mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus, comprising: a storage section which stores a first image, which is an image of a format requiring license information in reproduction; a conversion section which converts the first image into a second image of a format not requiring license information in reproduction, which is an image with content the same as content of the first image; and a distribution section which distributes the first image to a reproduction apparatus (12-B) for reproduction after being acquired and if there is a license, and which distributes the second image to the reproduction apparatus (12-B) for streaming reproduction when the first image is still being acquired or when there is no license of the first image to be reproduced; wherein the storage section stores information related to a user specified by a user who has provided the first image in association with the first image, and wherein the distribution section distributes the first image and the second image to the reproduction apparatus (12-B) operated by the specified user. a storage section which stores a first image, which is an image of a format requiring license information in reproduction; a conversion section which converts the first image into a second image of a format not requiring license information in reproduction, which is an image with content the same as content of the first image; and a distribution section which distributes the first image to a reproduction apparatus (12-B) for reproduction after being acquired and if there is a license, and which distributes the second image to the reproduction apparatus (12-B) for streaming reproduction when the first image is still being acquired or when there is no license of the first image to be reproduced; wherein the storage section stores information related to a user specified by a user who has provided the first image in association with the first image, and wherein the distribution section distributes the first image and the second image to the reproduction apparatus (12-B) operated by the specified user.
Work vehicle comprising: an internal combustion engine arranged in an engine bay, an operator station arranged above the engine bay and a cooling air device having a cooling air inlet, a cooling air outlet, a cooling air fan and a cooler which is arranged in the flow path of the cooling air through the engine bay between the cooling air inlet and the cooling air outlet, wherein in relation to a main direction of travel of the work vehicle, the cooling air inlet of the engine bay is provided on a first vehicle side and/or a vehicle lower side, and the cooling air outlet of the engine bay is provided on a vehicle front side, wherein the cooling air outlet has a cooling air deflection device which is configured such that exiting cooling air is guided in the direction of a second vehicle side. an internal combustion engine arranged in an engine bay, an operator station arranged above the engine bay and a cooling air device having a cooling air inlet, a cooling air outlet, a cooling air fan and a cooler which is arranged in the flow path of the cooling air through the engine bay between the cooling air inlet and the cooling air outlet, wherein in relation to a main direction of travel of the work vehicle, the cooling air inlet of the engine bay is provided on a first vehicle side and/or a vehicle lower side, and the cooling air outlet of the engine bay is provided on a vehicle front side, wherein the cooling air outlet has a cooling air deflection device which is configured such that exiting cooling air is guided in the direction of a second vehicle side.
A security element for securing valuable articles, having a reflective areal region whose expanse defines an x-y plane and that, when viewed in reflected light, produces a three-dimensional relief motif (14; 40) having a specified grayscale pattern having different brightness values, - the reflective areal region including a plurality of micro light fields and micro dark fields, - the micro light fields being formed by reflective facets that are oriented in such a way that the reflective areal region is perceptible for a viewer as a three-dimensional relief motif having a surface that jumps out and/or back with respect to its actual spatial form, - the micro dark fields appearing dark substantially from all viewing directions, and - the local relative proportion of the micro light fields and the micro dark fields in the reflective areal region being set in such a way that together, in reflected light, they produce the local brightness value of the specified grayscale pattern. - the reflective areal region including a plurality of micro light fields and micro dark fields, - the micro light fields being formed by reflective facets that are oriented in such a way that the reflective areal region is perceptible for a viewer as a three-dimensional relief motif having a surface that jumps out and/or back with respect to its actual spatial form, - the micro dark fields appearing dark substantially from all viewing directions, and - the local relative proportion of the micro light fields and the micro dark fields in the reflective areal region being set in such a way that together, in reflected light, they produce the local brightness value of the specified grayscale pattern.
Telescopic arm for cranes able to lift a heavy load, comprising a plurality of tubular segments (12, 14, 16) which extend along a common central longitudinal axis, each of said segments (12, 14, 16) being able to slide telescopically inside or outside another segment (12, 14, 16) adjacent and consecutive along said central longitudinal axis, between a retracted position and a completely or partly extended position, characterized in that each of said segments (12, 14, 16) is made of a composite material with a base of reinforcement fibers and thermosetting resin and in that it comprises longitudinal guide blocks made of metal with high mechanical characteristics of strength and disposed between one segment (12, 14, 16) and at least another segment (12, 14, 16) adjacent and consecutive along said central longitudinal axis, which guide blocks are at least partly drowned in the composite material in corresponding internal surfaces of said at least one segment (12, 14, 16) and external surfaces (36, 38) of said other segment (12, 14, 16), said guide blocks developing continuously along the whole length of the corresponding segment (12, 14, 16) in which they are partly drowned, or discretely in correspondence to the usable work part of said length, each of said guide blocks comprising a first internal guide element at least partly drowned in the internal surface of the corresponding segment (12, 14, 16), and a second external guide element (51, 47), at least partly drowned, in a position coordinated with the corresponding first internal guide element, in the external surface (36, 38) of the corresponding segment (12, 14, 16) each first guide element having coupling means to cooperate directly in contact with mating coupling counter-means (59, 63) of the second guide element (51, 47), both to guide the reciprocal sliding of the segments (12, 14, 16) and also to receive and support, directly on the metal of which the guide blocks are made and substantially along the whole length of the segments (12, 14, 16), the components of force transverse to said segments (12, 14, 16), due to the stresses deriving from the heavy load lifted by the arm.
Portable laboratory scale milling assembly for a ball mill with a housing for refining and separating a substrate and with a collection vessel for retaining the refined substrate, wherein the housing comprises, in vertical order a lid, at least one milling vessel for receiving milling balls and a screen with a refining section and with apertures, and wherein the collection vessel is releasably mounted to a bottom end of the housing, and wherein in the housing an orifice is arranged, wherein in the orifice a valve is arranged for selectively allowing gas to pass between an outside and an inside of the housing in an open position of the valve and to seal the housing against the outside in a closed position of the valve, characterized in that the milling vessel comprises a taper for receiving a sealing screw.
Elevator system, which comprises means (4, 17) for setting the operating mode of the elevator system; which elevator system comprises an electricity supply apparatus, which is adapted to supply electricity to one or more devices (2, 3, 4, 5, 6) in the elevator system; whereby a minimum value of the permitted supply voltage with which the device still operates is determined for one or more devices (2, 3, 4, 5, 6) of the elevator system; and whereby the electricity supply apparatus is configured to change the supply voltage of one or more devices (2, 3, 4, 5, 6) of the elevator system towards the minimum value of the permitted supply voltage for limiting the electricity consumption of the elevator system; and whereby the electricity supply apparatus is arranged in a certain operating mode of the elevator system to change the supply voltage of one or more devices (2, 3, 4, 5, 6) of the elevator system towards the minimum value of the permitted supply voltage for limiting the electricity consumption of the elevator system, wherein the electricity supply apparatus is during standby mode of the elevator arranged to change the supply voltage of one or more devices (2, 3, 4, 5, 6) of the elevator system towards the minimum value of the permitted supply voltage for limiting the electricity consumption of the elevator system.
An image decoding device for decoding color image signals based on an input of bit streams generated by subjecting a color image in a 4:4:4 format to compression encoding, the compression encoding being performed by transforming and quantizing the color image on a block basis, the image decoding device comprising: a decoding unit (300, 302, 305) for decoding first identification information indicating whether or not signals of respective color components are independently encoded, and for decoding second identification information, in a case where the first identification information indicates that the signals of respective color components are independently encoded, the second identification information indicating whether or not all the color components are intra encoded, characterized in that the decoding unit (300, 302, 305) comprises a deblocking filter operating on each boundary between blocks serving as units of the inverse transform and inverse quantization, and wherein in a case where the first identification information indicates that the signals of respective color components are independent-ly encoded and the second identification information indicates that pictures of the respective color components are all intra encoded, the decoding unit (300, 302, 305) generates a decoded image in which the deblocking filter is disabled. a decoding unit (300, 302, 305) for decoding first identification information indicating whether or not signals of respective color components are independently encoded, and for decoding second identification information, in a case where the first identification information indicates that the signals of respective color components are independently encoded, the second identification information indicating whether or not all the color components are intra encoded, characterized in that the decoding unit (300, 302, 305) comprises a deblocking filter operating on each boundary between blocks serving as units of the inverse transform and inverse quantization, and wherein in a case where the first identification information indicates that the signals of respective color components are independent-ly encoded and the second identification information indicates that pictures of the respective color components are all intra encoded, the decoding unit (300, 302, 305) generates a decoded image in which the deblocking filter is disabled.
A system for managing a table game, comprising: packages in which shuffled cards of a predetermined number of decks are packaged; an ID code reader that reads shuffle card IDs attached to the packages; a management control apparatus that stores information on the shuffle card IDs of the packages read by the ID code reader; and a carton for discard that accepts and discards cards of a predetermined number of decks distributed onto the game table by a dealing shoe accepting cards of the predetermined number of decks taken out from the packages, used in a game, and then thrown into an outlet of the game table, wherein different and unique shuffle card IDs are attached to each package, the carton for discard has a plurality of areas and has a structure in which the areas sequentially accept the thrown cards and areas different for each package accept all of the cards corresponding to one set of the package, and the management control apparatus has a function of storing shuffle card IDs of packages in which cards used in the game and then discarded are packaged and information on a sequence of packages accepted in the carton for discard or addresses of areas in which used cards of the corresponding packages are discarded in association with each other and transmitting them. packages in which shuffled cards of a predetermined number of decks are packaged; an ID code reader that reads shuffle card IDs attached to the packages; a management control apparatus that stores information on the shuffle card IDs of the packages read by the ID code reader; and a carton for discard that accepts and discards cards of a predetermined number of decks distributed onto the game table by a dealing shoe accepting cards of the predetermined number of decks taken out from the packages, used in a game, and then thrown into an outlet of the game table, wherein different and unique shuffle card IDs are attached to each package, the carton for discard has a plurality of areas and has a structure in which the areas sequentially accept the thrown cards and areas different for each package accept all of the cards corresponding to one set of the package, and the management control apparatus has a function of storing shuffle card IDs of packages in which cards used in the game and then discarded are packaged and information on a sequence of packages accepted in the carton for discard or addresses of areas in which used cards of the corresponding packages are discarded in association with each other and transmitting them.
A method, comprising: detecting sound via individual microphones of a network microphone device, NMD; selecting a first voice assistant service, VAS, to communicate with the NMD; producing a first sound-data stream based on the detected sound using a spatial processor of the NMD, wherein the spatial processor operates according to a first configuration when the first VAS is selected; determining that a second VAS is to be selected over the first VAS based on the detected sound; selecting the second VAS to communicate with the NMD and forgoing the selection of the first VAS; producing a second sound-data stream based on the detected sound using the spatial processor, wherein the spatial processor operates according to a second configuration when the second VAS is selected; and transmitting the second sound-data stream to a remote computing device associated with the second VAS. detecting sound via individual microphones of a network microphone device, NMD; selecting a first voice assistant service, VAS, to communicate with the NMD; producing a first sound-data stream based on the detected sound using a spatial processor of the NMD, wherein the spatial processor operates according to a first configuration when the first VAS is selected; determining that a second VAS is to be selected over the first VAS based on the detected sound; selecting the second VAS to communicate with the NMD and forgoing the selection of the first VAS; producing a second sound-data stream based on the detected sound using the spatial processor, wherein the spatial processor operates according to a second configuration when the second VAS is selected; and transmitting the second sound-data stream to a remote computing device associated with the second VAS.
A heating cooker comprising: a cavity accommodating an object to be heated; a cooking tray disposed inside the cavity for receiving the object to be heated thereon; a tray receiver mounted on a side wall of the cavity for detachably supporting the cooking tray; a first illumination hole formed in the side wall above the tray receiver; a second illumination hole formed in the side wall below the tray receiver; and at least two illumination devices (30a, 30b) disposed outside the cavity for illuminating spaces above and below the cooking tray through the first illumination hole and the second illumination hole respectively, characterized in that each of the at least two illumination devices (30a, 30b) includes: a LED and a LED printed circuit board having the LED; a reflector, a casing for accommodating the LED printed circuit board, wherein the first illumination device and the second illumination device are mounted on the heating cooker such that the first illumination device and the second illumination device respectively covers the first illumination hole and the second illumination hole from the outside of the cavity, and surrounds the LED; and wherein the reflector is a surrounding wall of a recessed portion formed on the casing, and wherein the LED printed circuit board is mounted on the casing such that the LED is positioned on a bottom of the recessed portion of the casing. a cavity accommodating an object to be heated; a cooking tray disposed inside the cavity for receiving the object to be heated thereon; a tray receiver mounted on a side wall of the cavity for detachably supporting the cooking tray; a first illumination hole formed in the side wall above the tray receiver; a second illumination hole formed in the side wall below the tray receiver; and at least two illumination devices (30a, 30b) disposed outside the cavity for illuminating spaces above and below the cooking tray through the first illumination hole and the second illumination hole respectively, characterized in that each of the at least two illumination devices (30a, 30b) includes: a LED and a LED printed circuit board having the LED; a reflector, a casing for accommodating the LED printed circuit board, a LED and a LED printed circuit board having the LED; a reflector, a casing for accommodating the LED printed circuit board, wherein the first illumination device and the second illumination device are mounted on the heating cooker such that the first illumination device and the second illumination device respectively covers the first illumination hole and the second illumination hole from the outside of the cavity, and surrounds the LED; and wherein the reflector is a surrounding wall of a recessed portion formed on the casing, and wherein the LED printed circuit board is mounted on the casing such that the LED is positioned on a bottom of the recessed portion of the casing.
Particulate, expandable polymer which can be processed to form a foam having a fine cell structure and a low density, said polymer being polystyrene, polylactic acid, or a combination of polystyrene and polylactic acid, said polymer containing active carbon having a particle size D10 (10 th percentile) of at most 3 micrometer for increasing the thermal insulation value, characterised in that the particle size distribution of the active carbon is accordirig to the following formula: particlesizedistribution = D 90 − D 10 D 50 ≤ 2, 0 wherein D10, D50 and D90 are the 10 th, 50 th and 90 th percentile, respectively, indicating in a curve of the cumulative particle size the particle sizes when the accumulated amounts of the particles are 10%, 50%, and 90%, respectively., wherein D90<= 10 micrometer.
Temperature-control body arrangement comprising at least one temperature-control body, through which an energy-transporting medium can flow and which comprises at least one feed line and at least one discharge line for the energy-transporting medium, wherein the temperature-control body arrangement comprises a first region, through which a first energy-transporting medium can flow in order to come into thermal contact with the first medium, and a second region, through which a second energy-transporting medium can flow independently of the first energy-transporting medium in order to come into thermal contact with the second medium, wherein the first region is a hydronically heatable or hydronically coolable region which comprises a pipe register through which a heat transfer fluid can flow, and wherein the feed line and the discharge line for the energy-transporting medium comprise a forward-flow line and a return line, respectively, for the heat transfer fluid, the first region and the second region are two adjacent regions which are spaced apart from one another along a boundary line, wherein the first region and the second region are spaced apart from one another by a boundary gap, characterized in that the entire boundary gap or an entire boundary layer between the first region and the second region is filled with a thermally insulating material.
A method of wireless communications at a base station (150, 604, 1010), comprising: determining, at the base station (150, 604, 1010), downlink control information, DCI, for a first user equipment, UE (110, 606, 1050), wherein the DCI for the first UE (110, 606, 1050) comprises modulation order information, spatial layer information including a first bitmap indicating a first set of spatial layers (310, 320) used by the first UE (110, 606, 1050), and power ratio information of the first UE (110, 606, 1050), and a precoding matrix indicator, PMI, and spatial layer information of a second UE (120, 606, 1050) including a second bitmap indicating a second set of spatial layers (310, 320, 330, 340) used by the second UE (120, 606, 1050), the first bitmap being a subset of the second bitmap; and transmitting the determined DCI to the first UE (110, 606, 1050). determining, at the base station (150, 604, 1010), downlink control information, DCI, for a first user equipment, UE (110, 606, 1050), wherein the DCI for the first UE (110, 606, 1050) comprises modulation order information, spatial layer information including a first bitmap indicating a first set of spatial layers (310, 320) used by the first UE (110, 606, 1050), and power ratio information of the first UE (110, 606, 1050), and a precoding matrix indicator, PMI, and spatial layer information of a second UE (120, 606, 1050) including a second bitmap indicating a second set of spatial layers (310, 320, 330, 340) used by the second UE (120, 606, 1050), the first bitmap being a subset of the second bitmap; and transmitting the determined DCI to the first UE (110, 606, 1050).
Method of management of a wireless interface of a device, the wireless interface being for connection to a wireless local area network, the method comprising: - monitoring activity of at least one component of the device, other than a wireless network element operable for connection to the wireless local area network; - switching (33, 34) a power state of the wireless interface to another power state on the basis of the monitored activity; characterized in that the at least one component comprises at least one mobile network interface for connection to a wireless wide area network, and in that the power state of the wireless interface is switched from a low power state to a higher power state, in the case where activity is detected on the mobile network interface. - monitoring activity of at least one component of the device, other than a wireless network element operable for connection to the wireless local area network; - switching (33, 34) a power state of the wireless interface to another power state on the basis of the monitored activity;