mhurhangee/ep-ind-claims huggingface dataset:
Device for de-icing a surface of a radome housing an antenna, comprising: - a hot air generator; - a set of intake ducts for directing the hot air produced by the generator towards the surface to be de-iced; - a set of exhaust ducts for returning cooled air towards the hot air generator; - air circulation means (17, 18) for blowing the hot air produced by the generator into the set of intake ducts and for aspirating cooled air and circulating the cooled air towards the hot air generator through the set of exhaust ducts; characterised in that it further comprises: - an air diffusion nozzle that is placed on the periphery of the surface, connected to the set of intake ducts and configured to diffuse, over the entire surface to be de-iced, the hot air exiting the set of intake ducts in the form of a free laminar hot air flow covering the whole of said surface; - an air manifold that is placed on the periphery of the surface, connected to the set of exhaust ducts and configured to allow air to be aspirated on the surface to be de-iced, the air being aspirated by the air circulation means and returned to the hot air generator through the set of exhaust ducts; - supplementary means arranged on the periphery of the surface to be de-iced and configured to form a frame allowing the laminar hot air flow distributed by the diffusion nozzle to be maintained on the surface to be de-iced. - a hot air generator; - a set of intake ducts for directing the hot air produced by the generator towards the surface to be de-iced; - a set of exhaust ducts for returning cooled air towards the hot air generator; - air circulation means (17, 18) for blowing the hot air produced by the generator into the set of intake ducts and for aspirating cooled air and circulating the cooled air towards the hot air generator through the set of exhaust ducts; - an air diffusion nozzle that is placed on the periphery of the surface, connected to the set of intake ducts and configured to diffuse, over the entire surface to be de-iced, the hot air exiting the set of intake ducts in the form of a free laminar hot air flow covering the whole of said surface; - an air manifold that is placed on the periphery of the surface, connected to the set of exhaust ducts and configured to allow air to be aspirated on the surface to be de-iced, the air being aspirated by the air circulation means and returned to the hot air generator through the set of exhaust ducts; - supplementary means arranged on the periphery of the surface to be de-iced and configured to form a frame allowing the laminar hot air flow distributed by the diffusion nozzle to be maintained on the surface to be de-iced.
A method of wireless communication at a narrowband user equipment, UE, comprising: transmitting, to a wideband base station, BS, uplink transmissions (1106, 1108, 1110) in a plurality of transmission units during a frame structure, wherein the frame structure includes a downlink, DL, portion and an uplink, UL, portion comprising three transmission units and the frame structure includes a Listen-Before-Talk-, LBT-, portion at the beginning of the frame structure during which the wideband BS performs clear channel assessment, wherein the narrowband user equipment, UE, is configured to hop from a first set of narrowband frequency bands for a first channel occupancy to a second set of narrowband frequency bands for a second channel occupancy across frames according to a hopping pattern, and wherein the first set of narrowband frequency bands being different than the second set of narrowband frequency bands; and hopping sets of narrowband frequency bands in a first pattern across frames based on the hopping pattern. transmitting, to a wideband base station, BS, uplink transmissions (1106, 1108, 1110) in a plurality of transmission units during a frame structure, wherein the frame structure includes a downlink, DL, portion and an uplink, UL, portion comprising three transmission units and the frame structure includes a Listen-Before-Talk-, LBT-, portion at the beginning of the frame structure during which the wideband BS performs clear channel assessment, wherein the narrowband user equipment, UE, is configured to hop from a first set of narrowband frequency bands for a first channel occupancy to a second set of narrowband frequency bands for a second channel occupancy across frames according to a hopping pattern, and wherein the first set of narrowband frequency bands being different than the second set of narrowband frequency bands; and hopping sets of narrowband frequency bands in a first pattern across frames based on the hopping pattern.
A mining vehicle comprising: a combustion engine for executing tramming, a hydraulic system for powering at least one hydraulic actuator, an electrically operable powerpack for powering the hydraulic system, and a cooling arrangement; wherein the cooling arrangement comprises: a first liquid cooling circuit for cooling the combustion engine and comprising at least one first radiator provided with a fan, and a first pump unit for circulating coolant agent between the combustion engine and the first radiator; at least one oil cooler for cooling hydraulic oil of the hydraulic system; and a second liquid cooling circuit selectively connectable to the first liquid cooling circuit whereby the same cooling agent, the first radiator and the fan are implemented in both liquid cooling circuits (8, 10); wherein the mentioned oil cooler is a liquid to liquid cooler connected to the second liquid cooling circuit whereby heat of the hydraulic oil is transferred via the oil cooler to the coolant agent; and the cooling arrangement further comprises a first cooling mode for circulating the coolant agent in the first liquid cooling circuit in response to detection that the combustion engine is operating; characterized in that a second cooling mode for circulating the coolant agent in the second liquid cooling circuit only in response to detection that the combustion engine is not operating. a first liquid cooling circuit for cooling the combustion engine and comprising at least one first radiator provided with a fan, and a first pump unit for circulating coolant agent between the combustion engine and the first radiator; at least one oil cooler for cooling hydraulic oil of the hydraulic system; and a second liquid cooling circuit selectively connectable to the first liquid cooling circuit whereby the same cooling agent, the first radiator and the fan are implemented in both liquid cooling circuits (8, 10); wherein the mentioned oil cooler is a liquid to liquid cooler connected to the second liquid cooling circuit whereby heat of the hydraulic oil is transferred via the oil cooler to the coolant agent; and the cooling arrangement further comprises a first cooling mode for circulating the coolant agent in the first liquid cooling circuit in response to detection that the combustion engine is operating; characterized in that a second cooling mode for circulating the coolant agent in the second liquid cooling circuit only in response to detection that the combustion engine is not operating.
An Internet Protocol Multimedia Subsystem, IMS, comprising: a Serving-Call Session Control Function, S-CSCF, comprising: a Service Capability Interaction Manager, SCIM, configured to: invoke, in response to a message being received by the S-CSCF, a composite application service consisting of a plurality of micro application services sequenced by the SCIM according to their priorities. a Serving-Call Session Control Function, S-CSCF, comprising: a Service Capability Interaction Manager, SCIM, configured to: invoke, in response to a message being received by the S-CSCF, a composite application service consisting of a plurality of micro application services sequenced by the SCIM according to their priorities. a Service Capability Interaction Manager, SCIM, configured to: invoke, in response to a message being received by the S-CSCF, a composite application service consisting of a plurality of micro application services sequenced by the SCIM according to their priorities. invoke, in response to a message being received by the S-CSCF, a composite application service consisting of a plurality of micro application services sequenced by the SCIM according to their priorities.
Electromagnet where in a media-filled armature space an armature is provided moving longitudinally, and through a coil winding flown-through by electricity a magnetic field can be generated such that this magnetic field acts on the armature and moves it in the armature space, wherein the armature has a penetration opening, that can be filled by medium, and the armature carries at least one locking element mounted movably in the penetration opening, and the locking element opens or closes a nozzle (71, 74), wherein the locking element is formed by a guide element carrying a seal nipple and the guide element guiding the locking element in the penetration opening, characterized in that the guide element has several guide bases, and between two guide bases one flow area each for the medium entering or leaving the penetration opening is provided.
A a marine vessel comprising an assembly, said assembly comprising a unit arranged in a water tight chamber inside a hull of the vessel, the chamber comprising an opening through the hull, wherein the unit is adapted to extend into the water below the vessel when at its mounted position, which assembly comprises a connection path running through a potential route to the water underneath the vessel from outside the vessel to inside of the vessel along interconnecting surfaces of the unit and the hull of the vessel, which connection path is provided with a sealing system and which sealing system divides the connection path to outside connection path portion and inside connection path portion (630") and which sealing system cooperates with the unit to water tightly close the opening, characterized in that the assembly comprises a gas inlet system opening (640, 640') to the outside connection path portion.
A computerized method, comprising: generating a set of engagement rules for a website, based on previous third party analytics, the set of engagement rules for determining when the website should engage with a user of the website, wherein each engagement rule defines criteria based on user interaction with the website that, if met, causes the website to engage a user of the website; storing, by a server computer, the set of engagement rules for the website; receiving, by the server computer, data indicative of a set of users' interactions with the website, wherein the data is generated by a third-party data provider; and automatically adjusting, by the server computer, one or more generated rules from the set of engagement rules based on the received data; engaging the user of the website when the criteria of one or more of the engagement rules are met. generating a set of engagement rules for a website, based on previous third party analytics, the set of engagement rules for determining when the website should engage with a user of the website, wherein each engagement rule defines criteria based on user interaction with the website that, if met, causes the website to engage a user of the website; storing, by a server computer, the set of engagement rules for the website; receiving, by the server computer, data indicative of a set of users' interactions with the website, wherein the data is generated by a third-party data provider; and automatically adjusting, by the server computer, one or more generated rules from the set of engagement rules based on the received data; engaging the user of the website when the criteria of one or more of the engagement rules are met.
A fiber optic connector assembly, comprising: a housing that extends from a first end to a second end, the housing including a front wall proximal to the first end and a first top wall section that extends from a position proximal to the front wall of the housing to a second top wall section, the second top wall section including a recess; and a sliding securement member releasably secured to the first top wall section of the housing, the sliding securement member extending from a first end to a second end; wherein the front wall is configured to house at least a portion of fiber optic ports; wherein the sliding securement member is configured to be moved away from the front wall of the housing to a rearward position to allow the housing to be moved to a first position within an aperture of a panel member; wherein the sliding securement member is configured to be moved toward the front wall of the housing to a forward position to removably lock the housing within the aperture after the housing has moved to a second position within the aperture; and wherein a portion of the second end of the sliding securement member is positioned over and above the recess of the second top wall section when the sliding securement member is in the rearward or the forward positions; characterized in that the second top wall section extends from the first top wall section to the second end of the housing, the second top wall section sloping downward from a position proximal to the first top wall section to the second end of the housing. a housing that extends from a first end to a second end, the housing including a front wall proximal to the first end and a first top wall section that extends from a position proximal to the front wall of the housing to a second top wall section, the second top wall section including a recess; and a sliding securement member releasably secured to the first top wall section of the housing, the sliding securement member extending from a first end to a second end; wherein the front wall is configured to house at least a portion of fiber optic ports; wherein the sliding securement member is configured to be moved away from the front wall of the housing to a rearward position to allow the housing to be moved to a first position within an aperture of a panel member; wherein the sliding securement member is configured to be moved toward the front wall of the housing to a forward position to removably lock the housing within the aperture after the housing has moved to a second position within the aperture; and wherein a portion of the second end of the sliding securement member is positioned over and above the recess of the second top wall section when the sliding securement member is in the rearward or the forward positions; characterized in that the second top wall section extends from the first top wall section to the second end of the housing, the second top wall section sloping downward from a position proximal to the first top wall section to the second end of the housing.
Device for separating a wishbone from a carcass part of slaughtered poultry, which carcass part comprises: - a neck opening, - bone parts, that comprise: - a wishbone, - at least a part of the rib cage, - tissue parts, that comprise: - at least a part of the meat that is naturally present on the wishbone and the rib cage, - and at least a part of the tissue connecting said meat to the one or more of the bone parts, which device comprises: - a primary wishbone knife (10, 210), for separating the wishbone from meat that is naturally present thereon in the plane of the wishbone, wherein the primary wishbone knife (10, 210) is adapted to be introduced into and removed from the carcass part via the neck opening, - two secondary wishbone knives (11,21,211,221), each for separating the wishbone from meat that is present on the outside of a leg (2a, 2b) of the wishbone, and a secondary wishbone knives actuator assembly, the secondary wishbone knives actuator assembly prescribing a secondary cutting path (19,29) for each of the secondary wishbone knives (11,21,211,221) relative to the carcass part, each of said secondary cutting paths (19,29) extending between a first position, in which said secondary wishbone knife (11,21,211,221) is outside the carcass part and a second position, in which said secondary wishbone knife (11,21,211,221) is arranged inside the carcass part, adjacent to the wishbone and outside of the leg (2a, 2b) of the wishbone, and characterised in that, the secondary cutting paths (19,29) have a curved shape that substantially follows the outer contour of the wishbone. - a neck opening, - bone parts, that comprise: - a wishbone, - at least a part of the rib cage, - a wishbone, - at least a part of the rib cage, - tissue parts, that comprise: - at least a part of the meat that is naturally present on the wishbone and the rib cage, - and at least a part of the tissue connecting said meat to the one or more of the bone parts, - at least a part of the meat that is naturally present on the wishbone and the rib cage, - and at least a part of the tissue connecting said meat to the one or more of the bone parts, - a primary wishbone knife (10, 210), for separating the wishbone from meat that is naturally present thereon in the plane of the wishbone, wherein the primary wishbone knife (10, 210) is adapted to be introduced into and removed from the carcass part via the neck opening, - two secondary wishbone knives (11,21,211,221), each for separating the wishbone from meat that is present on the outside of a leg (2a, 2b) of the wishbone, and a secondary wishbone knives actuator assembly,
Substantially spherical granular material for producing a coating agent, the granular material, in each case based on the total weight of the granular material, containing a) 2 to 60 wt.% binder, b) 5 to 85 wt.% pigment and/or filler, c) 1 to 15 wt.% additives, wherein the binder is selected from the group consisting of poly(vinyl acetate-alkenoic acid) copolymers, such as poly(vinyl acetate-crotonic acid) copolymer, poly(vinyl acetate-olefin) copolymers, such as poly(ethylene vinyl acetate) copolymer, poly(vinyl acetate-vinyl chloride-ethylene) copolymer, poly(styrene-acrylic acid) copolymer, poly(acrylic acid) polymer, poly(vinyl acetate-vinyl ester-ethylene) copolymer, poly(vinyl chloride-ethylene) copolymer, poly(vinyl acetate-ethylene-methyl(meth)acrylate), poly(vinyl acetate-ethylene-acrylic acid ester) copolymer, poly(vinyl chloride-ethylene-vinyl laurate) copolymer and mixtures thereof. a) 2 to 60 wt.% binder, b) 5 to 85 wt.% pigment and/or filler, c) 1 to 15 wt.% additives,
A PWM signal generator (41 or 42), comprising: a first pulse waveform generator for generating a first pulse waveform corresponding to one period of a first pulse signal; a second pulse waveform generator for generating a second pulse waveform when a preset delay time elapses after a start of generation of the first pulse waveform, the second pulse waveform corresponding to one period of a second pulse signal; and a PWM signal generation means for generating a PWM signal based on a composite pulse waveform in which a whole of the first pulse waveform generated by the first pulse waveform generator is combined with a whole of the second pulse waveform generated by the second pulse waveform generator; whereby the first pulse waveform generator is configured to generate a next first pulse waveform at an end of the composite pulse waveform. a first pulse waveform generator for generating a first pulse waveform corresponding to one period of a first pulse signal; a second pulse waveform generator for generating a second pulse waveform when a preset delay time elapses after a start of generation of the first pulse waveform, the second pulse waveform corresponding to one period of a second pulse signal; and a PWM signal generation means for generating a PWM signal based on a composite pulse waveform in which a whole of the first pulse waveform generated by the first pulse waveform generator is combined with a whole of the second pulse waveform generated by the second pulse waveform generator; whereby the first pulse waveform generator is configured to generate a next first pulse waveform at an end of the composite pulse waveform.
A spacecraft having a phased array antenna, the phased array antenna comprising: a supporting material layer formed of polymethacrylimide and having an array of antenna elements, wherein each of the antenna elements includes an antenna element cavity, each antenna element cavity of the array of antenna element cavities having an aperture open to a front side of the supporting material layer and an interface open to a back side of the supporting material layer; a conductive layer lining each antenna element cavity of the array of antenna element cavities; a front side structural support facesheet affixed to the front side of the supporting material layer for providing structural support to the supporting material layer; and a back side structural support facesheet affixed to the back side of the supporting material layer for providing structural support to the supporting material layer; wherein the front side structural support facesheet and the back side structural support facesheet are constructed using Cyanate-Ester Astro-Quartz. a supporting material layer formed of polymethacrylimide and having an array of antenna elements, wherein each of the antenna elements includes an antenna element cavity, each antenna element cavity of the array of antenna element cavities having an aperture open to a front side of the supporting material layer and an interface open to a back side of the supporting material layer; a conductive layer lining each antenna element cavity of the array of antenna element cavities; a front side structural support facesheet affixed to the front side of the supporting material layer for providing structural support to the supporting material layer; and a back side structural support facesheet affixed to the back side of the supporting material layer for providing structural support to the supporting material layer; wherein the front side structural support facesheet and the back side structural support facesheet are constructed using Cyanate-Ester Astro-Quartz.
Continuous method for preparing an isocyanate by (i) reacting the corresponding primary amine with phosgene in stoichiometric excess in a reaction chamber, wherein the reaction is carried out either in the liquid phase in the presence of an inert solvent or in the gas phase, wherein a stream comprising a liquid inert solvent is added to the process product after leaving the reaction chamber, such that a crude product 1 is obtained comprising the desired isocyanate, inert solvent, secondary components having a boiling point below that of the isocyanate (low boilers), secondary components having a boiling point above that of the isocyanate (high boilers), hydrogen chloride and unreacted phosgene, (ii) separating the crude product 1 into a liquid product stream 2 containing the desired isocyanate and into a gaseous product stream 3, (iii) working-up the liquid product stream 2, wherein inert solvent, low boilers, high boilers, hydrogen chloride and phosgene are removed from the desired isocyanate, characterized in that the low boilers, the hydrogen chloride and the phosgene are removed in step (iii) within a period of 30 seconds to 60 minutes following the separation of the crude product 1 in step (ii) into the product streams 2 and 3, and the temperature of the product stream 2 is always maintained below or equal to 250°C. (i) reacting the corresponding primary amine with phosgene in stoichiometric excess in a reaction chamber, wherein the reaction is carried out either in the liquid phase in the presence of an inert solvent or in the gas phase, wherein a stream comprising a liquid inert solvent is added to the process product after leaving the reaction chamber, such that a crude product 1 is obtained comprising the desired isocyanate, inert solvent, secondary components having a boiling point below that of the isocyanate (low boilers), secondary components having a boiling point above that of the isocyanate (high boilers), hydrogen chloride and unreacted phosgene, (ii) separating the crude product 1 into a liquid product stream 2 containing the desired isocyanate and into a gaseous product stream 3, (iii) working-up the liquid product stream 2, wherein inert solvent, low boilers, high boilers, hydrogen chloride and phosgene are removed from the desired isocyanate,