mhurhangee/ep-ind-claims huggingface dataset:
A relay apparatus comprising an access node for a femto cell and a relay node for providing backhaul to a macro cell base station, wherein when the relay apparatus receives a cell restriction instruction from the macro cell base station to restrict a quantity of terminals capable of existing in a service area of a cell formed by the macro cell base station, the relay apparatus executes processing for avoiding cell restriction operation on itself and transfers the cell restriction instruction received from the macro cell base station to the terminal devices existing in a service area of a cell formed by the relay apparatus itself; wherein if the relay apparatus has received an individual cell restriction instruction from a management server to restrict the quantity of terminals capable of existing in the service area of the cell formed by the relay apparatus itself in addition to the cell restriction instruction received from the macro cell base station when transmitting the cell restriction instruction to the terminal devices existing in the service area of the cell formed by the relay apparatus itself, the relay apparatus compares an ac-Barring Factor of the cell restriction instruction with an ac-Barring Factor of the individual cell restriction instruction, and transmits the individual cell restriction instruction received from the management server, or the cell restriction instruction received from the macro cell base station, whichever has a higher restriction level, to the terminal devices existing in the service area of the cell formed by the relay apparatus itself.
A method for making a bonded nonwoven fibrous web, comprising the sequential steps: a) extruding melt blown fibers comprising a polymeric material; b) collecting the melt blown fibers as an initial nonwoven fibrous web, wherein the fibers exhibit less than 2 percent of strain induced crystallization; c) annealing the initial nonwoven fibrous web with a controlled heating and cooling operation comprising: i) heating through the initial nonwoven fibrous web with a first fluid having a temperature above a cold crystallization temperature (T cc) of the polymeric material of step a) to decrease the orientation of amorphous regions of the melt blown fibers providing a bonded nonwoven fibrous web; and ii) cooling through the bonded nonwoven fibrous web with a second fluid having a temperature below a glass transition temperature (T g) of the polymeric material of step a) to retain the amorphous regions of the melt blown fibers providing a cooled bonded nonwoven fibrous web; and d) collecting the cooled bonded nonwoven fibrous web providing a dimensionally stable bonded nonwoven fibrous web, wherein the melt blown fibers of the cooled bonded nonwoven fibrous web retain a cold crystallization exotherm, wherein a plot of a first heat scan, determined by Modulated Differential Scanning Calorimetry (MDSC), of a treated web sample using the annealing process shows at the T cc an exotherm and no substantial shift in the T cc or change in the size of the exotherm when compared to the plot of an untreated web sample. a) extruding melt blown fibers comprising a polymeric material; b) collecting the melt blown fibers as an initial nonwoven fibrous web, wherein the fibers exhibit less than 2 percent of strain induced crystallization; c) annealing the initial nonwoven fibrous web with a controlled heating and cooling operation comprising: i) heating through the initial nonwoven fibrous web with a first fluid having a temperature above a cold crystallization temperature (T cc) of the polymeric material of step a) to decrease the orientation of amorphous regions of the melt blown fibers providing a bonded nonwoven fibrous web; and ii) cooling through the bonded nonwoven fibrous web with a second fluid having a temperature below a glass transition temperature (T g) of the polymeric material of step a) to retain the amorphous regions of the melt blown fibers providing a cooled bonded nonwoven fibrous web; and i) heating through the initial nonwoven fibrous web with a first fluid having a temperature above a cold crystallization temperature (T cc) of the polymeric material of step a) to decrease the orientation of amorphous regions of the melt blown fibers providing a bonded nonwoven fibrous web; and ii) cooling through the bonded nonwoven fibrous web with a second fluid having a temperature below a glass transition temperature (T g) of the polymeric material of step a) to retain the amorphous regions of the melt blown fibers providing a cooled bonded nonwoven fibrous web; and d) collecting the cooled bonded nonwoven fibrous web providing a dimensionally stable bonded nonwoven fibrous web,
Excavating and conveyor chain for a track-laying machine for transporting ballast of a track, having chain links comprising excavating blades which are connected together in an articulated manner optionally via intermediate links, which chain links are preferably equipped with scraper fingers, protruding over the blade edge, in the region of the blade end protruding from the chain link, and are guided in a chain guide on the track bed-side, characterised in that the blade main working surfaces - which are particularly subject to wear - are equipped with replaceable wear plates, and in that the link auxiliary surfaces which are allocated to the chain guide and slide thereon are equipped with replaceable wear plates (12, 15), wherein the base-side link auxiliary surfaces slide directly in the chain guide.
Endlessly closable belt, with at least one strength member running in the longitudinal direction of the belt, an integral connecting element which can connect the two strength member ends (11a, 11b) to each other, wherein the two strength member ends (11a, 11b) each have at least one holding element fastened in a force-fitting manner, wherein the two strength member ends (11a, 11b) can be held in a form-fitting manner in the longitudinal direction by the connecting element, characterized in that the connecting element has at least one receiving space in which the strength member ends (11a, 11b) having the holding elements can be held jointly or individually in a form-fitting manner in the longitudinal direction.
Apparatus to power an arc discharge lamp for motion picture filming, said apparatus including; an electronic ballast means to drive a substantially square wave AC current to said lamp from the output of the electronic ballast means, a default oscillator means which is configured to provide a default operating ulse to the electronic ballast means which synchronises the output square wave frequency of the electronic ballast means to the default oscillator means, a signal input means configured to receive synchronisation pulses into the apparatus, a multiplier or divider means configured to multiply or divide the synchronisation pulses received by the signal input means to provide first operating pulses for the electronic ballast means, and characterised in that the apparatus includes a timing means configured to analyse the first operating pulses before they reach the electronic ballast means, said timing means configured to detect any one, any combination of, or all of the following error conditions, whereby; - a current first operating pulse of said first operating pulses is compared to a previous pulse of said first operating pulses and/or the default operating pulse to confirm symmetry or detect a changing frequency, - first operating pulses that are too short, - first operating pulses that are too long, and/or - signal loss whereby first operating pulses which are too long or too short are predetermined by a user, wherein if an error condition is detected, said apparatus is configured to prevent said current first operating pulse from passing through to the electronic ballast means. an electronic ballast means to drive a substantially square wave AC current to said lamp from the output of the electronic ballast means, a default oscillator means which is configured to provide a default operating ulse to the electronic ballast means which synchronises the output square wave frequency of the electronic ballast means to the default oscillator means, a signal input means configured to receive synchronisation pulses into the apparatus, a multiplier or divider means configured to multiply or divide the synchronisation pulses received by the signal input means to provide first operating pulses for the electronic ballast means, and characterised in that the apparatus includes a timing means configured to analyse the first operating pulses before they reach the electronic ballast means, said timing means configured to detect any one, any combination of, or all of the following error conditions, whereby; - a current first operating pulse of said first operating pulses is compared to a previous pulse of said first operating pulses and/or the default operating pulse to confirm symmetry or detect a changing frequency, - first operating pulses that are too short, - first operating pulses that are too long, and/or - signal loss whereby first operating pulses which are too long or too short are predetermined by a user, wherein if an error condition is detected, said apparatus is configured to prevent said current first operating pulse from passing through to the electronic ballast means.
An instillation assembly for treating a tissue site, the instillation assembly comprising: a fluid distribution lumen comprising a length, opposing sides along the length, and a delivery aperture in fluid communication with the fluid distribution lumen, the fluid distribution lumen being defined by a first film layer and a second film layer, the first film layer being sealingly coupled to the second film layer at the opposing sides and along the length of the fluid distribution lumen; and a fluid hub positioned in fluid communication with the fluid distribution lumen, the fluid hub being positioned between the first film layer and the second film layer, the fluid hub and the fluid distribution lumen defining a fluid instillation pathway, characterised in that the fluid hub has a height that extends from an inner surface of the first film layer and causes an outward protrusion in the second film layer. a fluid distribution lumen comprising a length, opposing sides along the length, and a delivery aperture in fluid communication with the fluid distribution lumen, the fluid distribution lumen being defined by a first film layer and a second film layer, the first film layer being sealingly coupled to the second film layer at the opposing sides and along the length of the fluid distribution lumen; and a fluid hub positioned in fluid communication with the fluid distribution lumen, the fluid hub being positioned between the first film layer and the second film layer, the fluid hub and the fluid distribution lumen defining a fluid instillation pathway, characterised in that the fluid hub has a height that extends from an inner surface of the first film layer and causes an outward protrusion in the second film layer.
Suction nozzle for a hollow jet suction box for a suction-extraction apparatus of an entanglement device for entanglement of a moving fibrous material web, wherein the jet suction box has, on its box casing, at least one slot-like casing opening leading to its box interior space, wherein the suction nozzle (23, 23") has a nozzle body which is able to be arranged over the casing opening and a slot-like suction opening which passes through the nozzle body in a suction flow direction and has an outwardly directed inlet side and an outlet side for the suction flow, wherein the suction opening extends from the inlet side at the free end of the nozzle body to the outlet side which is able to be arranged on the casing opening of the box casing, characterized in that the nozzle body has, on the inlet side, at least one movable, preferably strip-like, sealing element (29, 29') which is arranged next to the suction opening and laterally delimits the slot-like suction opening, and at least one resiliently elastic expansion means which acts on the sealing element (29, 29') and is designed to push the sealing element (29, 29') outwards away from the outlet side counter to the suction flow direction.
Operating control unit for an electrical appliance with an operating field, wherein the operating control unit is formed to be mounted on an underside of the operating field, wherein the operating control unit comprises: - a frame body with a frame topside to be mounted to the underside of the operating field, wherein the frame body has locking means (20, 22) protruding from the frame body and has a frame opening, - a flat component carrier mounted to the frame body from behind, wherein the component carrier has sensor elements provided on a topside of the component carrier facing the frame body and the underside of the operating field, - a back support (40, 140) mounted to a back side of the frame body and enclosing the component carrier, wherein the back support (40, 140) is fixed to the frame body via the locking means (20, 22) of the frame body interlocking with counter locking means (49, 51, 149) on the back support (40, 140), wherein the operating control unit has after pre-assembly two different assembly states, wherein a first state is a pre-mount state and a second state is a final-assembly state, wherein in the pre-mount state the operating control unit is pre-assembled, and the back support (40, 140) is fixed to the frame body enclosing the component support, and some of the locking means of the frame body are formed as pre-mount locking means and are holding the back support (40, 140) against disassembly, wherein in the final-assembly state the back support (40, 140) is pressed closer to the frame body with less distance between the two than in the pre-mount state, and final-assembly locking means of the frame body are provided for holding the back support (40, 140) in a closer position than the pre-mount locking means, characterized in that the sensor elements are piezo-active sensor elements, and spring elements (46, 146) are provided between the component carrier and the back support (40, 140) for pressing the component carrier elastically in the direction towards the frame body. - a frame body with a frame topside to be mounted to the underside of the operating field, wherein the frame body has locking means (20, 22) protruding from the frame body and has a frame opening, - a flat component carrier mounted to the frame body from behind, wherein the component carrier has sensor elements provided on a topside of the component carrier facing the frame body and the underside of the operating field, - a back support (40, 140) mounted to a back side of the frame body and enclosing the component carrier, wherein the back support (40, 140) is fixed to the frame body via the locking means (20, 22) of the frame body interlocking with counter locking means (49, 51, 149) on the back support (40, 140),
A method of wireless communication, the method comprising: receiving, by a user equipment, UE, from a serving base station, a location of a plurality of listen before talk, LBT, gaps within a fixed frame period on a frame-based equipment, FBE, mode network; refraining, by the UE, from transmissions during the location of the plurality of LBT gaps; detecting, by the UE, a common control signal from the serving base station at a beginning of the fixed frame period, wherein the common control signal identifies the fixed frame period is available for transmission according to an uplink-downlink configuration; identifying, by the UE, data for uplink transmission; performing, by the UE, a LBT procedure at a gap of the plurality of LBT gaps associated with an uplink transmission segment of the uplink-downlink configuration; and transmitting, by the UE, the data in the uplink transmission segment in response to success of the LBT procedure. receiving, by a user equipment, UE, from a serving base station, a location of a plurality of listen before talk, LBT, gaps within a fixed frame period on a frame-based equipment, FBE, mode network; refraining, by the UE, from transmissions during the location of the plurality of LBT gaps; detecting, by the UE, a common control signal from the serving base station at a beginning of the fixed frame period, wherein the common control signal identifies the fixed frame period is available for transmission according to an uplink-downlink configuration; identifying, by the UE, data for uplink transmission; performing, by the UE, a LBT procedure at a gap of the plurality of LBT gaps associated with an uplink transmission segment of the uplink-downlink configuration; and transmitting, by the UE, the data in the uplink transmission segment in response to success of the LBT procedure.
Furnace for steam reforming a feed stream containing hydrocarbon, preferably comprising methane, having: - a combustion chamber, - a plurality of reactor tubes arranged in the combustion chamber for accommodating a catalyst and for passing the feed stream through the reactor tubes, - at least one burner which is configured to burn a combustion fuel in the combustion chamber to heat the reactor tubes, characterized in that, in addition to the at least one burner, the furnace has at least one voltage source which is connected to the plurality of reactor tubes in such a manner that in each case an electric current which heats the reactor tubes to heat the feedstock is generable in the reactor tubes. - a combustion chamber, - a plurality of reactor tubes arranged in the combustion chamber for accommodating a catalyst and for passing the feed stream through the reactor tubes, - at least one burner which is configured to burn a combustion fuel in the combustion chamber to heat the reactor tubes,
A cooking device including: a housing sealingly enclosing an interior space, the housing including a screen having an internal surface subject to air pressure in the interior space; electronic components connected to the screen to operate the cooking device, the components being disposed in the interior space; and a power cord having one end terminating within the internal space and another end connectable to an external power source; wherein, the power cord has metallic conductors, preferably the metallic conductors are each stranded wires, characterized in that the power cord has at least one air path to vent the interior space to ambient air pressure. a housing sealingly enclosing an interior space, the housing including a screen having an internal surface subject to air pressure in the interior space; electronic components connected to the screen to operate the cooking device, the components being disposed in the interior space; and a power cord having one end terminating within the internal space and another end connectable to an external power source; wherein, the power cord has metallic conductors, preferably the metallic conductors are each stranded wires, characterized in that the power cord has at least one air path to vent the interior space to ambient air pressure.
A composition comprising: (a) a resinous binder comprising an acrylic polymer containing reactive functional groups, (b) 5 to 35 percent by weight based on total solids weight of the composition of a product formed by mixing together and heating: (i) an epoxidized olefin polymer, and (ii) a polyamide. (a) a resinous binder comprising an acrylic polymer containing reactive functional groups, (b) 5 to 35 percent by weight based on total solids weight of the composition of a product formed by mixing together and heating: (i) an epoxidized olefin polymer, and (ii) a polyamide. (i) an epoxidized olefin polymer, and (ii) a polyamide.
Independent wheel suspension for a steerable wheel of a motor vehicle, preferably of a mobile agricultural machine, for example a crop protection sprayer, wherein the independent suspension has: a wheel support which has a support member and a wheel hub for the steerable wheel, said wheel hub being rotatably connected to the support member; a drive motor which is supported by the support member and for driving is operatively connected to the wheel hub; characterized in that the independent wheel suspension has: a first transverse control arm which by means of a first ball joint above the drive motor and/or the wheel hub is connected to the support member; and a second transverse control arm which by means of a second ball joint above the first transverse control arm is connected to the support member. a wheel support which has a support member and a wheel hub for the steerable wheel, said wheel hub being rotatably connected to the support member; a drive motor which is supported by the support member and for driving is operatively connected to the wheel hub; characterized in that the independent wheel suspension has: a first transverse control arm which by means of a first ball joint above the drive motor and/or the wheel hub is connected to the support member; and a second transverse control arm which by means of a second ball joint above the first transverse control arm is connected to the support member. a first transverse control arm which by means of a first ball joint above the drive motor and/or the wheel hub is connected to the support member; and a second transverse control arm which by means of a second ball joint above the first transverse control arm is connected to the support member.
A stretch yarn comprising a stretchable core and an inelastic staple fibers sheath that completely covers said core, wherein the stretchable core comprises first and second fibers (4, 5), said first fiber is an elastomer and said second fiber is a polyester based polymer or copolymer, said second fiber being in the range of 60-90% by weight of the stretchable core, characterized in that said first fiber and second fiber have elastic properties, whereby said first fiber is a fiber that can stretch at least for 400% of its initial length, as elongation at break, and said second fiber is a fiber with elongation that is less than the first fiber but at least 20% of its initial length, said second fiber has an elastic recovery of at least 93%, sad elastic recovery being higher than the elastic recovery of said first fiber, said first and second fibers are connected together by intermingling, co-extrusion or twisting at least at a plurality of points so as to be stretched and to recover together as a single fiber, wherein when the first and second fibers are intermingled, the number of connecting points is within the range of 50 to 200 points per meter, and when the first and second fibers are twisted, the number of twists per meter is different from 75-125 twists per meter and is sufficiently high to provide a connection between the fibers.
A scroll compressor to compress fluid in a compression chamber formed by combining a scroll wrap of a fixed scroll and a scroll wrap of an orbiting scroll, the scroll wrap of the fixed scroll and the scroll wrap of the orbiting scroll each having a scroll inner end part having a bulb shape defined by an outer surface involute curve, an inner surface involute curve, and a plurality of arcs connecting an end of the outer surface involute curve and an end of the inner surface involute curve, at least one of the scroll inner end parts being formed in an n-tier stair-like shape in which n number of bulb shapes are stacked on top of one another in an upright direction of the scroll wrap, where the number n is equal to or larger than 3, the scroll compressor being configured to satisfy the following relationship φ ⁢ os 0 > φ ⁢ os 1 > φ ⁢ os 2 >... > φ ⁢ os n − 1 where involute roll angles of the end of the outer surface involute curve in tiers of the stair-like shape of the scroll inner end part are φos, φos, φos,..., φos (n-1), respectively, from a wrap tip side to a wrap root side; and characterized in that the involute roll angles of the end of the inner surface involute curve in the n-tiers of the stair-like shape of the scroll inner end parts are equal for the n-tiers of the n-tier stair-like shape. an outer surface involute curve, an inner surface involute curve, and a plurality of arcs connecting an end of the outer surface involute curve and an end of the inner surface involute curve,