mhurhangee/ep-ind-claims huggingface dataset:
A method of handling condition locked media comprising: determining whether one or more conditions have been satisfied for a media content to be played by a media player; and if one or more playback conditions are satisfied, playing the media content asset, characterized in that: said determination is performed remotely at a remote server by sending information over a network to and receiving information from said remote server; and if the one or more conditions are not satisfied, the method further comprises playing an alternative media content playlist, wherein the alternative media content playlist comprises one of: one or more alternative media content assets that are available locally to the media player; one or more alternative media content assets that are received on the media player over a network; or a customized alternative media content playlist. determining whether one or more conditions have been satisfied for a media content to be played by a media player; and if one or more playback conditions are satisfied, playing the media content asset, characterized in that: said determination is performed remotely at a remote server by sending information over a network to and receiving information from said remote server; and if the one or more conditions are not satisfied, the method further comprises playing an alternative media content playlist, wherein the alternative media content playlist comprises one of: one or more alternative media content assets that are available locally to the media player; one or more alternative media content assets that are received on the media player over a network; or a customized alternative media content playlist. said determination is performed remotely at a remote server by sending information over a network to and receiving information from said remote server; and if the one or more conditions are not satisfied, the method further comprises playing an alternative media content playlist, wherein the alternative media content playlist comprises one of: one or more alternative media content assets that are available locally to the media player; one or more alternative media content assets that are received on the media player over a network; or a customized alternative media content playlist.
A device for dropping a load attached below an aircraft, such as a fighter aircraft or a combat helicopter, comprising at least: - an expandable system for dropping the load in the form of a pantograph which may take a first stowed position for holding the load, for example within a cargo bay of the aircraft, and a second deployed position for installing the load on the ground or for dropping it in flight by moving the latter away from the aircraft through a vertical push directed downwards, said drop pantograph including at least two pairs of articulated connecting rods (25, 26) connected to each other via fixed and movable (21, 23, 24) pivots forming a connecting rod assembly (20a; 20b), - a cylinder for triggering the pantograph provided with a cylinder rod to which two movable upper pivots of said drop pantograph are connected, characterised in that it further comprises an intermediate cradle for supporting the load, in that the drop pantograph comprises two identical connecting rod assemblies (20a, 20b) mounted in parallel along the cradle and operating in perfect synchronisation for switching from one position to another and in that the two connecting rod assemblies (20a, 20b) are disposed on either side of a plane of longitudinal symmetry of the cradle, the cradle being split longitudinally into two portions (30a, 30b) on each of which a connecting rod assembly (20a, 20b) is secured, and in that it further comprises a piston indirectly linked to the trigger cylinder and including a piston rod such that, in an extended position of the rod of the trigger cylinder in which the drop pantograph is deployed, the rod of the piston is extended. - an expandable system for dropping the load in the form of a pantograph which may take a first stowed position for holding the load, for example within a cargo bay of the aircraft, and a second deployed position for installing the load on the ground or for dropping it in flight by moving the latter away from the aircraft through a vertical push directed downwards, said drop pantograph including at least two pairs of articulated connecting rods (25, 26) connected to each other via fixed and movable (21, 23, 24) pivots forming a connecting rod assembly (20a; 20b), - a cylinder for triggering the pantograph provided with a cylinder rod to which two movable upper pivots of said drop pantograph are connected,
A catalytic article to remove emissions from a gas stream containing soot, ammonia, an ammonia precursor, NO x, CO and hydrocarbons, the article comprising: a wall-flow filter for trapping soot in the gas stream, the filter having an inlet end and an outlet end defining an overall length, gas permeable walls having a thickness formed into a plurality of axially extending inlet channels and outlet channels, each inlet channel having inlet walls, an open inlet end and a plugged outlet end, each outlet channel having outlet walls, a plugged inlet end and an open outlet end, with each inlet channel having adjacent outlet channels; a hydrolysis catalyst that promotes the hydrolysis of the ammonia precursor, the hydrolysis catalyst coated on a portion of the inlet walls of the inlet channels extending from the inlet end; a selective catalytic reduction catalyst permeating the gas permeable walls, the selective catalytic reduction catalyst promoting the conversion of NO x in the gas stream to N 2 in the presence of excess oxygen; an ammonia oxidation catalyst including a zeolitic or non-zeolitic molecular sieve coating a length of the outlet walls of the outlet channels that promotes the selective oxidation of ammonia to N 2 in the gas stream; and an oxidation catalyst comprising a platinum group metal on a high surface area support coated on a portion of the outlet walls of the outlet channels extending from the outlet end toward the inlet end that promotes the oxidation of CO and hydrocarbons to CO 2, wherein there is no overlap of the oxidation catalyst on the ammonia oxidation catalyst. a wall-flow filter for trapping soot in the gas stream, the filter having an inlet end and an outlet end defining an overall length, gas permeable walls having a thickness formed into a plurality of axially extending inlet channels and outlet channels, each inlet channel having inlet walls, an open inlet end and a plugged outlet end, each outlet channel having outlet walls, a plugged inlet end and an open outlet end, with each inlet channel having adjacent outlet channels; a hydrolysis catalyst that promotes the hydrolysis of the ammonia precursor, the hydrolysis catalyst coated on a portion of the inlet walls of the inlet channels extending from the inlet end; a selective catalytic reduction catalyst permeating the gas permeable walls, the selective catalytic reduction catalyst promoting the conversion of NO x in the gas stream to N 2 in the presence of excess oxygen; an ammonia oxidation catalyst including a zeolitic or non-zeolitic molecular sieve coating a length of the outlet walls of the outlet channels that promotes the selective oxidation of ammonia to N 2 in the gas stream; and an oxidation catalyst comprising a platinum group metal on a high surface area support coated on a portion of the outlet walls of the outlet channels extending from the outlet end toward the inlet end that promotes the oxidation of CO and hydrocarbons to CO 2, wherein there is no overlap of the oxidation catalyst on the ammonia oxidation catalyst.
Plant for the synthesis of urea, comprising: a synthesis section comprising at least one reactor, a compressor feeding CO 2 to said synthesis section, characterized in that it comprises a gas turbine for the operation of said CO 2 compressor and in that it comprises a heat recovery steam generator, wherein the hot source of said heat recovery steam generator is represented by exhaust gases of said gas turbine, and wherein at least one steam flow produced by said heat recovery steam generator is used as heat source for at least one component of said urea plant. a synthesis section comprising at least one reactor, a compressor feeding CO 2 to said synthesis section, characterized in that it comprises a gas turbine for the operation of said CO 2 compressor and in that it comprises a heat recovery steam generator, wherein the hot source of said heat recovery steam generator is represented by exhaust gases of said gas turbine, and wherein at least one steam flow produced by said heat recovery steam generator is used as heat source for at least one component of said urea plant.
A pipe seal suitable for use in a Rieber joint, i.e a joint comprising a bell, a spigot and a self-restraining gasket, the seal comprising an annular sealing member and an annular reinforcing member completely embedded in the sealing member, the reinforcing member made of a rigid plastic band and the reinforcing member including, for increasing an area of contact between the sealing member and the reinforcing member, protrusions arranged on two opposing side walls of the reinforcing member and/or recesses arranged on two opposing side walls of the reinforcing member.
A composition comprising: - a first compound which is a matrix polymer selected from the group consisting of polyesters and nylons, - a second compound which is an oxidation catalyst, that is selected in the group consisting of transition metal compounds, any molecule containing a N-hydroxy cyclic imide and their derivatives and combinations, - a third compound in the range of 0.1 to 5% by weight of the total composition, which is a copolymer or co-oligomer comprising at least one comonomer containing allylic carbons and at least one polar "non-reactive" moiety, wherein said at least one comonomer containing allylic carbons is isoprene or butadiene, and wherein the non-reactive polar moiety is derived from p-aminobenzamide, and the polar "non-reactive" moiety is one in which no reaction with the polyester matrix polymer is detected using IR analysis after 7 parts of the compound with the polar moiety has been melt blended in a mixing chamber with 93 parts of the polyester matrix polymer under nitrogen for a period of 2 minutes at a temperature 15 °C higher than the melt point of the matrix polymer without the oxidation catalyst. - a first compound which is a matrix polymer selected from the group consisting of polyesters and nylons, - a second compound which is an oxidation catalyst, that is selected in the group consisting of transition metal compounds, any molecule containing a N-hydroxy cyclic imide and their derivatives and combinations, - a third compound in the range of 0.1 to 5% by weight of the total composition, which is a copolymer or co-oligomer comprising at least one comonomer containing allylic carbons and at least one polar "non-reactive" moiety,
A heat recovery steam generator comprising: a first casing having an enclosure that has an interior enclosing at least one first duct for gas to flow therein along a gas flow axis, each first duct being defined by duct defining members that are spaced apart from each other and extend into the interior of the first casing; characterized in that it further comprises a plurality of stiffening members elongated along the gas flow axis; each of the stiffening members positioned in the interior and positioned between two of the duct defining members; and wherein the stiffening members and duct defining members have a substantially similar coefficient of thermal expansion. a first casing having an enclosure that has an interior enclosing at least one first duct for gas to flow therein along a gas flow axis, each first duct being defined by duct defining members that are spaced apart from each other and extend into the interior of the first casing; characterized in that it further comprises a plurality of stiffening members elongated along the gas flow axis; each of the stiffening members positioned in the interior and positioned between two of the duct defining members; and wherein the stiffening members and duct defining members have a substantially similar coefficient of thermal expansion.
An anode for electrochemical cells, of the type of vertical anodes provided with a hanging structure having: - a horizontal current supply conductor bar and; - one or more vertical distribution bars connected to the current supply bar, the distribution bars comprising: ∘ a core of a conductive element selected from the group consisting of copper, aluminum, lead and alloy thereof, and ∘ an outer layer or skin of a material selected from the group consisting of titanium or alloys thereof, valve metals or alloys thereof, and lead or alloys thereof, and; - at least one coated or uncoated titanium anode plate associated with the vertical distribution bars, characterized in that the anode incorporates an adapter element arranged between at least one of the vertical distribution bars and at least one of the coated or uncoated titanium anode plates, the adapter element comprising at least one current limiter assembly having a current limiter, said current limiter assembly being associated with the at least one vertical distribution bar and the at least one coated or uncoated titanium anode plate in such a way that it connects the vertical distribution bar to the coated or uncoated titanium anode plate. - a horizontal current supply conductor bar and; - one or more vertical distribution bars connected to the current supply bar, the distribution bars comprising: ∘ a core of a conductive element selected from the group consisting of copper, aluminum, lead and alloy thereof, and ∘ an outer layer or skin of a material selected from the group consisting of titanium or alloys thereof, valve metals or alloys thereof, and lead or alloys thereof, and; ∘ a core of a conductive element selected from the group consisting of copper, aluminum, lead and alloy thereof, and ∘ an outer layer or skin of a material selected from the group consisting of titanium or alloys thereof, valve metals or alloys thereof, and lead or alloys thereof, and; - at least one coated or uncoated titanium anode plate associated with the vertical distribution bars,
A linear electric machine, comprising: a stator; and a first mover and a second mover arranged at positions spaced apart from each other by an electrical phase angle (β) of 60 ° = τ p 3, wherein τ p denotes a pole pitch, the movers linearly moving with respect to the stator; wherein each of the two movers (A, B) has three mover teeth, the mover teeth being spaced apart from each other at regular intervals (α); wherein the first mover includes three phase coils having phases U, V, W and the second mover includes three phase coils having /U, /V, /W, wherein /U denotes a phase difference of 180° with respect to the phase U, wherein /V denotes a phase difference of 180° with respect to the phase V and wherein /W denotes a phase difference of 180° with respect to the phase W; wherein each phase coil is wound around one of the mover teeth and the phase coils are arranged in the order of phases U, V, W, /V, /W and /U; and wherein the stator comprises an iron core having a plurality of salient poles, with permanent magnets provided in depressions defined between the salient poles. a stator; and a first mover and a second mover arranged at positions spaced apart from each other by an electrical phase angle (β) of 60 ° = τ p 3, wherein τ p denotes a pole pitch, the movers linearly moving with respect to the stator; wherein each of the two movers (A, B) has three mover teeth, the mover teeth being spaced apart from each other at regular intervals (α); wherein the first mover includes three phase coils having phases U, V, W and the second mover includes three phase coils having /U, /V, /W, wherein /U denotes a phase difference of 180° with respect to the phase U, wherein /V denotes a phase difference of 180° with respect to the phase V and wherein /W denotes a phase difference of 180° with respect to the phase W; wherein each phase coil is wound around one of the mover teeth and the phase coils are arranged in the order of phases U, V, W, /V, /W and /U; and wherein the stator comprises an iron core having a plurality of salient poles, with permanent magnets provided in depressions defined between the salient poles.
An automotive headlamp comprising: a plurality of lamp modules (100, 200) disposed in different directions from an optical axis of the automotive headlamp; a projection lens projecting light emitted from one or more of the lamp modules (100, 200), wherein each of the lamp modules (100, 200) includes: a light source unit (110, 201) emitting light downward; and a reflector (120, 202) disposed under the light source unit (110, 201) and configured to reflect light emitted from the light source unit (110, 201); and a shield disposed in front of the lamp modules (100, 200), wherein the shield forms a low-beam pattern by blocking part of light emitted from one or more of the lamp modules (100, 200) and is disposed adjacent to an optical axis of the projection lens, characterized in that heat sinks are installed on top surfaces of the light source units (110, 201) of the lamp modules (100, 200), respectively; lamp modules (100, 200) comprise a first lamp module disposed above the optical axis and a second lamp module disposed below the optical axis; and at least one of the heat sinks installed on the top surfaces of the light source units (110, 201) is coupled to a surface of an extension portion which extends backward from a shield placed in front of the lamp modules (100, 200). a plurality of lamp modules (100, 200) disposed in different directions from an optical axis of the automotive headlamp; a projection lens projecting light emitted from one or more of the lamp modules (100, 200), wherein each of the lamp modules (100, 200) includes: a light source unit (110, 201) emitting light downward; and a reflector (120, 202) disposed under the light source unit (110, 201) and configured to reflect light emitted from the light source unit (110, 201); and a shield disposed in front of the lamp modules (100, 200), wherein the shield forms a low-beam pattern by blocking part of light emitted from one or more of the lamp modules (100, 200) and is disposed adjacent to an optical axis of the projection lens, a light source unit (110, 201) emitting light downward; and a reflector (120, 202) disposed under the light source unit (110, 201) and configured to reflect light emitted from the light source unit (110, 201); and a shield disposed in front of the lamp modules (100, 200), wherein the shield forms a low-beam pattern by blocking part of light emitted from one or more of the lamp modules (100, 200) and is disposed adjacent to an optical axis of the projection lens, characterized in that heat sinks are installed on top surfaces of the light source units (110, 201) of the lamp modules (100, 200), respectively; lamp modules (100, 200) comprise a first lamp module disposed above the optical axis and a second lamp module disposed below the optical axis; and at least one of the heat sinks installed on the top surfaces of the light source units (110, 201) is coupled to a surface of an extension portion which extends backward from a shield placed in front of the lamp modules (100, 200).
A system for recording a digital hologram of an object comprising: - a coherent or partially coherent source intended to illuminate the object and thus produce a wave that is diffracted by the object; - a digital sensor intended to record the digital hologram of the object, characterised in that it further comprises a spatial phase modulation assembly consisting of: - a spatial phase modulator located between the object and the sensor that is associated with: - a first image formation device (9, 18, 16) adapted to form the image A" of the object at a non-zero distance Δz1 from the spatial phase modulator and with - a second image formation device (16, 17) adapted to form: - the image (B') of the plane of the spatial phase modulator in a plane located at a non-zero distance Δz2 from the plane of the sensor; and - the image A' of the image A" of the object in a plane located at a distance Δz' from the plane of the sensor, said modulation assembly being adapted to produce, in the plane of the sensor, a plurality of identical duplicates of the wave diffracted by the object that are offset from each other but partially overlap, said duplicates forming a digital hologram of the object on the sensor, said hologram being called auto-referenced hologram. - a coherent or partially coherent source intended to illuminate the object and thus produce a wave that is diffracted by the object; - a digital sensor intended to record the digital hologram of the object, - a spatial phase modulator located between the object and the sensor that is associated with: - a first image formation device (9, 18, 16) adapted to form the image A" of the object at a non-zero distance Δz1 from the spatial phase modulator and with - a second image formation device (16, 17) adapted to form: - the image (B') of the plane of the spatial phase modulator in a plane located at a non-zero distance Δz2 from the plane of the sensor; and - the image A' of the image A" of the object in a plane located at a distance Δz' from the plane of the sensor, said modulation assembly being adapted to produce, in the plane of the sensor, a plurality of identical duplicates of the wave diffracted by the object that are offset from each other but partially overlap, said duplicates forming a digital hologram of the object on the sensor, said hologram being called auto-referenced hologram. - the image (B') of the plane of the spatial phase modulator in a plane located at a non-zero distance Δz2 from the plane of the sensor; and - the image A' of the image A" of the object in a plane located at a distance Δz' from the plane of the sensor,
A container comprising a chute (1, 1a', 1 b') for supporting cylindrical objects, such as reels (2, 2') and tubes, the chute comprising a bottom and a wall structure that extends upward and outward from the bottom of the chute on both sides thereof and is bipartite on both sides of the chute, comprising a lower wall zone and an upper wall zone as an extension of the lower wall zone, and a support frame (29, 29') for supporting the chute, characterized in that the container comprises on both sides of the chute (1, 1a', 1 b') a horizontal support plane (9, 9') the height position of which in the container sets at a top edge of the lower wall zone and at a lower edge of the upper wall zone, each upper wall zone being formed of a first support surface of a wedge-like support member (10, 10') placed onto the support plane (9, 9'), a second support surface of the support member (10, 10') resting against the support plane (9, 9') when the support member is in a first position of use, which support member (10, 10') can be turned by a pivot mechanism in relation to the support frame (29, 29') of the chute (1, 1a', 1 b') so that the first support surface of the support member sets against the lower wall zone of the chute (1, 1 a', 1 b') and the second support surface of the support member sets at the same height level as the support plane (9, 9') for forming a uniform loading plane and for placing the support member to a second position of use, the pivot mechanism comprising two pivots (22 and 23, 23'), a first pivot (23, 23') of which is in the support member (10, 10') and a second pivot is under the support plane (9, 9') at a distance from the support plane, a pivot arm connecting the first pivot to the second pivot.