mhurhangee/ep-ind-claims huggingface dataset:
A tire comprising, on a tread portion, three circumferential main grooves (1 IN, 1 CE, 1 OUT) composed of an outer circumferential main groove (1 OUT) positioned on the outermost side when installed in a vehicle, an inner circumferential main groove (1 IN) positioned on the innermost side when installed in a vehicle, and a middle circumferential main groove (1 CE) positioned therebetween, wherein an outer middle land portion (2 OUT) is defined by the middle circumferential main groove and the outer circumferential main groove, an inner middle land portion is defined by the middle circumferential main groove and the inner circumferential main groove, and the outer middle land portion is formed bridging across the tire equatorial plane,, the outer middle land portion (2 OUT) comprises an outer resonator composed of a first sub groove both ends of which terminate within the land portion, a first branch groove which extends from one end of the first sub groove to the outer circumferential main groove and whose groove width is smaller than that of the first sub groove, and a second branch groove which extends from the other end of the first sub groove to the middle circumferential main groove and whose groove width is smaller than that of the first sub groove, the inner middle land portion (2 IN) comprises a second sub groove whose one end terminates within the land portion, wherein the other end of the second sub groove is directly communicated with the inner circumferential main groove or is communicated with the inner circumferential main groove via a third branch groove whose groove width is smaller than that of the second sub groove to form an inner resonator, and the length of the outer resonator in the tire circumferential direction is larger than the length of the inner resonator in the tire circumferential direction.
Railway comprising sleepers and rails supported by said sleepers, wherein each sleeper is provided with a holding piece anchored in or to the sleeper, and wherein a clip or spring is connected to the holding piece and simultaneously presses on the rail to provide a downward holding force to said rail and maintain it on the sleeper, wherein the holding piece and the clip or spring are supplemented with a mounting body and a mounting piece, which mounting body is placed over or adjacent to said holding piece, and which mounting body is arranged to cooperate with said mounting piece wherein said mounting piece is equipped with a first mounting part which is dimensioned for connection to the holding piece, and wherein the mounting piece is further equipped with a second mounting part (7") equipped with screw thread that extends above the mounting body, and that the clip or spring is mounted directly or indirectly on top of the mounting body with its opposite extremities (5', 5") positioned on the rail and indirectly on the sleeper respectively, and wherein the second mounting part (7") of the mounting piece extends above the clip or spring, and that a nut is provided on the screw thread to fix the clip or spring in position, characterized in that the mounting body is provided with a slit (6") to receive the mounting piece and enable the mounting piece to connect to the holding piece anchored in or to the sleeper, and that the mounting piece is embodied as a hook with a rod portion as the first mounting part for connection with the holding piece anchored in or to the sleeper, and the screw thread extending at substantially right angles with respect to the rod portion.
An ophthalmic lens comprising: a lens substrate; an optical filter having a front surface and a back surface attached to a front surface of the lens substrate; said optical filter comprising alternating layers where at least one layer of the alternating layers is a transparent dielectric material having a refraction index above 1.6 and at least one layer is a transparent dielectric material having a refraction index of 1.6 or less; characterized by said optical filter further comprising at least one layer of a metallic absorbing material having a thickness of less than 50 nm, such that a percent reflectance from a front surface of the ophthalmic lens is 30 percent greater than a percent reflectance from the back surface of the optical filter in a wavelength range of 400-450 nm and wherein said optical filter has an average transmission for light having wavelengths in the range of 500-800 nm of greater than 70 percent. a lens substrate; an optical filter having a front surface and a back surface attached to a front surface of the lens substrate; said optical filter comprising alternating layers where at least one layer of the alternating layers is a transparent dielectric material having a refraction index above 1.6 and at least one layer is a transparent dielectric material having a refraction index of 1.6 or less; characterized by said optical filter further comprising at least one layer of a metallic absorbing material having a thickness of less than 50 nm, such that a percent reflectance from a front surface of the ophthalmic lens is 30 percent greater than a percent reflectance from the back surface of the optical filter in a wavelength range of 400-450 nm and wherein said optical filter has an average transmission for light having wavelengths in the range of 500-800 nm of greater than 70 percent.
A copolyester composition comprising a copolyester which comprises repeating units derived from an aliphatic glycol, an aromatic dicarboxylic acid and a poly(alkylene oxide), wherein the copolyester composition further comprises lithium ions, wherein the fraction (S W) of repeating units derived from aromatic dicarboxylic acid and poly(alkylene oxide) is in the range of from about 5 to about 50%.
Tool for gutting fish with opened abdominal cavities, comprising a suction element having a suction head for suctioning off the internal organs and at least one scraping element assigned to the suction element, wherein the scraping element is arranged pivotably on the suction element about at least one axis such that the scraping element is designed and configured to be movable relative to the suction head, wherein the scraping element is arranged pivotably on the suction element by means of a pivot arm, and wherein an adjusting means configured for changing the position of the scraping element relative to the suction head is arranged on the pivot arm, characterised in that the adjusting means is designed as a spring element.
A gesture recognition interface system (10; 150) comprising: a) a projector (12; 152) configured to project invisible light and visible images onto a background surface (18; 156), the projection of the invisible light (54, 56, 58) and the projection of the visible images being alternated; b) at least one camera (14, 16; 158) configured to receive a plurality of images based on a reflected light contrast difference between the invisible light reflected from the background surface (18; 156) and a sensorless input object (20; 162) over the background surface (18; 156) during projection of the invisible light; and c) a controller configured to determine a given input gesture based on changes in relative locations of the sensorless input object (20; 162) between images in the plurality of images, and being further configured to initiate a device input associated with the given input gesture. a) a projector (12; 152) configured to project invisible light and visible images onto a background surface (18; 156), the projection of the invisible light (54, 56, 58) and the projection of the visible images being alternated; b) at least one camera (14, 16; 158) configured to receive a plurality of images based on a reflected light contrast difference between the invisible light reflected from the background surface (18; 156) and a sensorless input object (20; 162) over the background surface (18; 156) during projection of the invisible light; and c) a controller configured to determine a given input gesture based on changes in relative locations of the sensorless input object (20; 162) between images in the plurality of images, and being further configured to initiate a device input associated with the given input gesture.
A method performed by one or more data processing apparatus, the method comprising: obtaining one or more images which each depict a mouth of a given person at a respective time point, wherein each of the respective time points are different; processing the one or more images using an image embedding neural network to generate a latent representation of the one or more images; obtaining audio data corresponding to the one or more images; processing a representation of the audio data using an audio embedding neural network to generate a latent representation of the audio data; and processing the latent representation of the one or more images and the latent representation of the audio data using a recurrent neural network to generate an output defining a prediction for whether the given person is speaking at one or more of the respective time points, wherein the output of the recurrent neural network defines a probability of whether the given person is speaking at each of the respective time points; wherein the image embedding neural network, the audio embedding neural network, and the recurrent neural network are trained by an end-to-end optimization procedure. obtaining one or more images which each depict a mouth of a given person at a respective time point, wherein each of the respective time points are different; processing the one or more images using an image embedding neural network to generate a latent representation of the one or more images; obtaining audio data corresponding to the one or more images; processing a representation of the audio data using an audio embedding neural network to generate a latent representation of the audio data; and processing the latent representation of the one or more images and the latent representation of the audio data using a recurrent neural network to generate an output defining a prediction for whether the given person is speaking at one or more of the respective time points, wherein the output of the recurrent neural network defines a probability of whether the given person is speaking at each of the respective time points; wherein the image embedding neural network, the audio embedding neural network, and the recurrent neural network are trained by an end-to-end optimization procedure.
A method for measuring a mechanical property of an object using an ultrasound system having an ultrasound transducer, the steps of the method comprising: a) providing a continuous vibration to the ultrasound transducer by continuously vibrating the ultrasound transducer using at least one mechanical actuator attached directly to the outer surface of the ultrasound transducer; b) inducing at least one shear wave in the object by the continuous vibration of the ultrasound transducer; c) continuously obtaining shear wave data sets from the object using the ultrasound transducer while the ultrasound transducer is being continuously vibrated; d) producing motion-corrected shear wave data sets by correcting the shear wave data sets to remove motion artifacts associated with the continuous vibration of the ultrasound transducer, wherein the continuous vibration is caused by the mechanical actuator; and e) processing the motion corrected shear wave data sets to calculate a mechanical property of the object. a) providing a continuous vibration to the ultrasound transducer by continuously vibrating the ultrasound transducer using at least one mechanical actuator attached directly to the outer surface of the ultrasound transducer; b) inducing at least one shear wave in the object by the continuous vibration of the ultrasound transducer; c) continuously obtaining shear wave data sets from the object using the ultrasound transducer while the ultrasound transducer is being continuously vibrated; d) producing motion-corrected shear wave data sets by correcting the shear wave data sets to remove motion artifacts associated with the continuous vibration of the ultrasound transducer, wherein the continuous vibration is caused by the mechanical actuator; and e) processing the motion corrected shear wave data sets to calculate a mechanical property of the object.
A mobile computing device comprising: a transceiver circuit configured to communicate with a wireless network; memory configured to store a wireless network coverage data and a geographic data; a location determination circuit configured to provide a location data for the mobile computing device; and a processing circuit configured to determine that the mobile computing device is proximate to an area of no wireless network coverage and to download via the transceiver circuit additional geographic data associated with the area of no wireless network coverage based on the determination, wherein the processing circuit is configured to determine that a destination location is in an area of no wireless network coverage, and wherein the processing circuit is adapted to download via the transceiver circuit a first map data associated with a route to the destination location and a second map data associated with the area of no wireless network coverage from a remote source, and wherein the first map data is utilised to provide navigational assistance while the mobile computing device is within the wireless network coverage area and the second map data is utilised to provide navigational assistance while the mobile computing device is outside the wireless network coverage area. a transceiver circuit configured to communicate with a wireless network; memory configured to store a wireless network coverage data and a geographic data; a location determination circuit configured to provide a location data for the mobile computing device; and a processing circuit configured to determine that the mobile computing device is proximate to an area of no wireless network coverage and to download via the transceiver circuit additional geographic data associated with the area of no wireless network coverage based on the determination, wherein the processing circuit is configured to determine that a destination location is in an area of no wireless network coverage, and wherein the processing circuit is adapted to download via the transceiver circuit a first map data associated with a route to the destination location and a second map data associated with the area of no wireless network coverage from a remote source, and wherein the first map data is utilised to provide navigational assistance while the mobile computing device is within the wireless network coverage area and the second map data is utilised to provide navigational assistance while the mobile computing device is outside the wireless network coverage area.
Rock processing plant with a processing unit, with which a walkable working platform is associated, wherein the processing unit has a projection (24.5) with which it projects into the working area formed by the working platform, wherein the working platform has a fall protection, in particular in the form of a railing, the working platform having a platform widening in the region of the projection (24.5) in order to create a working region to the side of the projection (24.5), characterised in that the platform widening has a floor section (33.1) as a working surface, which is pivotably mounted in such a way that it can be folded or pivoted between a folded-down working position, in which the floor section (33.1) is accessible, and a raised transport position, in that the fall protection is guided in the area of the platform widening, in that at least one locking section (36.6) is coupled indirectly or directly to the floor section (33.1) in such a way that the locking section (36.6) is adjusted when the floor section (33.1) is adjusted, wherein in the transport position the locking section (36.6) blocks the access to the projection (24.5) at least in regions and in the working position the locking section (36.6) is moved out of the access region. wherein the processing unit has a projection (24.5) with which it projects into the working area formed by the working platform, wherein the working platform has a fall protection, in particular in the form of a railing, the working platform having a platform widening in the region of the projection (24.5) in order to create a working region to the side of the projection (24.5), characterised in that the platform widening has a floor section (33.1) as a working surface, which is pivotably mounted in such a way that it can be folded or pivoted between a folded-down working position, in which the floor section (33.1) is accessible, and a raised transport position, in that the fall protection is guided in the area of the platform widening, in that at least one locking section (36.6) is coupled indirectly or directly to the floor section (33.1) in such a way that the locking section (36.6) is adjusted when the floor section (33.1) is adjusted, wherein in the transport position the locking section (36.6) blocks the access to the projection (24.5) at least in regions and in the working position the locking section (36.6) is moved out of the access region.
A method for sending configuration information, comprising: configuring, by a central controller, a parameter set for each of multiple forwarding devices, wherein the parameter sets are used for establishing a Security Association, SA, between each pair of forwarding devices in the multiple forwarding devices; negotiating, by the central controller, with each of the multiple forwarding devices and creating, by the central controller, a security channel between the central controller and each of the multiple forwarding devices; and sending, by the central controller, a parameter set to each of the multiple forwarding devices through the respective security channel. configuring, by a central controller, a parameter set for each of multiple forwarding devices, wherein the parameter sets are used for establishing a Security Association, SA, between each pair of forwarding devices in the multiple forwarding devices; negotiating, by the central controller, with each of the multiple forwarding devices and creating, by the central controller, a security channel between the central controller and each of the multiple forwarding devices; and sending, by the central controller, a parameter set to each of the multiple forwarding devices through the respective security channel.
A peripheral device comprising: a plug having a plurality of terminals and configured to be removeably inserted into a jack of a host device; at least one processor coupled to a first terminal (P1 to P#N) of the plug, the at least one processor configured to transmit and/or receive multiplexed data via the first terminal (P1 to P#N); a detection unit coupled to the first terminal (P1 to P#N) and configured to detect, when the plug is inserted into the jack, whether the host device is capable of handling the multiplexed data; and a function switching unit coupled to at least a second terminal (P#n) of the plug and configured to assign an electrical function to the second terminal (P#n). a plug having a plurality of terminals and configured to be removeably inserted into a jack of a host device; at least one processor coupled to a first terminal (P1 to P#N) of the plug, the at least one processor configured to transmit and/or receive multiplexed data via the first terminal (P1 to P#N); a detection unit coupled to the first terminal (P1 to P#N) and configured to detect, when the plug is inserted into the jack, whether the host device is capable of handling the multiplexed data; and a function switching unit coupled to at least a second terminal (P#n) of the plug and configured to assign an electrical function to the second terminal (P#n).
A dental prosthetic system comprising: at least an implant destined to be installed in a seating made in a bone tissue of a maxilla or mandible of a patient, at least a dental product with a connecting element comprising at least a housing seating longitudinally extending substantially along a height of the dental product or the connecting element, at least a fixing element configured such as to insert in the housing seating and enabling engaging of the dental product to the implant, at least a medical device comprising a solid body having a predetermined volume and an elongate conformation configured such as to insert extractably in the longitudinal housing seating; wherein the medical device is configured such as to be interposed between the fixing element and an aesthetic portion of the dental product or such as to be interposed between the fixing element and a closing element configured such as to close an access opening subsequently to the introduction of the fixing element in the longitudinal housing seating; wherein the solid body of the medical device comprises a polymer matrix and at least an active agent distributed in the polymer matrix, in which the active agent is selected from a group comprising one or more from among: a biocidal agent, an antibacterial agent, an antiviral agent, a bacteriostatic agent; and wherein the active agent comprises silver zeolite. at least an implant destined to be installed in a seating made in a bone tissue of a maxilla or mandible of a patient, at least a dental product with a connecting element comprising at least a housing seating longitudinally extending substantially along a height of the dental product or the connecting element, at least a fixing element configured such as to insert in the housing seating and enabling engaging of the dental product to the implant, at least a medical device comprising a solid body having a predetermined volume and an elongate conformation configured such as to insert extractably in the longitudinal housing seating; wherein the medical device is configured such as to be interposed between the fixing element and an aesthetic portion of the dental product or such as to be interposed between the fixing element and a closing element configured such as to close an access opening subsequently to the introduction of the fixing element in the longitudinal housing seating;