mhurhangee/ep-ind-claims huggingface dataset:
A method for decoding a video picture partitioned into one or more coding blocks, the method comprising: for a coding block of said video picture having a size greater than a maximum transform size N, splitting said coding block into at least a first transform block and a second transform block, thereby forming a first transform boundary between said first and second transform blocks; splitting said coding block into at least a first prediction sub-block and a second prediction sub-block, thereby generating a first prediction boundary between said first and second prediction sub-blocks, and wherein said first prediction boundary is within said first transform block; applying a first deblocking filter to the first prediction boundary; and applying a second deblocking filter to the first transform boundary, wherein a distance between said first prediction boundary and said first transform boundary is 8 samples, said first deblocking filter modifies, between said boundaries a distance of 2 samples from the first prediction boundary, and said second deblocking filter modifies, between said boundaries, a distance of 5 samples from the first transform boundary. for a coding block of said video picture having a size greater than a maximum transform size N, splitting said coding block into at least a first transform block and a second transform block, thereby forming a first transform boundary between said first and second transform blocks; splitting said coding block into at least a first prediction sub-block and a second prediction sub-block, thereby generating a first prediction boundary between said first and second prediction sub-blocks, and wherein said first prediction boundary is within said first transform block; applying a first deblocking filter to the first prediction boundary; and applying a second deblocking filter to the first transform boundary, wherein a distance between said first prediction boundary and said first transform boundary is 8 samples, said first deblocking filter modifies, between said boundaries a distance of 2 samples from the first prediction boundary, and said second deblocking filter modifies, between said boundaries, a distance of 5 samples from the first transform boundary.
A marine fuel blend having a kinematic viscosity of 2-30 mm 2 /s as measured at 50 °C according to EN ISO 3104:2020 and comprising - 0.5 - 50 vol-% of palm oil effluent sludge bottom, and - a fossil-based component and/or components where an oil of fossil origin has been co-processed with a feed of renewable origin in a conventional fossil fuel processing system, the marine fuel blend fulfilling at least one of the categories of ISO 8217:2017 for marine fuels. - 0.5 - 50 vol-% of palm oil effluent sludge bottom, and - a fossil-based component and/or components where an oil of fossil origin has been co-processed with a feed of renewable origin in a conventional fossil fuel processing system, the marine fuel blend fulfilling at least one of the categories of ISO 8217:2017 for marine fuels.
A downhole tool, comprising: a tubular; a sleeve configured to be disposed around the tubular; an expandable sealing member coupled to and positioned at least partially around the sleeve; an end ring coupled to and positioned at least partially around the sleeve and axially adjacent to the expandable sealing member; characterized in that the tool comprises: a first annulus formed between the tubular and the sleeve; and a first bonding material positioned in the first annulus. a tubular; a sleeve configured to be disposed around the tubular; an expandable sealing member coupled to and positioned at least partially around the sleeve; an end ring coupled to and positioned at least partially around the sleeve and axially adjacent to the expandable sealing member; characterized in that the tool comprises: a first annulus formed between the tubular and the sleeve; and a first bonding material positioned in the first annulus. a first annulus formed between the tubular and the sleeve; and a first bonding material positioned in the first annulus.
Use of boron and iron in combination as a grain refining agent in copper/zinc/silicon cast alloys, characterised in that the iron content of the alloys is at least 0.1% by weight and a maximum of 0.5% by weight, in that the boron content of the alloys is at least 0.005% by weight and in that the ratio of boron content of the alloy [in % by weight] and iron content of the alloy [in % by weight] is at least 0.025 and a maximum of 0.12.
A system for managing user access rights to operating and/or control data of buildings or building complexes, wherein the system comprises: • a first server for a building authorization service, having at least one authorization database for storing user-specific access rights for certain buildings or building complexes, • a second server for a communication enabling service, having an authentication database for storing users registered in the system, ∘ wherein the authentication database has a list of all users granted user-specific access rights in the at least one authorization database, ∘ wherein the specific buildings or building complexes for which the user has access rights are stored in the list for each user who has access rights, wherein the communication enabling service enables communication of a user with the buildings or building complexes which are stored for him in the list, and wherein the building authorization service enables specific access rights for the user to operating and/or control data of the building or building complex according to the access rights stored in the authorization database, characterized in that the specific access rights are defined for a user by his identity and a role which is assigned to that identity, and the user is able to access data, by reading or manipulating the same, of components of the building or building complex according to his role. • a first server for a building authorization service, having at least one authorization database for storing user-specific access rights for certain buildings or building complexes, • a second server for a communication enabling service, having an authentication database for storing users registered in the system, ∘ wherein the authentication database has a list of all users granted user-specific access rights in the at least one authorization database, ∘ wherein the specific buildings or building complexes for which the user has access rights are stored in the list for each user who has access rights, ∘ wherein the authentication database has a list of all users granted user-specific access rights in the at least one authorization database, ∘ wherein the specific buildings or building complexes for which the user has access rights are stored in the list for each user who has access rights,
A consumer product package comprising: a tub (12, 302, 322, 342, 352, 372, 382) comprising a base (20, 326) and a perimeter wall (22, 328, 350) defining a cavity, the base comprising at least first and second projections extending from the base within the cavity, the at least first and second projections spaced apart from the perimeter wall; and a consumer product disposed within the cavity such that each of the at least first and second projections define a recessed portion (334, 348, 362) to receive the consumer product, characterised in that the base comprises a secondary projection (330, 332, 344, 356, 360, 376, 380) having a height different than the height of each of the at least two projections, the secondary projection free of contact from the consumer product, wherein the first projection includes said secondary projection in which the height of the top surface of the secondary projection is lower than the height of the top surface of the first projection. a tub (12, 302, 322, 342, 352, 372, 382) comprising a base (20, 326) and a perimeter wall (22, 328, 350) defining a cavity, the base comprising at least first and second projections extending from the base within the cavity, the at least first and second projections spaced apart from the perimeter wall; and a consumer product disposed within the cavity such that each of the at least first and second projections define a recessed portion (334, 348, 362) to receive the consumer product, characterised in that the base comprises a secondary projection (330, 332, 344, 356, 360, 376, 380) having a height different than the height of each of the at least two projections, the secondary projection free of contact from the consumer product, wherein the first projection includes said secondary projection in which the height of the top surface of the secondary projection is lower than the height of the top surface of the first projection.
A fusing agent, comprising: a metal bis(dithiolene) complex; a thiol surfactant; a polar aprotic solvent; and a balance of water. a metal bis(dithiolene) complex; a thiol surfactant; a polar aprotic solvent; and a balance of water.
System for segregating audio messages in a cockpit of a first aircraft, the system comprising means for receiving and recording said audio messages, a database of key words (12, 13) of said audio messages, said key words comprising the identifiers of the first aircraft and/or second aircraft and means for listening to said audio messages, characterised in that the system comprises: a first processor which has as functions the recognition of the key words from said audio messages and the separation of said audio messages in accordance with said key words, a second processor which has as functions the classification of said messages in accordance with an order of priority and processing said audio messages in accordance with said order of priority, and; means for transmitting said messages processed in accordance with said order of priority to the listening means, the order of priority of the audio messages being a function of the distance or the attitude or the trajectory of second aircraft close to the first aircraft, the second aircraft being identified by the indicators of their audio messages. a first processor which has as functions the recognition of the key words from said audio messages and the separation of said audio messages in accordance with said key words, a second processor which has as functions the classification of said messages in accordance with an order of priority and processing said audio messages in accordance with said order of priority, and; means for transmitting said messages processed in accordance with said order of priority to the listening means, the order of priority of the audio messages being a function of the distance or the attitude or the trajectory of second aircraft close to the first aircraft, the second aircraft being identified by the indicators of their audio messages.
A modular gas-heat anti-icing method for high-power wind turbine blades, wherein a modular heating system is provided on the blade root, a ventilation duct is provided inside the blade, characterized in that a wind deflector is provided at the end of the ventilation duct, said wind deflector dividing the interior space of the front edge of the blade into two parts, so that the hot air in the ventilation duct is only to be conducted to the blade tip and then circulates into the blade root via the rear edge of the blade, enabling the hot air to circulate inside the blade and form a "blade root to blade tip to blade root" closed loop, so that the purpose of heating the front edge of the blade is achieved, and it is ensured that the whole blade does not ice by preventing the front edge of the blade from icing.
Apparatus for air-conditioning rooms with a housing, which has a coverable opening, for receiving at least part of an air conditioning device, it being possible for the opening to be covered by way of at least one grille or the like, the housing being assigned at least one auxiliary housing which is accessible from the housing through an auxiliary opening and is arranged laterally next to the housing, the auxiliary housing being connected to a longitudinal side wall of the housing, characterized in that the auxiliary housing has guides for pushing at least part of the air conditioning device from the housing through the auxiliary opening into the auxiliary housing.
A vehicle conversation mirror assembly comprising: a housing defining a storage space; a conversation mirror; a slider mechanism operatively coupled to the conversation mirror to move the conversation mirror between a stowed position within the storage space and a use position extending from the housing; and a magnetic arrangement (60, 62) in communication with the slider mechanism to attract the conversation mirror to one of the stored and use positions, characterized in that the magnetic arrangement comprises a first magnet located at a first position for attracting the conversation mirror to the stowed position and a second magnet disposed in a second position to attract the conversation mirror to the use position. a housing defining a storage space; a conversation mirror; a slider mechanism operatively coupled to the conversation mirror to move the conversation mirror between a stowed position within the storage space and a use position extending from the housing; and a magnetic arrangement (60, 62) in communication with the slider mechanism to attract the conversation mirror to one of the stored and use positions, characterized in that the magnetic arrangement comprises a first magnet located at a first position for attracting the conversation mirror to the stowed position and a second magnet disposed in a second position to attract the conversation mirror to the use position.
A device management method, comprising: receiving, by a device, an instruction message sent by a device management controller; obtaining, by the device, a current device management information according to the instruction message, and comparing the current device management information with a device management information obtained in a previous query period; generating a feedback message, wherein the feedback message includes content of changed information according to the comparing, and a number is added in the feedback message so that the device management controller recognizes a status type of the changed information, wherein the content of the changed information includes changed information in the device management information, the device management information comprises at least one piece of the following information: an in-position status, a temperature, a power status, a working status, storage space, or software configuration information of the device; and sending, by the device, the feedback message to the device management controller, so that the device management controller manages the device according to the feedback message. receiving, by a device, an instruction message sent by a device management controller; obtaining, by the device, a current device management information according to the instruction message, and comparing the current device management information with a device management information obtained in a previous query period; generating a feedback message, wherein the feedback message includes content of changed information according to the comparing, and a number is added in the feedback message so that the device management controller recognizes a status type of the changed information, wherein the content of the changed information includes changed information in the device management information, the device management information comprises at least one piece of the following information: an in-position status, a temperature, a power status, a working status, storage space, or software configuration information of the device; and an in-position status, a temperature, a power status, a working status, storage space, or software configuration information of the device; and sending, by the device, the feedback message to the device management controller, so that the device management controller manages the device according to the feedback message.
A carbonated water manufacturing device, wherein it includes: a sleeve and a bottle cap which are mutually independent; the sleeve includes a sleeve body and a plug body inside the sleeve; the sleeve body is of a hollow structure with a sealed top, an opening at its lower part and a first through-hole at its side surface; the plug body is a pipe whose upper and lower ends communicate with each other and has a second through-hole at its side surface, wherein the second through-hole is communicated with the hollow part of the plug body; the bottle cap is provided with a perforated through-hole, wherein the through-hole is configured with a needle having a hole at its upper part and an injection tube at its bottom; a check valve is configured at the connection of the lower part of the bottle cap and the injection tube; the upper part is fittingly connected with the lower part of the plug body; the opening at the lower part of the sleeve body is fittingly connected with the lower part of the outer edge of the bottle cap, and the top of the sleeve acts on the carbon dioxide housing body in the sleeve.
Shading device comprising a cloth which can be wound onto and unwound from a cloth shaft, and comprising an adjustment device, by means of which a rotational movement can be applied to the cloth shaft, the adjustment device having a gearbox and a transmission element, by means of which a rotational movement can be transferred from the gearbox to the cloth shaft, the transmission element being mounted in a rotationally-fixed and movable manner relative to the gearbox, and being movable between a functional position and a release position, the transmission element being in rotationally-fixed direct or indirect engagement with the cloth shaft in the functional position, and the cloth shaft being rotatable relative to the transmission element in the release position, characterized in that the transmission element is mounted so as to be movable on the cloth shaft, and in that the transmission element has a coupling part which can be brought into engagement with a tool from the outside of the shading device in order to apply an adjustment force directed into the functional position, and/or in that the transmission element is movable from the functional position into the release position from the outside of the shading device by means of a tool.
A domestic carbonation device, the device including: a carbonation head (20, 30; 207), pressure transducer (37, 301) and processor module (27, 208); wherein the carbonation head (20, 30; 207) is connectable to a bottle whose contents are to be carbonated and has a first through passageway (32; 240, 250) that, when connected, distributes pressurised carbon dioxide to an interior of the bottle; and a second passageway (36; 304, 305, 307, 308) that communicates a pressure within the bottle to the pressure transducer (37, 301); and the processor module (27, 208) is coupled to the pressure transducer (37, 301) for receiving a signal indicative of the pressure within the bottle; characterised in that the processor module (27, 208) is adapted to use the pressure transducer signal to determine a volume of liquid contained in the bottle; and thereby to prevent an over pressurization of the bottle. a carbonation head (20, 30; 207), pressure transducer (37, 301) and processor module (27, 208); wherein the carbonation head (20, 30; 207) is connectable to a bottle whose contents are to be carbonated and has a first through passageway (32; 240, 250) that, when connected, distributes pressurised carbon dioxide to an interior of the bottle; and a second passageway (36; 304, 305, 307, 308) that communicates a pressure within the bottle to the pressure transducer (37, 301); and the processor module (27, 208) is coupled to the pressure transducer (37, 301) for receiving a signal indicative of the pressure within the bottle; characterised in that the processor module (27, 208) is adapted to use the pressure transducer signal to determine a volume of liquid contained in the bottle; and thereby to prevent an over pressurization of the bottle.
A closure of a textile product (1, 3), the textile product comprising a first and a second textile surface (10, 20), both said first and said second textile surface having a first side (11, 21) facing the same direction, said second textile surface having an edge, a first textile strip being coupled to the first side of the first textile surface and extending up to or beyond the edge of the second textile surface over the first side of the second textile surface, said first textile strip is provided with at least one resilient means (31, 32, 33), holding said first textile strip in front of the first side of said second textile surface characterised in that said at least one resilient means comprises a spring.
A thermal adjustable tripping device of a miniature circuit breaker, wherein the thermal adjustable tripping device is mounted in a base of a miniature circuit breaker, the thermal adjustable tripping device comprising: a tripping mechanism with an extending tripping rod; a thermal deformation element arranged close to the tripping rod, a gap being reserved between the thermal deformation element and the tripping rod; wherein a current in a loop accessed by the miniature circuit breaker enables the thermal deformation element to generate heat and deform, the deformed thermal deformation element moves towards the tripping rod, contacts with the tripping rod and pushes the tripping rod to trigger the tripping mechanism to trip, characterised by comprising: an adjusting mechanism having a pushing rod in contact with an inclined surface for adjusting a length of the gap between the tripping rod and the thermal deformation element, the adjusting mechanism adjusting the length of the gap to adjust a setting current in the loop. a tripping mechanism with an extending tripping rod; a thermal deformation element arranged close to the tripping rod, a gap being reserved between the thermal deformation element and the tripping rod; wherein a current in a loop accessed by the miniature circuit breaker enables the thermal deformation element to generate heat and deform, the deformed thermal deformation element moves towards the tripping rod, contacts with the tripping rod and pushes the tripping rod to trigger the tripping mechanism to trip, characterised by comprising: an adjusting mechanism having a pushing rod in contact with an inclined surface for adjusting a length of the gap between the tripping rod and the thermal deformation element, the adjusting mechanism adjusting the length of the gap to adjust a setting current in the loop. an adjusting mechanism having a pushing rod in contact with an inclined surface for adjusting a length of the gap between the tripping rod and the thermal deformation element, the adjusting mechanism adjusting the length of the gap to adjust a setting current in the loop.
A gas turbine engine comprising: an engine case; a multiple of fuel injectors mounted to said engine case; and a fire shield mounted to said engine case to surround at least one, but less than all, of said multiple of fuel injectors; said fire shield includes a sheet metal alloy layer; and said fire shield includes an outer sheet metal alloy layer mounted to and spaced away from said sheet metal alloy layer, characterised in that: said engine case is a combustor case. an engine case; a multiple of fuel injectors mounted to said engine case; and a fire shield mounted to said engine case to surround at least one, but less than all, of said multiple of fuel injectors; said fire shield includes a sheet metal alloy layer; and said fire shield includes an outer sheet metal alloy layer mounted to and spaced away from said sheet metal alloy layer, characterised in that: said engine case is a combustor case. all, of said multiple of fuel injectors; said fire shield includes a sheet metal alloy layer; and said fire shield includes an outer sheet metal alloy layer mounted to and spaced away from said sheet metal alloy layer, characterised in that: said engine case is a combustor case. said engine case is a combustor case.