas ejection rear section, such as it comprises second connecting means (33, 34, 35, 36) connecting the air inlet and/or the rear section of the nacelle to the support structure so that the support structure could support on the one hand the turbomachine via the first connecting means and on the other hand the air inlet and/or the rear section of the nacelle via the second connecting means (33, 34, 35, 36), the second connecting means comprising a hinge member (35, 35b, 36, 36b) configured to enable a movement of a nacelle element amongst the air inlet and the rear section between: - a flight position, in which a central axis (A2, A3) of said nacelle element (10, 12) and a longitudinal central axis of the propulsion unit are coincident with or parallel to each other, and - a maintenance position, in which the central axis (A2, A3) of said nacelle element (10, 12) and the longitudinal central axis of the propulsion unit are oblique or perpendicular to each other. - a flight position, in which a central axis (A2, A3) of said nacelle element (10, 12) and a longitudinal central axis of the propulsion unit are coincident with or parallel to each other, and - a maintenance position, in which the central axis (A2, A3) of said nacelle element (10, 12) and the longitudinal central axis of the propulsion unit are oblique or perpendicular to each other.
A fluidic dispensing device, wherein the fluidic dispensing device comprises: a casing (122, 124) configured to have a reservoir chamber and a primary vent chamber; a regulation member configured to be associated with the reservoir chamber; an end cap configured to be positioned at an end of the casing, and to be connected to the casing; and a vent path configured to extend from the primary vent chamber to the atmosphere through a gap between the end cap and the casing (122, 124), characterized in that the regulation member is a diaphragm that is in sealing engagement with a perimetrical end surface to cover the reservoir chamber. a casing (122, 124) configured to have a reservoir chamber and a primary vent chamber; a regulation member configured to be associated with the reservoir chamber; an end cap configured to be positioned at an end of the casing, and to be connected to the casing; and a vent path configured to extend from the primary vent chamber to the atmosphere through a gap between the end cap and the casing (122, 124), characterized in that the regulation member is a diaphragm that is in sealing engagement with a perimetrical end surface to cover the reservoir chamber.
A transformable container module (102, 103) for a storage compartment for an aircraft for mounting in a housing module in an overhead region, wherein the container module (102, 103) is configured to accommodate items of luggage; wherein the container module (102, 103) is configured for rigid installation in the housing module in the state of a fixed container and for movable installation in the housing module in the state of a movable chute; characterized in that the container module comprises a ceiling segment which is hinged upwards for taking up the state of the fixed container, wherein the container module in the state of the fixed container has a larger storage volume than in the state of the movable chute.
Method for determining handover criterion in a cellular wireless communication system, said cellular wireless communication system employing handover procedures according to which mobile stations may be handed over from a cell to another cell; the method comprising - receiving at least one handover control criterion parameter, and - determining at least one handover criterion based on said at least one handover control criterion parameter; wherein said at least one handover criterion is a handover trigger value; said method being characterised in that: wherein said at least one handover control criterion parameter defines an allowed interval for said handover trigger value; wherein said at least one handover control criterion parameter comprises at least one threshold value used to define said allowed interval; wherein said at least one threshold value is maximum rate of change for a handover trigger, wherein the maximum rate of change for a handover trigger is a parameter that limits the rate of change and can therefore be used to either increase the stability of a handover algorithm or reduce the time it takes for the system to find its optimum value. - receiving at least one handover control criterion parameter, and - determining at least one handover criterion based on said at least one handover control criterion parameter; wherein said at least one handover control criterion parameter defines an allowed interval for said handover trigger value; wherein said at least one handover control criterion parameter comprises at least one threshold value used to define said allowed interval; wherein said at least one threshold value is maximum rate of change for a handover trigger, wherein the maximum rate of change for a handover trigger is a parameter that limits the rate of change and can therefore be used to either increase the stability of a handover algorithm or reduce the time it takes for the system to find its optimum value.