mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication device adapted to communicate with a network node of a cellular communication network, wherein the network node is adapted to support a plurality of beams of a signal beam-forming scheme and to communicate with the wireless communication device using at least one beam of the plurality of beams, wherein the wireless communication device comprises an arrangement for determining a set of preferred beams, the arrangement comprising a controller adapted to: receive, from the network node, of a message indicative of a beam power setting of the plurality of beams, wherein the beam power setting comprises a power offset being applied to at least one beam of the plurality of beams, the power offset being relative to a nominal power setting of the plurality of beams and wherein the message comprises a value of the power offset; perform measurements on measurement signals transmitted by the network node; determine the set of preferred beams based on the measurements and the beam power setting; and transmit, to the network node, a report indicative of the set of preferred beams. receive, from the network node, of a message indicative of a beam power setting of the plurality of beams, wherein the beam power setting comprises a power offset being applied to at least one beam of the plurality of beams, the power offset being relative to a nominal power setting of the plurality of beams and wherein the message comprises a value of the power offset; perform measurements on measurement signals transmitted by the network node; determine the set of preferred beams based on the measurements and the beam power setting; and transmit, to the network node, a report indicative of the set of preferred beams.
A cartridge for bio-separation, comprising: a body, defining an opening as a detection window for receiving external detection optics (34, 36); at least one capillary column supported in the body, having a first end extending beyond a first end of the body, wherein the detection window exposes a section along the capillary column, to which the external detection optics (34, 36) are aligned through the detection window; and a reservoir attached to a second end of the body in fluid flow communication with a second end of the capillary column, characterized by: the reservoir comprises a nipple having a through-hole supporting the second end of the capillary column in the reservoir, wherein the nipple is threaded to a base and inside of the reservoir to press against an O-ring to seal against the capillary column, the body is slender and generally longitudinal and cylindrical and the capillary column is supported coaxially by two cylindrical ferrules that are supported in the body, wherein each of the cylindrical ferrules is cantilevered by the body and having an end extending into the detection window and wherein a detection zone along the capillary column is exposed between the extended ends of the cylindrical ferrules. a body, defining an opening as a detection window for receiving external detection optics (34, 36); at least one capillary column supported in the body, having a first end extending beyond a first end of the body, wherein the detection window exposes a section along the capillary column, to which the external detection optics (34, 36) are aligned through the detection window; and a reservoir attached to a second end of the body in fluid flow communication with a second end of the capillary column, characterized by: the reservoir comprises a nipple having a through-hole supporting the second end of the capillary column in the reservoir, wherein the nipple is threaded to a base and inside of the reservoir to press against an O-ring to seal against the capillary column, the body is slender and generally longitudinal and cylindrical and the capillary column is supported coaxially by two cylindrical ferrules that are supported in the body, wherein each of the cylindrical ferrules is cantilevered by the body and having an end extending into the detection window and wherein a detection zone along the capillary column is exposed between the extended ends of the cylindrical ferrules. the reservoir comprises a nipple having a through-hole supporting the second end of the capillary column in the reservoir, wherein the nipple is threaded to a base and inside of the reservoir to press against an O-ring to seal against the capillary column, the body is slender and generally longitudinal and cylindrical and the capillary column is supported coaxially by two cylindrical ferrules that are supported in the body, wherein each of the cylindrical ferrules is cantilevered by the body and having an end extending into the detection window and wherein a detection zone along the capillary column is exposed between the extended ends of the cylindrical ferrules.
A blister pack, containing medicinal tablets, formed of a metallic material, comprising a base part containing pockets for the tablets formed of a cold-formed foil comprising a metallic layer laminated to a layer of PVC, the PVC layer being the product contact surface, over which a breachable-by-tablet metallic foil is laid, wherein the tablets comprise from 3 to 10 mg of prochlorperazine maleate, and wherein the tablets in the pack are protected from damage by water.
A multi-lobed fiber, comprising: a fiber having a cross-section comprising a core portion and a plurality of lobes, wherein each of the lobes includes an inner end connected to the core portion, and an outer end protruding from the core portion, and a plurality of additives substantially disposed in the fiber, wherein each of the additives includes an outer point distal to the core portion, a portion of at least some of the additives is disposed in the core portion, the other portion of at least some of the additives protrudes from the core portion, and a distance from the outer point of the additive to the core portion is less than a distance from the outer end of the lobe to the core portion, characterized in that the plurality of lobes are arranged radially with respect to the core portion. a fiber having a cross-section comprising a core portion and a plurality of lobes, wherein each of the lobes includes an inner end connected to the core portion, and an outer end protruding from the core portion, and a plurality of additives substantially disposed in the fiber, wherein each of the additives includes an outer point distal to the core portion, a portion of at least some of the additives is disposed in the core portion, the other portion of at least some of the additives protrudes from the core portion, and a distance from the outer point of the additive to the core portion is less than a distance from the outer end of the lobe to the core portion, characterized in that the plurality of lobes are arranged radially with respect to the core portion.
A method for operating an electromagnetic cartridge seal, the method comprises: selectively operating a cartridge seal in one of a plurality of modes including a wet mode and a dry mode; receiving a signal at a force applying mechanism of the cartridge seal, the force applying mechanism being coupled to a primary sealing component of the cartridge seal; controlling the force applying mechanism based at least in part on the received signal; and wherein when operating the cartridge seal in the wet mode, the force applying mechanism makes contact with the primary sealing component and the cartridge seal is filled with a fluid when operating in the wet mode, and wherein when operating the cartridge seal in the dry mode, the force applying mechanism does not make contact with the primary sealing component, the dry mode occurring when a rotor coupled to the cartridge seal is in an operational state when fluid is not present or low in the cartridge seal. selectively operating a cartridge seal in one of a plurality of modes including a wet mode and a dry mode; receiving a signal at a force applying mechanism of the cartridge seal, the force applying mechanism being coupled to a primary sealing component of the cartridge seal; controlling the force applying mechanism based at least in part on the received signal; and wherein when operating the cartridge seal in the wet mode, the force applying mechanism makes contact with the primary sealing component and the cartridge seal is filled with a fluid when operating in the wet mode, and wherein when operating the cartridge seal in the dry mode, the force applying mechanism does not make contact with the primary sealing component, the dry mode occurring when a rotor coupled to the cartridge seal is in an operational state when fluid is not present or low in the cartridge seal.
An electric work vehicle comprising: an electric work machine including a battery mounting unit on which a battery is detachably mountable; a battery housing unit supported by at least one wheel and configured to house the battery; and a battery carrier including the at least one wheel (31,32) and a manual push handle configured to be manually pushed to move the battery housing unit, wherein the battery housing unit is detachably mountable on the battery mounting unit for the battery to be mounted on the battery mounting unit, the electric work vehicle being characterized in that the battery carrier includes: a support frame configured to support the at least one wheel (31, 32) and the manual push handle; and a joint mechanism detachably configured to join the support frame to the battery housing unit; the at least one wheel (31,32) and the manual push handle being separable from the battery housing unit. an electric work machine including a battery mounting unit on which a battery is detachably mountable; a battery housing unit supported by at least one wheel and configured to house the battery; and a battery carrier including the at least one wheel (31,32) and a manual push handle configured to be manually pushed to move the battery housing unit, wherein the battery housing unit is detachably mountable on the battery mounting unit for the battery to be mounted on the battery mounting unit, the electric work vehicle being characterized in that the battery carrier includes: a support frame configured to support the at least one wheel (31, 32) and the manual push handle; and a joint mechanism detachably configured to join the support frame to the battery housing unit; the at least one wheel (31,32) and the manual push handle being separable from the battery housing unit. a support frame configured to support the at least one wheel (31, 32) and the manual push handle; and a joint mechanism detachably configured to join the support frame to the battery housing unit; the at least one wheel (31,32) and the manual push handle being separable from the battery housing unit.
A cooling method of cooling a dummy ring and a rotor surrounded by the dummy ring of a single-flow turbine which is integrated in a steam turbine generator facility and is arranged on a higher pressure side than a low pressure turbine, the method comprising the steps of: supplying cooling steam generated in the steam turbine generator facility to a cooling steam supply path arranged in the dummy ring, the cooling steam having lower temperature and higher pressure than leak steam which is a portion of main steam supplied to the single-flow turbine and leaks to the dummy ring side; cooling the dummy ring and the rotor by introducing the cooling steam to a clearance (c) formed between the dummy ring and the rotor via the cooling steam supply path and forcing the cooling steam to flow in the clearance (c) against the leak steam; the method being characterized in that after the step of cooling the dummy ring and the rotor, discharging the cooling steam and the leak steam to an exhaust steam pipe via a cooling steam discharge path which is formed through the dummy ring and arranged closer to a nozzle chamber supplying the main steam than the cooling steam supply path, the exhaust steam pipe supplying the steam and the leak steam to a blade cascade part of the single-flow turbine or a steam turbine of a subsequent stage. supplying cooling steam generated in the steam turbine generator facility to a cooling steam supply path arranged in the dummy ring, the cooling steam having lower temperature and higher pressure than leak steam which is a portion of main steam supplied to the single-flow turbine and leaks to the dummy ring side; cooling the dummy ring and the rotor by introducing the cooling steam to a clearance (c) formed between the dummy ring and the rotor via the cooling steam supply path and forcing the cooling steam to flow in the clearance (c) against the leak steam; the method being characterized in that after the step of cooling the dummy ring and the rotor, discharging the cooling steam and the leak steam to an exhaust steam pipe via a cooling steam discharge path which is formed through the dummy ring and arranged closer to a nozzle chamber supplying the main steam than the cooling steam supply path, the exhaust steam pipe supplying the steam and the leak steam to a blade cascade part of the single-flow turbine or a steam turbine of a subsequent stage.
System for retaining, storing and recycling water, for roofs, which comprises a first layer, which can be arranged on a substantially flat outer surface of a building, preferably a roof or the like, wherein the first layer is formed by an impermeable protection, which is resistant to plant roots, vegetation and the like, wherein a second protective layer, which is formed by a layer or a laminate which, with the impermeable first layer, forms the bottom of a retention chamber, is arranged on the first layer, wherein a structure, which is formed from a series of interconnected elements which form a support structure, is arranged on the second protective layer, wherein a permeable filter non-woven, which is suitable for allowing the water to pass through into the retention chamber in drops, is arranged over the support structure, wherein a substrate made of a material suitable for vegetation or a substrate made of an inert material is arranged over the filter non-woven and an irrigation system or a layer made of inert material, for example gravel, is arranged within this layer, and wherein a collecting area or a collecting chamber, which comprises at least one pump, wherein the pump is a submersible pump, is arranged in the retention chamber or directly adjacent thereto, and wherein at least one discharge is arranged in the retention chamber and/or in the collecting area/collecting chamber, wherein the bottom of the collecting area/collecting chamber is arranged at least 5 cm lower, preferably at least 15 cm lower, than the bottom forming the retention chamber.
A spring arrangement for a friction clutch, comprising a diaphragm spring mounted on a clutch cover and an additional spring, the diaphragm spring being designed to move a pressure plate and the additional spring being designed to apply an additional force to the diaphragm spring, the additional spring being arranged axially between the clutch cover and the diaphragm spring and the arrangement comprising the diaphragm spring and the additional spring having at least one discontinuous change in spring hardness, characterised in that the additional spring is spaced apart from the diaphragm spring in an end position thereof.
Side-gusset bag made of a plastic fabric composite, having a front panel, a rear panel and side gussets disposed between the front panel and the rear panel, which are connected to the front panel and the rear panel by fold edges, wherein the plastic fabric composite has a polymer film on the outer side of the bag and a fabric connected to the polymer film made of polymer ribbons (12, 13) on an inner side of the bag, and wherein a section of the front panel and side gusset sections which are disposed between the section of the front panel and the rear panel are folded onto the rear panel to form a bottom gusset and are connected thereto and the fabric surface of the side gussets on the inner side of the bag is connected to the adjacent fabric surface of the front panel or rear panel by corner weld seams, characterized in that the corner weld seams extend at an acute angle in the direction of the bottom gusset, wherein the corner weld seams have a structure with a grid pattern comprising a plurality of punctiform or linear weld points, produced by ultrasound welding and that the structure of the corner weld seams produced by ultrasound welding has a grid pattern comprising a plurality of weld points disposed consecutively and adjacently.
An article of footwear comprising an upper and a sole structure secured to the upper, at least one of the upper and the sole structure incorporating a plurality of bladders in a joined configuration, wherein each bladder includes a first surface and an opposite second surface that are peripherally joined to form six edges that define a hexagonal shape for the bladder, each of the bladders including a tensile member located within the bladder and joined to the first and second surface, characterized in that each bladder includes an inflation area formed by a bond that is adjacent to the periphery of the bladder and at an intersection of two of the six edges, and wherein the joined edges of adjacent bladders are formed as a single bond.
A method for treatment of at least one surface of a substrate, wherein said surface is at least partially made of aluminum and/or an aluminum alloy, comprising at least a step of contacting said at least one surface with an acidic aqueous composition, the acidic aqueous composition comprising (a) one or more metal compounds selected from the group of titanium compounds, zirconium compounds, hafnium compounds and mixtures thereof, and (b) one or more linear polymers prepared by controlled radical polymerization containing N,N-dimethyl (meth)acryl amide, vinylphosphonic acid, and (meth)acrylic acid in form of their polymerized monomeric units, said polymer being comprised in the acidic aqueous composition in an amount of 50 to 5000 ppm, based on the total weight of the acidic aqueous composition. (a) one or more metal compounds selected from the group of titanium compounds, zirconium compounds, hafnium compounds and mixtures thereof, and (b) one or more linear polymers prepared by controlled radical polymerization containing N,N-dimethyl (meth)acryl amide, vinylphosphonic acid, and (meth)acrylic acid in form of their polymerized monomeric units, said polymer being comprised in the acidic aqueous composition in an amount of 50 to 5000 ppm, based on the total weight of the acidic aqueous composition. N,N-dimethyl (meth)acryl amide, vinylphosphonic acid, and (meth)acrylic acid
Adjusting mechanism for the weight-dependent setting of a restoring force which acts on a backrest of a chair which is configured with a synchronous mechanism, comprising a support, a seat support and a backrest support which are connected to one another via four joint pins (A1-A4) that can be differentiated into the two first and second front joint pins (A1, A2) and the two rear joint pins (A3, A4), so as to form the synchronous mechanism, and having a spring element for generating the restoring force, which spring element extends along a longitudinal axis between a front bearing pin which faces away from the backrest and a rear bearing pin which faces the backrest, characterized in that the restoring force is transmitted with the aid of a lever via the front bearing pin to the second front joint pin, lever direction (d) being defined by a connecting line between the second front joint pin and the front bearing pin, and an active lever length (h) which can be varied with the aid of an adjusting element being defined by the spacing between the bearing pin and the second front joint pin, said lever being attached in an articulated manner to the second front joint pin on said support.
A microservices software-defined network, SDN, controller for network control and management, the SDN controller comprising a plurality of microservices comprising: at least one cloud orchestrator; at least one connectivity microservice configured for managing the lifecycle of a connectivity request; and at least one path computation microservice configured for processing path computation requests comprising receiving path computation requests, computing at least one feasible path, and transmitting a response comprising the at least one feasible path; wherein the at least one cloud orchestrator is configured for executing each of at least one microservice of the plurality of microservices in an independent container enabling coordinating with the at least one connectivity microservice and the at least one path computation microservice for determining at least one feasible path and for provisioning at least one feasible connectivity; further comprising a path prioritization component configured for determining the path based on a resource_allocation_updatedness metric, indicating the time interval from the latest moment resources have been allocated to the node, and a random path parameter selection. at least one cloud orchestrator; at least one connectivity microservice configured for managing the lifecycle of a connectivity request; and at least one path computation microservice configured for processing path computation requests comprising receiving path computation requests, computing at least one feasible path, and transmitting a response comprising the at least one feasible path; wherein the at least one cloud orchestrator is configured for executing each of at least one microservice of the plurality of microservices in an independent container enabling coordinating with the at least one connectivity microservice and the at least one path computation microservice for determining at least one feasible path and for provisioning at least one feasible connectivity; further comprising a path prioritization component configured for determining the path based on a resource_allocation_updatedness metric, indicating the time interval from the latest moment resources have been allocated to the node, and a random path parameter selection.
An apparatus comprising: a casting pit having a top portion, an intermediate portion and a bottom portion; a mold located at the top portion of the casting pit, the mold comprising a cavity that includes a reservoir; a coolant feed operable to introduce a coolant to a periphery of a metal emerging from the mold cavity; a movable platen operable to support a metal as the metal solidifies in the mold; a mechanism for detecting an occurrence of a bleed out; an array of water vapor exhaust ports (20A, 20A') about at least the top periphery of the casting pit; and a mechanism configured to introduce an inert fluid into the coolant feed and into the casting pit in response to a detection of a bleed out by the bleed out detection mechanism. a casting pit having a top portion, an intermediate portion and a bottom portion; a mold located at the top portion of the casting pit, the mold comprising a cavity that includes a reservoir; a coolant feed operable to introduce a coolant to a periphery of a metal emerging from the mold cavity; a movable platen operable to support a metal as the metal solidifies in the mold; a mechanism for detecting an occurrence of a bleed out; an array of water vapor exhaust ports (20A, 20A') about at least the top periphery of the casting pit; and a mechanism configured to introduce an inert fluid into the coolant feed and into the casting pit in response to a detection of a bleed out by the bleed out detection mechanism.