mhurhangee/ep-ind-claims huggingface dataset:
A method in a first mobility management node for handling updated subscriber data associated with a User Equipment, UE, the UE being currently unreachable by the first mobility management node and wherein the updated subscriber data comprises Quality of Service, QoS, parameters, the method comprising: receiving (302, 402, 502, 602, 701), from a subscriber database, updated subscriber data associated with the UE, wherein at least part of the updated subscriber data is modified; and determining (303, 403, 504, 604, 702) that transmission of the updated subscriber data to a gateway node should be postponed until the UE has become reachable. receiving (302, 402, 502, 602, 701), from a subscriber database, updated subscriber data associated with the UE, wherein at least part of the updated subscriber data is modified; and determining (303, 403, 504, 604, 702) that transmission of the updated subscriber data to a gateway node should be postponed until the UE has become reachable.
An image forming system, comprising: an image forming apparatus; and a first sheet supplying device which is connected to the image forming apparatus; wherein the first sheet supplying device includes: a scanner; a plurality of stacked drawer-type sheet supplying trays (T1, T2, T3); and a control section which is configured to prevent at least one drawer-type sheet supplying tray among the plurality of stacked drawer-type sheet supplying trays from being drawn out and to allow a further drawer-type sheet supplying tray among the plurality of stacked drawer-type sheet supplying trays to be drawn out when the scanner is operating, based on particular positions of the drawer-type sheet supplying trays in the plurality of stacked drawer type sheet supplying trays, whereby the operation conducted by the scanner avoids adverse effects due to vibration generated by a sheet replenishing operation to the respective drawer-type sheet supplying trays. an image forming apparatus; and a first sheet supplying device which is connected to the image forming apparatus; a scanner; a plurality of stacked drawer-type sheet supplying trays (T1, T2, T3); and a control section which is configured to prevent at least one drawer-type sheet supplying tray among the plurality of stacked drawer-type sheet supplying trays from being drawn out and to allow a further drawer-type sheet supplying tray among the plurality of stacked drawer-type sheet supplying trays to be drawn out when the scanner is operating, based on particular positions of the drawer-type sheet supplying trays in the plurality of stacked drawer type sheet supplying trays, whereby the operation conducted by the scanner avoids adverse effects due to vibration generated by a sheet replenishing operation to the respective drawer-type sheet supplying trays.
Ceiling system, in particular clean room ceiling system, with at least one ceiling element (12a, 12a'; 12b, 12b'), with at least one ceiling profile (14a, 14a', 14a"; 14b), which comprises at least one contact region (16a, 17a; 16b, 17b) for a supporting accommodation of the ceiling element (12a, 12a'; 12b, 12b'), and with at least one sealing element (18a, 18a'; 18b, 18b') which is configured for sealing a gap (20a, 20a'; 20b) between the ceiling element (12a, 12a'; 12b, 12b') and the ceiling profile (14a, 14a'; 14a"; 14b), wherein in a mounted state the at least one sealing element (18a, 18a'; 18b, 18b') is configured to be adjacent, in a sealing manner, to a front side (22; 22b) of the ceiling element (12a, 12a'; 12b, 12b') and to a front side (24a; 24b) of the ceiling profile (14a, 14a', 14a"; 14b), wherein the at least one ceiling element (18a, 18a'; 18b, 18b') is at least partially embodied as a labyrinth seal, wherein the at least one sealing element (18a, 18a'; 18b, 18b') forms at least one cavity (28a; 28b) which is at least substantially enclosed by the sealing element (18a, 18a'; 18b, 18b'), characterised in that in a mounted state of the ceiling element (12a, 12a'; 12b, 12b') the cavity (28a; 28b) is at least partially spatially arranged between the front side (22a; 22b) of the at least one ceiling element (12a, 12a'; 12b, 12b') and the front side (24a; 24b) of the at least one ceiling profile (14a, 14a', 14a"; 14b), wherein in a mounted state an underside (36a; 36b) of the at least one ceiling element (12a, 12a'; 12b, 12b') ends at least substantially flush with an underside (38a; 38b) of the contact area (16a, 17a; 16b, 17b) of the at least one ceiling profile (14a, 14a', 14a"; 14b).
A sensor device for detecting organophosphor compounds comprising: an optical limiting structure comprising a metal layer including at least one metal particle having a size no greater than about 1500 nm, and a phase-change material layer disposed adjacent at least a portion of the metal layer, the phase-change material layer comprising a phase-change material, the phase-change material comprising vanadium oxide and/or a thermochromic material that is doped with at least tungsten, fluorine, titanium and/or chromium; and a dendritic-metal layer disposed over at least a portion of the phase-change material layer of the optical limiting structure, the dendritic-metal layer comprising an organic compound including branching chain amino acid groups attached to a metal structure; wherein the optical limiting structure has a first optical state and a second optical state with transmittance of light at a predetermined wavelength through the optical limiting structure being lower at the second optical state of the optical limiting structure in relation to the first optical state of the optical limiting structure. an optical limiting structure comprising a metal layer including at least one metal particle having a size no greater than about 1500 nm, and a phase-change material layer disposed adjacent at least a portion of the metal layer, the phase-change material layer comprising a phase-change material, the phase-change material comprising vanadium oxide and/or a thermochromic material that is doped with at least tungsten, fluorine, titanium and/or chromium; and a dendritic-metal layer disposed over at least a portion of the phase-change material layer of the optical limiting structure, the dendritic-metal layer comprising an organic compound including branching chain amino acid groups attached to a metal structure; wherein the optical limiting structure has a first optical state and a second optical state with transmittance of light at a predetermined wavelength through the optical limiting structure being lower at the second optical state of the optical limiting structure in relation to the first optical state of the optical limiting structure.
Rupture disc arrangement (5, 6, 7), in particular for an extinguishing equipment, wherein the rupture disc arrangement (5, 6, 7) - has a rupture disc which is designed to open under a sufficient pressure load, and - has a catching means for catching an opening rupture disc, which means is arranged behind the rupture disc as viewed in the direction of discharge, - wherein the catching means has a main body with an opening in which a band is provided which has two ends which adjoin the edge of the main body enclosing the opening, characterised in that - the band is horseshoe-shaped. - has a rupture disc which is designed to open under a sufficient pressure load, and - has a catching means for catching an opening rupture disc, which means is arranged behind the rupture disc as viewed in the direction of discharge, - wherein the catching means has a main body with an opening in which a band is provided which has two ends which adjoin the edge of the main body enclosing the opening, characterised in that - the band is horseshoe-shaped.
A printing apparatus comprising: a printing means for printing images onto sheets by executing a job including predetermined information which includes stream data provided with a sorting command inserted between first print-target data (1501, 1502, 1503) and second print-target data (1504, 1505); and a control means for controlling the ejection from the printing means of first sheets corresponding to said first print-target data (1501, 1502, 1503) and of second sheets corresponding to said second print-target data (1504, 1505) in such a manner that, on the basis of said sorting command included in the job, said second sheets which are printed by executing the job are ejected to a second position which is located on a same delivery tray of said printing apparatus and is different from a first position of said first sheets ejected before said second sheets. a printing means for printing images onto sheets by executing a job including predetermined information which includes stream data provided with a sorting command inserted between first print-target data (1501, 1502, 1503) and second print-target data (1504, 1505); and a control means for controlling the ejection from the printing means of first sheets corresponding to said first print-target data (1501, 1502, 1503) and of second sheets corresponding to said second print-target data (1504, 1505) in such a manner that, on the basis of said sorting command included in the job, said second sheets which are printed by executing the job are ejected to a second position which is located on a same delivery tray of said printing apparatus and is different from a first position of said first sheets ejected before said second sheets.
A process for reducing water in never-dried fiber comprising copolymer derived from the copolymerization of para-phenylenediamine, 5 -amino-2-(p-aminophenyl)benzimidazole, and terephthaloyl dichloride, the process having the following steps in a continuous process: (a) a step of drying a never-dried fiber having at least 0.1 wt % sulfur at 150 °C or less until the moisture content of the fiber is less than 60 weight percent; and (b) a step of further drying the fiber above 150 °C while the moisture content of the fiber is less than 60 weight percent; the fiber being further heated to at least 350 °C in either an additional continuous or separate step. (a) a step of drying a never-dried fiber having at least 0.1 wt % sulfur at 150 °C or less until the moisture content of the fiber is less than 60 weight percent; and (b) a step of further drying the fiber above 150 °C while the moisture content of the fiber is less than 60 weight percent;
A particle contrast agent composition for staining particles, the particle contrast agent composition comprising: Basic Fuchsin; Crystal Violet; and New Methylene Blue; one or more permeabilizing agents; and one or more fixing agents. Basic Fuchsin; Crystal Violet; and New Methylene Blue; one or more permeabilizing agents; and one or more fixing agents.
A telescopic boom extension device applied to a telescopic boom in which a base boom, an intermediate boom (22, 23, 24, 25) inserted into the base boom, and a top boom inserted into the intermediate boom (22, 23, 24, 25) constitute a telescopic structure, a boom fixing member (26, 27, 28, 29, 30) is provided to couple an adjacent pair of the booms when the adjacent booms are in a fully-extended state or a fully-contracted state, and when a single built-in extension cylinder extends or retracts, the extension cylinder is coupled selectively to the top boom and the intermediate boom (22, 23, 24, 25) in sequence via a cylinder fixing member to extend the top boom and the intermediate boom (22, 23, 24, 25) in sequence, characterised in that the telescopic boom extension device comprises: a hydraulic supply part that includes: an accumulator configured to supply operating oil under a predetermined pressure to a first hydraulic actuator and a second hydraulic actuator; and an air over hydraulic booster configured to accumulate pressure in the accumulator, the first and the second hydraulic actuators (31, 35) being configured to drive the boom fixing member (26 to 30) and the cylinder fixing member, respectively, the hydraulic supply part being placed in the vicinity of the extension cylinder; and a drive source generation part that includes a pneumatic supply part configured to supply a pneumatic pressure and that is configured to generate operating oil under a predetermined pressure at the hydraulic supply part based on the pneumatic pressure. a hydraulic supply part that includes: an accumulator configured to supply operating oil under a predetermined pressure to a first hydraulic actuator and a second hydraulic actuator; and an air over hydraulic booster configured to accumulate pressure in the accumulator, the first and the second hydraulic actuators (31, 35) being configured to drive the boom fixing member (26 to 30) and the cylinder fixing member, respectively, the hydraulic supply part being placed in the vicinity of the extension cylinder; and a drive source generation part that includes a pneumatic supply part configured to supply a pneumatic pressure and that is configured to generate operating oil under a predetermined pressure at the hydraulic supply part based on the pneumatic pressure.
A fluid filled vibration damping device including: a first mounting member and a second mounting member, which are elastically connected by a main rubber elastic body; a pressure receiving chamber formed with a wall partially composed of the main rubber elastic body disposed on one side of a partition member provided on a side of the second mounting member; an equilibrium chamber formed with a wall partially composed of a flexible membrane disposed on an other side of the partition member; an orifice passage formed through the partition member to connect the pressure receiving chamber and the equilibrium chamber with each other; a movable member is arranged in a containing space formed in the partition member such that fluid pressures of the pressure receiving chamber and the equilibrium chamber are exerted on the movable member via a plurality of through holes (82, 84) that penetrate through walls of the containing space; and a fluid injection passage that is communicated with the pressure receiving chamber and the equilibrium chamber with an opening thereof out to an exterior closed, the fluid filled vibration damping device being characterized in that: the partition member is formed with a first communication groove opening up to a surface of the partition member facing the flexible membrane to communicate the plurality of through holes (82, 84) with each other, and a second communication groove opening up to the surface of the partition member facing the flexible membrane to communicate the orifice passage with at least one of the plurality of through holes (82, 84).
A water purifying filter assembly comprising: a filter; a filter case comprising a receiving member receiving the filter; and a head assembly mounted on one side of the filter case and coupled to the filter, wherein the filter comprises a recessed portion (116, 126, 136) provided on an outer circumferential surface thereof, wherein the receiving member comprises a protrusion (241, 242, 243, 244) formed in a shape corresponding to the recessed portion (116, 126, 136), wherein the filter is fixedly coupled to the head assembly at a position in which the recessed portion (116, 126, 136) and the protrusion (241, 242, 243, 244) are engaged with each other. a filter; a filter case comprising a receiving member receiving the filter; and a head assembly mounted on one side of the filter case and coupled to the filter, wherein the filter comprises a recessed portion (116, 126, 136) provided on an outer circumferential surface thereof, wherein the receiving member comprises a protrusion (241, 242, 243, 244) formed in a shape corresponding to the recessed portion (116, 126, 136), wherein the filter is fixedly coupled to the head assembly at a position in which the recessed portion (116, 126, 136) and the protrusion (241, 242, 243, 244) are engaged with each other.
Method for the assigning of addresses of bus subscribers (20, 20') by a bus master, wherein - the bus subscribers (20, 20') are connected to the bus master via a bus, - the bus has at least one data line and at least one power supply line for the bus subscribers (20, 20'), - the at least one data line is routed from the bus master to all bus subscribers (20, 20') and the power supply line is routed from the bus master to a first of the bus subscribers and is looped through to a further bus subscriber via a switching element in the first bus subscriber, characterized by the following steps: - the bus master applies a supply voltage for the first bus subscriber to the at least one power supply line of the bus; - the bus master transmits a first address to the first bus subscriber; - the first bus subscriber receives and stores the first address; and - the switching element of the first bus subscriber is actuated in order to apply the supply voltage to the next bus subscriber via a next section of the power supply line. - the bus subscribers (20, 20') are connected to the bus master via a bus, - the bus has at least one data line and at least one power supply line for the bus subscribers (20, 20'), - the at least one data line is routed from the bus master to all bus subscribers (20, 20') and the power supply line is routed from the bus master to a first of the bus subscribers and is looped through to a further bus subscriber via a switching element in the first bus subscriber, - the bus master applies a supply voltage for the first bus subscriber to the at least one power supply line of the bus; - the bus master transmits a first address to the first bus subscriber; - the first bus subscriber receives and stores the first address; and - the switching element of the first bus subscriber is actuated in order to apply the supply voltage to the next bus subscriber via a next section of the power supply line.
An excavator machine comprising: • a suspended casing having a top end and a bottom end; • at least one cable (30, 32, 34, 36) extending above the casing, said cable being under tension and having a bottom end (30a, 32a, 34a, 36a) fastened to the top end of the casing; • a cutter device arranged at the bottom end of the casing; the excavator machine being characterized in that it further comprises: • a carriage that is mounted to slide along the cable; • a device (60, 62) for moving the carriage along the cable; and • a locator device (80, 82, 84, 86) for determining the three-dimensional position of the carriage. • a suspended casing having a top end and a bottom end; • at least one cable (30, 32, 34, 36) extending above the casing, said cable being under tension and having a bottom end (30a, 32a, 34a, 36a) fastened to the top end of the casing; • a cutter device arranged at the bottom end of the casing; • a carriage that is mounted to slide along the cable; • a device (60, 62) for moving the carriage along the cable; and • a locator device (80, 82, 84, 86) for determining the three-dimensional position of the carriage.
Syringe with retractable needle, characterized by a cylindrical body equipped with a neck, with a needle installed on the support whose lower margin is equipped with at least one circular profile adapted to be screwed and unscrewed, by respectively rotating the plunger in clockwise and counter-clockwise sense, in the suitable housing positioned at the center of the seal gasket in turn connected to the head/support of the plunger, said plunger being equipped with a base and with a plurality of grooves adapted to house the small bands (18, 18') of the separation element in whose hole the fins of the support element are inserted in a manner such that, once said fins are fit inside the small hollow cylinder of the neck and once, due to the counter-clockwise rotation of the plunger, the circular profile is unscrewed from the housing, by retracting said plunger one obtains only the moving back of the head/support and the seal gasket, a retraction which if extended beyond the limit of the graduated scale placed on the cylindrical body will cause the contact of the terminal small cylinders (19, 19') of the small bands (18, 18') with the lower face of the head/support, causing the disengagement of the fins of the support from the interior of the small hollow cylinder of the neck, making the needle fall inside the cylindrical body, both said seal gasket and said head/support having at least two hermetic slits (20, 20') through which the small bands (18, 18') can respectively slide, in a manner so as to prevent liquid leakage when the plunger is brought forward or back inside the cylindrical body.
A brake lining of a brake, in particular for a utility vehicle, comprising: a brake lining mass with a predetermined friction coefficient, which after an activation, in particular thermal or mechanical activation, has a desired friction and/or wear behaviour and provides a wear volume; and preferably a bonding layer arranged below the brake lining mass for connecting the brake lining mass to a lining back plate, - wherein the brake lining mass has at least one activation region with a supporting material supporting the activation of the brake lining mass, characterised in that the brake lining additionally has an outer layer with a predetermined coefficient of friction, wherein the outer layer is suitable for generating a predetermined first frictional force during, in particular first, braking operations, wherein the outer layer has a degree of hardness and/or a thermal conductivity and/or a coefficient of friction corresponding to that of the at least one activation region. a brake lining mass with a predetermined friction coefficient, which after an activation, in particular thermal or mechanical activation, has a desired friction and/or wear behaviour and provides a wear volume; and preferably a bonding layer arranged below the brake lining mass for connecting the brake lining mass to a lining back plate, - wherein the brake lining mass has at least one activation region with a supporting material supporting the activation of the brake lining mass, - wherein the brake lining mass has at least one activation region with a supporting material supporting the activation of the brake lining mass, characterised in that the brake lining additionally has an outer layer with a predetermined coefficient of friction, wherein the outer layer is suitable for generating a predetermined first frictional force during, in particular first, braking operations, wherein the outer layer has a degree of hardness and/or a thermal conductivity and/or a coefficient of friction corresponding to that of the at least one activation region.