mhurhangee/ep-ind-claims huggingface dataset:
Device for the mixing and distribution of fluids for a catalytic reactor with a downward flow, said device comprising: - at least one collection zone comprising at least one collection means; - at least one substantially vertical collection line suitable for receiving a reaction fluid collected by said collection means and at least one injection means opening into said collection line for injecting a quench fluid; - at least one mixing zone, situated downstream of the collection means in the direction of circulation of the fluids, said mixing zone comprising at least one mixing chamber connected to said collection line and an outlet end for removing the fluids; - at least one distribution zone, situated downstream of said mixing zone in the direction of circulation of the fluids, comprising a distribution plate extending radially over the entire section of the enclosure of the reactor, said distribution plate comprising at least one first zone supporting a plurality of chimneys and a second zone; characterized in that said mixing zone is comprised in an annular enclosure situated in the distribution zone, said mixing and distribution zones being delimited by at least one annular wall comprising at least one lateral passage section (17a, 17b) suitable for the passage of the fluids from said mixing zone to the first zone of said distribution zone, and in that the second zone of said distribution zone comprises a plurality of openings suitable for the partial passage of the fluids out of the distribution zone. - at least one collection zone comprising at least one collection means; - at least one substantially vertical collection line suitable for receiving a reaction fluid collected by said collection means and at least one injection means opening into said collection line for injecting a quench fluid; - at least one mixing zone, situated downstream of the collection means in the direction of circulation of the fluids, said mixing zone comprising at least one mixing chamber connected to said collection line and an outlet end for removing the fluids; - at least one distribution zone, situated downstream of said mixing zone in the direction of circulation of the fluids, comprising a distribution plate extending radially over the entire section of the enclosure of the reactor, said distribution plate comprising at least one first zone supporting a plurality of chimneys and a second zone;
A thermal regulation system for maintaining stable operation of a sensor, the system comprising: a sensor; and one or more temperature adjusting devices that are in thermal communication with the sensor, and configured to adjust a temperature of the sensor from an initial temperature to a predetermined temperature at a rate of temperature change that meets or exceeds a threshold value, a filler provided in a space between the sensor and at least one of the one or more temperature adjusting devices; characterized in that the sensor and the one or more temperature adjusting devices are installed on a common substrate, wherein the sensor and the one or more temperature adjusting devices directly contact the common substrate. a sensor; and one or more temperature adjusting devices that are in thermal communication with the sensor, and configured to adjust a temperature of the sensor from an initial temperature to a predetermined temperature at a rate of temperature change that meets or exceeds a threshold value, a filler provided in a space between the sensor and at least one of the one or more temperature adjusting devices; characterized in that the sensor and the one or more temperature adjusting devices are installed on a common substrate, wherein the sensor and the one or more temperature adjusting devices directly contact the common substrate.
An ophthalmic device comprising a cell of electrically controllable variable amplitude, comprising at least a first transparent layer front-side and a second transparent layer back-side, the first layer having a convex main surface front-side, the device including at least one transparent insert, which is adhesively bonded to a transparent layer of the cell and which has an optical power chosen to respect an ophthalmic prescription of a wearer of the device, each transparent layer being covered by a conductive coating (9, 10) that extends over a main surface of the transparent layer that is internal to the cell, the device furthermore comprising a control circuit and said cell being connected to the control circuit via two connecting buses (14, 15) of thickness smaller than 5 μm and of width smaller than 1000 μm, each connecting bus being integrally formed between the two transparent layers, and the connecting buses being placed on the periphery of the respective conductive coatings (9, 10), the device furthermore including a frame comprising at least one aperture housing said cell and having a convex curvature front-side corresponding to a front-side curvature of the first transparent layer.
A manufacturing method of a transparent organic light-emitting diode, OLED, display, the method comprising: Step 1: providing a thin film transistor, TFT, array substrate, forming a cathode, an electron transport layer, ETL, a light-emitting layer and a hole transport layer, HTL, sequentially on the TFT array substrate to form a lower substrate, wherein the cathode being a transparent electrode, the HTL being made of an organic material with positive radicals; Step 2: providing an encapsulating cover plate, and forming an anode and a hole inject layer, HIL, on the encapsulating cover layer sequentially to form an upper substrate, wherein the anode being a transparent electrode, the HIL being made of an organic material with negative radicals; execution order of Step 1 and Step 2 being exchangeable; Step 3: laminating the upper substrate and the lower substrate in accordance with attaching the HTL and the HIL correspondingly, the positive radicals on the surface of the HTL and the negative radicals on the surface of the HIL being mutually attracted by a Coulomb force to create a chemical reaction such that the upper substrate and the lower substrate are tightly attached to form the transparent OLED display. Step 1: providing a thin film transistor, TFT, array substrate, forming a cathode, an electron transport layer, ETL, a light-emitting layer and a hole transport layer, HTL, sequentially on the TFT array substrate to form a lower substrate, wherein the cathode being a transparent electrode, the HTL being made of an organic material with positive radicals; Step 2: providing an encapsulating cover plate, and forming an anode and a hole inject layer, HIL, on the encapsulating cover layer sequentially to form an upper substrate, wherein the anode being a transparent electrode, the HIL being made of an organic material with negative radicals; execution order of Step 1 and Step 2 being exchangeable; Step 3: laminating the upper substrate and the lower substrate in accordance with attaching the HTL and the HIL correspondingly, the positive radicals on the surface of the HTL and the negative radicals on the surface of the HIL being mutually attracted by a Coulomb force to create a chemical reaction such that the upper substrate and the lower substrate are tightly attached to form the transparent OLED display.
A process for brightening dyed textile fabrics, characterized in that said fabrics are treated with an aqueous solution containing an aromatic organic peroxocarboxylic acid as an active component, under acidic pH conditions.
An electronic seal, characterized in that the electronic seal (100, 200, 300) is capable of being removably attached to an exterior surface of an object to be sealed, comprising a seal housing (101,201); a seal-tearing sensor (103, 203, 3211) in the seal housing configured to have different states when the electronic seal (100, 200, 300) is attached to the object to be sealed and when the electronic seal (100, 200, 300) is not attached to the object to be sealed; a control unit in the seal housing to determine the state of the electronic seal (100, 200, 300) at least partially based on the state of the seal-tearing senor (103, 203, 3211); and a communication unit configured to communicate with an external device to send state data of the electronic seal (100, 200, 300).
A method for wireless communications by a user equipment, comprising: transmitting a capability message that indicates a capability of the user equipment to monitor a defined number of resources across a plurality of component carriers within a transmission time interval; receiving a monitoring configuration that indicates a plurality of resources for the user equipment to monitor in one or more component carriers within the transmission time interval based at least in part on the capability message; and monitoring, within the transmission time interval, the plurality of resources indicated in the monitoring configuration. transmitting a capability message that indicates a capability of the user equipment to monitor a defined number of resources across a plurality of component carriers within a transmission time interval; receiving a monitoring configuration that indicates a plurality of resources for the user equipment to monitor in one or more component carriers within the transmission time interval based at least in part on the capability message; and monitoring, within the transmission time interval, the plurality of resources indicated in the monitoring configuration.
A dental oven set for sintering a dental prosthesis comprising - a housing which for the large part surrounds a heating chamber, - a closure device for the housing for closing the heating chamber, and - an attachment which is separate from the housing and which can be releasably mounted thereto for closing the heating chamber with a vacuum container projecting into the heating chamber, wherein the heating chamber is selectively closable with the closure device or with the attachment. - a housing which for the large part surrounds a heating chamber, - a closure device for the housing for closing the heating chamber, and - an attachment which is separate from the housing and which can be releasably mounted thereto for closing the heating chamber with a vacuum container projecting into the heating chamber,
A detonator for a projectile, wherein the detonator comprises a brake assembly to enable the braking of a projectile on its trajectory, comprising at least two brake flaps (5, 6), wherein the two brake flaps are formed by an upper brake flap and a lower brake flap, arranged at different positions in the axial direction of the projectile, wherein the brake flaps (5, 6) are substantially U-shaped, comprising two projections which are connected by a braking surface with a curved outer edge, each brake flap (5, 6) comprising a cavity which is partly enclosed by the two projections and the braking surface and which in the folded-up condition partly surrounds a center axis, such that the full span (L-L), where the full span is the distance (L-L) between the outer edge of the upper brake flap and the outer edge of the lower brake flap when the brake flaps (5, 6) are situated in the fully unfolded condition, is greater than twice the projectile diameter (D-D) in the position of the brake assembly in the axial direction of the brake assembly where the brake flaps (5, 6) are situated, and that the lower brake flap further comprises a cavity to reduce the total weight of the lower brake flap, wherein the projection has an end position where a shoulder is situated, wherein the detonator comprises a lower tube body and an upper brake bracket, which together define a central axis, wherein said tube body and brake bracket comprise shaped grooves in which the shoulders are situated and wherein said brake flaps (5, 6) comprise a cavity enabling maximum unfolding of the brake flaps (5, 6) and a positioning around the central axis in the folded-up condition, wherein a first latch which locks the brake flaps (5, 6) in the folded-up condition is situated in the upper brake flap and a second latch is situated beneath the upper brake flap and locks the lower brake flap in the folded-up condition; characterized in that the detonator is configured such that when the first latch is pulled out from the upper brake flap the brake flap begins to move radially out from the central axis with the help of the centrifugal force, whereupon the latch which heretofore locked the lower brake flap is exposed and releases the lower brake flap, which then begins to move radially out from the central axis in the opposite direction with the help of the centrifugal force.
An enteral nutritional composition with improved taste comprising as free amino acids 0 - 10 g phenylalanine, 4 - 8 g valine, 2.5 - 11 g threonine, 0.7 - 3 g tryptophan, 2.5 - 6 g isoleucine, 1.5 - 4 g methionine, 6.5 - 8.5 g leucine, 3 - 6 g lysine, and 1.5 - 3 g histidine, per 100 g free amino acids in the composition.
A sheet material for aircraft interior equipment, comprising: a fire-retardant urethane material; a fire blocking layer consisting of a fire-resistant cloth fused to one of surfaces of the fire-retardant urethane material via a melting layer; and an outer cover consisting of a skin material fused to the other surface of the fire-retardant urethane material via a melting layer. a fire-retardant urethane material; a fire blocking layer consisting of a fire-resistant cloth fused to one of surfaces of the fire-retardant urethane material via a melting layer; and an outer cover consisting of a skin material fused to the other surface of the fire-retardant urethane material via a melting layer.
A method of supporting handover of a user equipment, UE, by a fixed cell, comprising: transmitting (S900, S1000), by the fixed cell to the UE, measurement configuration information including a measurement report condition for a moving cell connected to the fixed cell; if a measurement result for the moving cell satisfies the measurement report condition, receiving (S910, S1010), by the fixed cell, the measurement result for the moving cell from the UE; and transmitting (S930, S1030), by the fixed cell to the UE, a radio resource control, RRC, connection reconfiguration message instructing the UE to set a secondary connection to the moving cell in addition to a primary connection to the fixed cell, wherein the RRC connection reconfiguration message includes a condition for releasing the primary connection to the fixed cell and switching the secondary connection to the moving cell to the primary connection to handover of the UE to the moving cell. transmitting (S900, S1000), by the fixed cell to the UE, measurement configuration information including a measurement report condition for a moving cell connected to the fixed cell; if a measurement result for the moving cell satisfies the measurement report condition, receiving (S910, S1010), by the fixed cell, the measurement result for the moving cell from the UE; and transmitting (S930, S1030), by the fixed cell to the UE, a radio resource control, RRC, connection reconfiguration message instructing the UE to set a secondary connection to the moving cell in addition to a primary connection to the fixed cell, wherein the RRC connection reconfiguration message includes a condition for releasing the primary connection to the fixed cell and switching the secondary connection to the moving cell to the primary connection to handover of the UE to the moving cell.
A method of manufacturing micro-beads comprising thermoplastic micro-particles (26, 34) with an average particle size of 10 μm or smaller, comprising the steps of: a step in which an original filament (1, 22, 32, 41a, 41b, 41c, 61, 72) comprising a thermoplastic polymer is transferred under P1 pressure using a transfer means, a step in which the original filament (1, 22, 32, 41a, 41b, 41c, 61, 72) passes through an orifice (3, 24, 31, 44a, 44b, 44c, 62, 64, 65) and is lead into a spray chamber (6, 23, 45) under P2 pressure, wherein P1 is a higher pressure than P2, and a step in which the original filament (1, 22, 32, 41a, 41b, 41c, 61, 72) that passed through the orifice (3, 24, 31, 44a, 44b, 44c, 62, 64, 65) in the spray chamber (6, 23, 45) is irradiated using an infrared beam (9, 22, 33, 48, 63, 71a, 71b, 71c, 77a, 77b, 77c) to heat and fuse and is sprayed into microparticles (26, 34) using the gas flow generated by the pressure differential between P1 and P2. a step in which an original filament (1, 22, 32, 41a, 41b, 41c, 61, 72) comprising a thermoplastic polymer is transferred under P1 pressure using a transfer means, a step in which the original filament (1, 22, 32, 41a, 41b, 41c, 61, 72) passes through an orifice (3, 24, 31, 44a, 44b, 44c, 62, 64, 65) and is lead into a spray chamber (6, 23, 45) under P2 pressure, wherein P1 is a higher pressure than P2, and a step in which the original filament (1, 22, 32, 41a, 41b, 41c, 61, 72) that passed through the orifice (3, 24, 31, 44a, 44b, 44c, 62, 64, 65) in the spray chamber (6, 23, 45) is irradiated using an infrared beam (9, 22, 33, 48, 63, 71a, 71b, 71c, 77a, 77b, 77c) to heat and fuse and is sprayed into microparticles (26, 34) using the gas flow generated by the pressure differential between P1 and P2.
An air supply system for providing a clean air flow in a room, the air supply system (200, 300) comprising: a first air supply section through which a first flow of clean air is supplied with a lower temperature than the temperature of the ambient air in the room, a second air supply section through which a second flow of clean air is supplied, wherein the first air supply section and the second air supply section are situated in the ceiling in the room, the first air supply section at least partly surrounding the second air supply section, and wherein the first air supply section is arranged to brake the initial velocity (v 1) of the first flow of clean air when entering the first air supply section, whereby the first flow of clean air thereafter forms a gravitationally induced downward flow, wherein the second air supply section is arranged to adjust the velocity (v 1) of the second flow of clean air when entering the second air supply section to a predetermined velocity (v 2), and adapted to direct the second flow of clean air downwards, characterized in that the predetermined velocity (v 2) is selected such that the clean airflow has essentially the same velocity (v 3) throughout a cross-section, as seen transverse the downward direction, of the clean air flow at a specific level, the specific level being a working height for activities in a work area of the room which the clean air flow covers. a first air supply section through which a first flow of clean air is supplied with a lower temperature than the temperature of the ambient air in the room, a second air supply section through which a second flow of clean air is supplied, wherein the first air supply section and the second air supply section are situated in the ceiling in the room, the first air supply section at least partly surrounding the second air supply section, and wherein the first air supply section is arranged to brake the initial velocity (v 1) of the first flow of clean air when entering the first air supply section, whereby the first flow of clean air thereafter forms a gravitationally induced downward flow, wherein the second air supply section is arranged to adjust the velocity (v 1) of the second flow of clean air when entering the second air supply section to a predetermined velocity (v 2), and adapted to direct the second flow of clean air downwards, characterized in that the predetermined velocity (v 2) is selected such that the clean airflow has essentially the same velocity (v 3) throughout a cross-section, as seen transverse the downward direction, of the clean air flow at a specific level, the specific level being a working height for activities in a work area of the room which the clean air flow covers.
A vehicle, comprising: an engine, an engine damper, and a temperature control system for a cab of the vehicle, the temperature control system comprising at least one fan, a condenser, and plural hoses (20, 22, 28, 32) that enable closed loop fluid flow, the plural hoses including a first hose coupled to an outlet of the condenser; characterized in that the vehicle includes a cooling system for the engine damper in which at least a portion of the first hose is located proximal to an outward face of the engine damper and disposed between the at least one fan and the engine damper, the arrangement configured such that, in use, air flowing from the fan over the exterior of the at least a portion of the first hose is cooled, reducing the air temperature around the engine damper.
Fish farming system comprising: a ring- or polygonal shaped, semi-submersible floating collar being operable between at least two different semi-submerged positions by ballasting and de-ballasting, a submersible enclosure for fish, the enclosure suspended from and supported by the floating collar, an inner structure fixed to and extending inwardly from the floating collar, the inner structure comprising a ring- or polygonal shaped inner structure part, a roof arranged to close a top section of the enclosure, and a gap or an opening provided between the inner structure and the floating collar at regular intervals about an outer circumference or outer sides of the inner structure, or as a continuous gap or opening between the inner structure part and the floating collar, characterised in that the enclosure comprises a net fixed to and suspended from the inner structure, the roof is fixed to the inner structure and arranged enclosed by the inner structure part and arranged to close a first opening defined by the inner structure part, and the inner structure comprises a second opening (60,61) into the enclosure. a ring- or polygonal shaped, semi-submersible floating collar being operable between at least two different semi-submerged positions by ballasting and de-ballasting, a submersible enclosure for fish, the enclosure suspended from and supported by the floating collar, an inner structure fixed to and extending inwardly from the floating collar, the inner structure comprising a ring- or polygonal shaped inner structure part, a roof arranged to close a top section of the enclosure, and a gap or an opening provided between the inner structure and the floating collar at regular intervals about an outer circumference or outer sides of the inner structure, or as a continuous gap or opening between the inner structure part and the floating collar, characterised in that the enclosure comprises a net fixed to and suspended from the inner structure, the roof is fixed to the inner structure and arranged enclosed by the inner structure part and arranged to close a first opening defined by the inner structure part, and the inner structure comprises a second opening (60,61) into the enclosure.
An activating support prepared by the steps of (a) combining (i) a fluorine-containing compound having a reactive group and (ii) an organometallic compound (b) addition of a porous mineral oxide support material, (c) heating the functionalized support from step (b) under an inert gas and then under an atmosphere comprising oxygen, and (d) recovering the activating support. (a) combining (i) a fluorine-containing compound having a reactive group and (ii) an organometallic compound (b) addition of a porous mineral oxide support material, (c) heating the functionalized support from step (b) under an inert gas and then under an atmosphere comprising oxygen, and (d) recovering the activating support.