mhurhangee/patent-ind-claim-en huggingface dataset:
A method for media decoding by a decoder, comprising: decoding a first indication indicative of a first conformance point of a coded video sequence, wherein the first conformance point is a sub-profile; decoding a second indication indicative of a second conformance point of the coded video sequence, wherein the second conformance point is a profile which indicates a set of tools that is present in the coded video sequence; combining the first indication and the second indication; identifying a combined conformance point based on combining the first indication and the second indication; comparing a combined conformance point and capability information of the decoder; determining whether the coded video sequence is decodable by the decoder based on comparing the combined conformance point and capability information of the decoder; and selectively decoding the coded video sequence based on determining whether the coded video sequence is decodable by the decoder, wherein the first indication is present in a first high level syntax structure, the second indication is present in a second high level syntax structure, and the first high level syntax structure is different than the second high level syntax structure. decoding a first indication indicative of a first conformance point of a coded video sequence, wherein the first conformance point is a sub-profile; decoding a second indication indicative of a second conformance point of the coded video sequence, wherein the second conformance point is a profile which indicates a set of tools that is present in the coded video sequence; combining the first indication and the second indication; identifying a combined conformance point based on combining the first indication and the second indication; comparing a combined conformance point and capability information of the decoder; determining whether the coded video sequence is decodable by the decoder based on comparing the combined conformance point and capability information of the decoder; and selectively decoding the coded video sequence based on determining whether the coded video sequence is decodable by the decoder, wherein the first indication is present in a first high level syntax structure, the second indication is present in a second high level syntax structure, and the first high level syntax structure is different than the second high level syntax structure.
A multi-disc electric motor brake , comprising: a motor mounting plate ; an electromagnetic coil attached to said mounting plate ; an armature in operative engagement with said electromagnetic coil ; a plurality of springs in axially biasing engagement with said armature ; a hub received on an end of a motor shaft, said hub engaging a plurality of friction rotors ; a plurality of torque reaction members attached to said mounting plate and in engagement with a plurality of separator stators interleaved with said friction rotors and forming a disc pack; an endplate attached to said torque reaction members and axially encapsulating said disc pack; and characterized by disc pack wear adjustment shims interposed between said endplate and said torque reaction members and further comprising an externally visible disc pack wear indicator comprising a thread form to manually release the brake by overcoming said springs in axially biasing engagement with said armature . a motor mounting plate ; an electromagnetic coil attached to said mounting plate ; an armature in operative engagement with said electromagnetic coil ; a plurality of springs in axially biasing engagement with said armature ; a hub received on an end of a motor shaft, said hub engaging a plurality of friction rotors ; a plurality of torque reaction members attached to said mounting plate and in engagement with a plurality of separator stators interleaved with said friction rotors and forming a disc pack; an endplate attached to said torque reaction members and axially encapsulating said disc pack; and characterized by disc pack wear adjustment shims interposed between said endplate and said torque reaction members and further comprising an externally visible disc pack wear indicator comprising a thread form to manually release the brake by overcoming said springs in axially biasing engagement with said armature .
Cooking appliance having a steam cooking function, comprising a cooking chamber which is designed to accommodate food to be prepared, the cooking chamber being substantially enclosed by a housing , comprising a steam source which is designed to generate steam for preparing the food, and comprising at least one steam inlet element which is designed and arranged to guide at least some of the steam from the steam source through the housing into the cooking chamber , the steam inlet element has an opening element which is arranged at least partially in the interior of the cooking chamber , at least the portion of the opening element arranged in the cooking chamber being made of metal, preferably of stainless steel, the opening element having at least one through-opening which is designed to guide steam from the steam source through the housing into the cooking chamber , characterised in that the steam inlet element has a receiving element which receives and holds the opening element , the receiving element being arranged at least substantially, preferably completely, outside the cooking chamber , the receiving element has at least one through-opening which is designed to supply steam from the steam source to the opening element , the through-opening being tapered towards the opening element and the receiving element being connected to at least one steam line . comprising a cooking chamber which is designed to accommodate food to be prepared, the cooking chamber being substantially enclosed by a housing , comprising a steam source which is designed to generate steam for preparing the food, and comprising at least one steam inlet element which is designed and arranged to guide at least some of the steam from the steam source through the housing into the cooking chamber , the steam inlet element has an opening element which is arranged at least partially in the interior of the cooking chamber , at least the portion of the opening element arranged in the cooking chamber being made of metal, preferably of stainless steel, the opening element having at least one through-opening which is designed to guide steam from the steam source through the housing into the cooking chamber , characterised in that the steam inlet element has a receiving element which receives and holds the opening element , the receiving element being arranged at least substantially, preferably completely, outside the cooking chamber , the receiving element has at least one through-opening which is designed to supply steam from the steam source to the opening element , the through-opening being tapered towards the opening element and the receiving element being connected to at least one steam line .
A control method for a spark-ignited internal combustion engine , which is equipped with a turbocharger and an exhaust gas recirculation passage for recirculating some of exhaust gas from an exhaust gas passage to an intake passage , the exhaust gas recirculation passage being provided with an EGR valve for controlling an exhaust gas recirculation rate, the method comprising steps of: acquiring (step S2) information on a density of an intake air taken in as new air; and calculating (step S3) an intake air density ( ρ ) based on the information; determining (step S4), during high-load operation, whether or not the intake air density ( ρ ) is equal to or less than an intake air density threshold ( ρ #); stopping (step S6) exhaust gas recirculation when the intake air density ( ρ ) is equal to or less than the intake air density threshold ( ρ #); controlling (step S5) the EGR valve to meet a predefined target exhaust gas recirculation rate otherwise; and acquiring an indicator of a degree of ongoing knocking or a likelihood of knocking; and setting the intake air density threshold ( ρ #) to a lower value depending on if the indicator corresponds to a condition in which knocking is more likely compared to a condition in which knocking is less likely, wherein the indicator is either a fuel octane rating or a retardation amount in knocking control in which ignition timing retardation is performed based on a detection signal from a knocking sensor. acquiring (step S2) information on a density of an intake air taken in as new air; and calculating (step S3) an intake air density ( ρ ) based on the information; determining (step S4), during high-load operation, whether or not the intake air density ( ρ ) is equal to or less than an intake air density threshold ( ρ #); stopping (step S6) exhaust gas recirculation when the intake air density ( ρ ) is equal to or less than the intake air density threshold ( ρ #); controlling (step S5) the EGR valve to meet a predefined target exhaust gas recirculation rate otherwise; and acquiring an indicator of a degree of ongoing knocking or a likelihood of knocking; and setting the intake air density threshold ( ρ #) to a lower value depending on if the indicator corresponds to a condition in which knocking is more likely compared to a condition in which knocking is less likely, wherein the indicator is either a fuel octane rating or a retardation amount in knocking control in which ignition timing retardation is performed based on a detection signal from a knocking sensor.
Device for testing airport ground lights, comprising: - a support movable along an airport runway; - a centralised processing unit , associated with the support and comprising a plurality of opto-electronic converters; - a corresponding plurality of optical fibres adapted to pick up light radiations originating from an airport ground light and to transmit said light radiations to the respective opto-electronic converters, each optical fibre having a first end fastened to the support and a second end connected to the respective opto-electronic converter, wherein: - the processing unit is fastened to or integrated into the support ; - said optical fibres are fully housed within the support and the processing unit ; - said processing unit comprises a hollow body fastened to the support and the opto-electronic converters are arranged in said hollow body ; and - said support has an anchoring portion to a vehicle configured to support the device so that the first ends of the optical fibres face towards or parallel to a movement direction of the support along said airport runway. - a support movable along an airport runway; - a centralised processing unit , associated with the support and comprising a plurality of opto-electronic converters; - a corresponding plurality of optical fibres adapted to pick up light radiations originating from an airport ground light and to transmit said light radiations to the respective opto-electronic converters, each optical fibre having a first end fastened to the support and a second end connected to the respective opto-electronic converter, wherein: - the processing unit is fastened to or integrated into the support ; - said optical fibres are fully housed within the support and the processing unit ; - said processing unit comprises a hollow body fastened to the support and the opto-electronic converters are arranged in said hollow body ; and - said support has an anchoring portion to a vehicle configured to support the device so that the first ends of the optical fibres face towards or parallel to a movement direction of the support along said airport runway.
A composition useful as a thermal resistant water washable protective coating in laser machining, said composition comprising from about 5-50% by weight of a water soluble ultraviolet light absorbing compound, disodium distyrylbiphenyl disulfonate, and from about 30-99% by weight of at least one water soluble polymer selected from polyester or poly-2-ethyl-2-oxazoline, wherein the water soluble ultraviolet light absorbing compound and the at least one water soluble polymer are dissolved in water, said ultraviolet light absorbing compound and water soluble polymer percentages by weight being based upon the total weight of the solids taken as 100% by weight, wherein said water soluble ultraviolet light absorbing compound has a melting point greater than 250 degrees centigrade, and said water soluble polymer is thermoplastic with a thermal viscosity at 200 degrees centigrade of greaterthan50,000 centipoise (50 000 mPa.s). from about 5-50% by weight of a water soluble ultraviolet light absorbing compound, disodium distyrylbiphenyl disulfonate, and from about 30-99% by weight of at least one water soluble polymer selected from polyester or poly-2-ethyl-2-oxazoline, wherein the water soluble ultraviolet light absorbing compound and the at least one water soluble polymer are dissolved in water, said ultraviolet light absorbing compound and water soluble polymer percentages by weight being based upon the total weight of the solids taken as 100% by weight, wherein said water soluble ultraviolet light absorbing compound has a melting point greater than 250 degrees centigrade, and said water soluble polymer is thermoplastic with a thermal viscosity at 200 degrees centigrade of greaterthan50,000 centipoise (50 000 mPa.s).
A lockup control device for a vehicle power transmission device , the vehicle power transmission device including a fluid transmission device including a lockup clutch , the lockup control device comprising an electronic control unit configured to: execute flex lockup control to cause slip-engagement of the lockup clutch such that a differential rotation between an input-side rotating member and an output-side rotating member of the fluid transmission device is a target differential rotation (ΔN ∗ ) set in advance; and calculate a heat accumulation amount (Qa) applied to friction members of the lockup clutch ; characterized in the electronic control unit is configured to calculate a long-term change that is a change in a cumulative heat accumulation amount (Qac) obtained by cumulating the heat accumulation amount (Qa); and correct the target differential rotation (ΔN ∗ ) to make the target differential rotation (ΔN ∗ ) smaller when the long-term change is large, as compared to when the long-term change is small. execute flex lockup control to cause slip-engagement of the lockup clutch such that a differential rotation between an input-side rotating member and an output-side rotating member of the fluid transmission device is a target differential rotation (ΔN ∗ ) set in advance; and calculate a heat accumulation amount (Qa) applied to friction members of the lockup clutch ; characterized in the electronic control unit is configured to calculate a long-term change that is a change in a cumulative heat accumulation amount (Qac) obtained by cumulating the heat accumulation amount (Qa); and correct the target differential rotation (ΔN ∗ ) to make the target differential rotation (ΔN ∗ ) smaller when the long-term change is large, as compared to when the long-term change is small.
A method of delivering a laundry serum composition into the wash or rinse cycle, comprising the steps of: a. Pouring a laundry liquid into a washing machine drawer, drum or a dosing shuttle b. Pouring a laundry serum composition on top of the laundry liquid Wherein the laundry serum composition comprises: a. 2 - 60 w.t.% benefit agent; b. less than 4 w.t.% surfactant; and c. water, wherein the benefit agent comprises: lubricants (including silicones); and wherein the laundry serum is a liquid product which is used in addition to the laundry liquid; and wherein the laundry serum floats on a laundry liquid with which it is used. a. Pouring a laundry liquid into a washing machine drawer, drum or a dosing shuttle b. Pouring a laundry serum composition on top of the laundry liquid Wherein the laundry serum composition comprises: a. 2 - 60 w.t.% benefit agent; b. less than 4 w.t.% surfactant; and c. water, a. 2 - 60 w.t.% benefit agent; b. less than 4 w.t.% surfactant; and c. water, wherein the benefit agent comprises: lubricants (including silicones); and wherein the laundry serum is a liquid product which is used in addition to the laundry liquid; and wherein the laundry serum floats on a laundry liquid with which it is used.
A multi-layer liner for a cooking vessel, comprising: a closed bottom having a bottom edge ; a top opening comprising a first top edge and a second top edge; a first side seal extending along a first end from the top opening toward the bottom edge ; a second side seal extending along a second end from the top opening toward the bottom edge ; a first lateral wall formed by the first top edge, bottom edge , first side seal , and second side seal ; and a second lateral wall formed by the second top edge, bottom edge , first side seal , and second side seal , wherein the liner material comprises: an aluminum foil sheet configured to contact the cooking vessel; and a polymer film comprising a biaxially-oriented polyethylene terephthalate layer coextruded with an amorphous polyethylene terephthalate sealant layer, wherein the aluminum foil sheet is thermally laminated to the polymer film. a closed bottom having a bottom edge ; a top opening comprising a first top edge and a second top edge; a first side seal extending along a first end from the top opening toward the bottom edge ; a second side seal extending along a second end from the top opening toward the bottom edge ; a first lateral wall formed by the first top edge, bottom edge , first side seal , and second side seal ; and a second lateral wall formed by the second top edge, bottom edge , first side seal , and second side seal , wherein the liner material comprises: an aluminum foil sheet configured to contact the cooking vessel; and a polymer film comprising a biaxially-oriented polyethylene terephthalate layer coextruded with an amorphous polyethylene terephthalate sealant layer, wherein the aluminum foil sheet is thermally laminated to the polymer film. an aluminum foil sheet configured to contact the cooking vessel; and a polymer film comprising a biaxially-oriented polyethylene terephthalate layer coextruded with an amorphous polyethylene terephthalate sealant layer, wherein the aluminum foil sheet is thermally laminated to the polymer film.
Plant for producing cement clinker and separating the carbon dioxide from the exhaust gas stream, wherein the plant comprises a preheater , a calciner , a kiln and a product cooler, wherein the plant further comprises a carbon dioxide separation device , wherein the installation comprises a cold preparation device, wherein the cold preparation device is connected to the carbon dioxide separation device , wherein the installation comprises at least one first gas heat exchanger , characterised in that in that the refrigeration supply device is an absorption refrigeration machine , the absorption refrigeration machine having a refrigerant branch and a solution circuit, the absorption refrigeration machine having an ejector at which the refrigerant branch branches off from the solution circuit, and an absorber, at which the refrigerant branch is fed back into the solution circuit, the refrigerant branch having an evaporator and a condenser, the first gas heat exchanger being connected to the expander of the absorption refrigerating machine .
An apparatus comprising means for: obtaining an indication of a variable position of at least one user in real space ; mapping the position of the user in real space to a position of the user in a sound space; and mapping a position of a loudspeaker in real space to a position in the sound space to determine a reference position in the sound space; and controlling an output audio signal , for rendering a sound scene by the loudspeaker , to highlight at least some sound sources comprised in a sub-volume of the sound space that is dependent upon the position of the user in the sound space relative to the reference position in the sound space. obtaining an indication of a variable position of at least one user in real space ; mapping the position of the user in real space to a position of the user in a sound space; and mapping a position of a loudspeaker in real space to a position in the sound space to determine a reference position in the sound space; and controlling an output audio signal , for rendering a sound scene by the loudspeaker , to highlight at least some sound sources comprised in a sub-volume of the sound space that is dependent upon the position of the user in the sound space relative to the reference position in the sound space.
A copolymer comprising: -SO 2 X end groups; divalent units independently represented by formula: wherein b is 2 to 8, c is 0 to 2, e is 1 to 8, and each X is independently F, -NZH, -NZSO 2 (CF 2 ) 1-6 SO 2 X', -NZ[SO 2 (CF 2 ) a SO 2 NZ] 1-10 SO 2 (CF 2 ) a SO 2 X', or -OZ, wherein Z is independently a hydrogen, an alkali-metal cation or a quaternary ammonium cation, X' is independently -NZH or -OZ, and each a is independently 1 to 6; and one or more other, independently selected fluorinated divalent units; wherein the copolymer has an -SO 2 X equivalent weight of up to 1000. divalent units independently represented by formula: wherein b is 2 to 8, c is 0 to 2, e is 1 to 8, and each X is independently F, -NZH, -NZSO 2 (CF 2 ) 1-6 SO 2 X', -NZ[SO 2 (CF 2 ) a SO 2 NZ] 1-10 SO 2 (CF 2 ) a SO 2 X', or -OZ, wherein Z is independently a hydrogen, an alkali-metal cation or a quaternary ammonium cation, X' is independently -NZH or -OZ, and each a is independently 1 to 6; and one or more other, independently selected fluorinated divalent units; wherein the copolymer has an -SO 2 X equivalent weight of up to 1000.
An oven for heating food comprising: a controller ; two or more heating elements comprising a first heating element and a second heating element; one or more position sensors constructed and arranged to obtain position information of a food item to be heated in the oven by the two or more heating elements ; and the controller configured to receive the position information from the one or more position sensors , and to control a temperature output of the two or more heating elements based at least in part on the position information; and characterised in that the one or more position sensors are constructed and arranged to obtain the position information of the food item by directly sensing a position of the food item ; and the controller is configured to adjust a temperature output of the two or more heating elements in real-time during cooking in response to determining that the food item to be heated is closer to the second heating element than the first heating element, and to cause the first heating element to emit heat at a first temperature and to cause the second heating element to emit heat at a second temperature, the first temperature being higher than the second temperature. a controller ; two or more heating elements comprising a first heating element and a second heating element; one or more position sensors constructed and arranged to obtain position information of a food item to be heated in the oven by the two or more heating elements ; and the controller configured to receive the position information from the one or more position sensors , and to control a temperature output of the two or more heating elements based at least in part on the position information; and characterised in that the one or more position sensors are constructed and arranged to obtain the position information of the food item by directly sensing a position of the food item ; and the controller is configured to adjust a temperature output of the two or more heating elements in real-time during cooking in response to determining that the food item to be heated is closer to the second heating element than the first heating element, and to cause the first heating element to emit heat at a first temperature and to cause the second heating element to emit heat at a second temperature, the first temperature being higher than the second temperature.