mhurhangee/ep-ind-claims huggingface dataset:
A fire control panel of a fire detection system, the fire control panel comprising: a processor, a storage medium, a user interface having a graphical display, a detector interface arranged for connection to a plurality of fire detectors of the fire detection system, and which generate detector values indicative of a parameter detected by the detector; and a system condition generator, which is arranged to generate system condition information based on the detector values; wherein the processor includes a sampler arranged to periodically sample the detector values received by the detector interface, and the processor is arranged to time stamp the sampled detector values, and to store the time-stamped detector values in the storage medium; wherein the processor stores the system condition information with each time-stamped detector value in the storage medium; and wherein the user interface is arranged to display the time-stamped detector values from a detector and the system condition information concurrently and graphically on the graphical display; a processor, a storage medium, a user interface having a graphical display, a detector interface arranged for connection to a plurality of fire detectors of the fire detection system, and which generate detector values indicative of a parameter detected by the detector; and a system condition generator, which is arranged to generate system condition information based on the detector values; wherein the processor includes a sampler arranged to periodically sample the detector values received by the detector interface, and the processor is arranged to time stamp the sampled detector values, and to store the time-stamped detector values in the storage medium; wherein the processor stores the system condition information with each time-stamped detector value in the storage medium; and wherein the user interface is arranged to display the time-stamped detector values from a detector and the system condition information concurrently and graphically on the graphical display;
A method for corrosion protection in a marine construction, such as a marine surface vessel or a marine structure, the marine construction comprising at least one metal element (M, A, R) and a sacrificial anode adapted to be at least partly immersed in an electrolyte in the form of water, in which the marine construction is at least partly immersed, and that at least one of the metal elements (M, A, R) is a metal part to be corrosion protected by the sacrificial anode, characterized in said method comprising - measuring an electrical potential of the sacrificial anode with a reference electrode as a ground reference; - determining, based on said measured electrical potential, that a passivation layer has formed on the sacrificial anode; - disconnecting the metal part from the sacrificial anode; and - connecting a metal element in the form of a further anode and the sacrificial anode to a DC electrical power outlet to apply an electrical de-passivation current through an electrical circuit comprising the sacrificial anode, the anode and the electrolyte, thereby removing the passivation layer on the sacrificial anode. - measuring an electrical potential of the sacrificial anode with a reference electrode as a ground reference; - determining, based on said measured electrical potential, that a passivation layer has formed on the sacrificial anode; - disconnecting the metal part from the sacrificial anode; and - connecting a metal element in the form of a further anode and the sacrificial anode to a DC electrical power outlet to apply an electrical de-passivation current through an electrical circuit comprising the sacrificial anode, the anode and the electrolyte, thereby removing the passivation layer on the sacrificial anode.
A method of processing a lignocellulosic biomass, in particular having an acid- detergent insoluble lignin content of 6 percent or greater by weight, on a dry weight basis, the biomass including cellulose, hemicellulose and lignin fractions, comprising the steps of: applying a weak organic acid to the biomass to at least partly depolymerize the hemicellulosic and lignin materials in the biomass; drying the weak-acid treated biomass to provide a sufficiently high solids content material as to be pelletized; pelletizing the material from the drying step; and shipping the pelletized material to a second location; at the second location, recovering a cellulosic solids product from the pelletized material; and contacting the cellulosic solids so isolated with a strong mineral acid to hydrolyze the same and provide a hexose product or stream. applying a weak organic acid to the biomass to at least partly depolymerize the hemicellulosic and lignin materials in the biomass; drying the weak-acid treated biomass to provide a sufficiently high solids content material as to be pelletized; pelletizing the material from the drying step; and shipping the pelletized material to a second location; at the second location, recovering a cellulosic solids product from the pelletized material; and contacting the cellulosic solids so isolated with a strong mineral acid to hydrolyze the same and provide a hexose product or stream.
A sample container for obtaining an environmental sample having • an outer chamber, which is surrounded by an outer container wall, which is directly fluidically connected to the environment via at least one passage opening arranged in the outer container wall and which can be filled with a liquid at least in a base region, • an inner chamber, which is surrounded by an inner container wall, which is fluidically connected to the base region of the outer chamber via a passage opening arranged in the inner container wall, which has a connection for a sampling line and a connection for a conveying medium line and is otherwise sealed against the environment in a pressure-tight and media-tight manner, • a pneumatically or hydraulically actuatable closure device for the passage opening between the outer chamber and the inner chamber with a connection for an actuating medium line, characterized in that the passage opening from the outer chamber into the inner chamber is designed as a venture nozzle. • an outer chamber, which is surrounded by an outer container wall, which is directly fluidically connected to the environment via at least one passage opening arranged in the outer container wall and which can be filled with a liquid at least in a base region, • an inner chamber, which is surrounded by an inner container wall, which is fluidically connected to the base region of the outer chamber via a passage opening arranged in the inner container wall, which has a connection for a sampling line and a connection for a conveying medium line and is otherwise sealed against the environment in a pressure-tight and media-tight manner, • a pneumatically or hydraulically actuatable closure device for the passage opening between the outer chamber and the inner chamber with a connection for an actuating medium line,
A channel assignment optimization method in a communication system, wherein the communication system comprises an initialization base station (IBS, BS 5), and multi-stage neighboring base stations of the initialization base station, at a current-stage neighboring base station among the multi-stage neighboring base stations, the method comprises steps of: receiving a channel assignment optimization testing message from an upper-stage neighboring base station; determining whether there is a channel all lower-stage neighboring base stations working on the channel have a respective backup idle channel; if there is a channel all lower-stage neighboring base stations working on the channel have a respective backup idle channel, sending a channel assignment optimization response message having "feasible" indication to the upper-stage neighboring base station; and when a channel switching request message is received from the upper-stage neighboring base station, requesting all lower-stage neighboring base stations that work on the channel to switch to their respective backup idle channel; after a channel switching response message having "success" indication is received from each of all lower-stage neighboring base stations, sending a channel switching response message having "success" indication to the upper-stage neighboring base station, and making the current-stage neighboring base station work on the channel.
Structure of a sports footwear or a component of a sports footwear, particularly a shell adapted to hold a foot of a user, comprising an outsole and an insole arranged inside said footwear, said insole comprising a supporting surface adapted to support said foot, a first sidewall and a second sidewall which are removably associable at the opposite edges of said insole so as to form a sub-assembly, an outer hull comprising said outsole and adapted to contain said sub-assembly, said hull being removably associable to the lower surface of said insole opposite said supporting surface.
A feces collection sheet, which has a cylindrical shape, comprising: an upper sheet having a feces receiving portion in a center of the upper sheet; and a lower sheet, which is provided so as to extend from both of a right-side edge portion and a left-side edge portion of the upper sheet and is configured to define a gap with the upper sheet to allow insertion of a toilet seat therethrough; wherein the upper sheet and the lower sheet are made of a material having a water-soluble material property; wherein the feces receiving portion has a plurality of folded piece portions configured to be unfolded in a direction toward the lower sheet such that the feces receiving portion forms a three-dimensional shape that bulges toward the lower sheet; and wherein the folded piece portions have a plurality of mountain creases and a plurality of valley creases on the feces receiving portion of the upper sheet; wherein end portions of the mountain creases and end portions of the valley creases are fixed so as not to be unfoldable; wherein the valley creases are formed on both sides of a center of the feces receiving portion at predetermined intervals in a direction toward both of the right-side edge portion and the left-side edge portion of the upper sheet or in a direction toward both of a front-side edge portion and a rear-side edge portion of the upper sheet; and wherein the feces collection sheet is made from the water-soluble material such that it can be directly flushed away and is broken down in 90 seconds or less as measured by a breakdown test defined in Japanese Industrial Standards P4501. an upper sheet having a feces receiving portion in a center of the upper sheet; and a lower sheet, which is provided so as to extend from both of a right-side edge portion and a left-side edge portion of the upper sheet and is configured to define a gap with the upper sheet to allow insertion of a toilet seat therethrough; wherein the upper sheet and the lower sheet are made of a material having a water-soluble material property; wherein the feces receiving portion has a plurality of folded piece portions configured to be unfolded in a direction toward the lower sheet such that the feces receiving portion forms a three-dimensional shape that bulges toward the lower sheet; and wherein the folded piece portions have a plurality of mountain creases and a plurality of valley creases on the feces receiving portion of the upper sheet; wherein end portions of the mountain creases and end portions of the valley creases are fixed so as not to be unfoldable; wherein the valley creases are formed on both sides of a center of the feces receiving portion at predetermined intervals in a direction toward both of the right-side edge portion and the left-side edge portion of the upper sheet or in a direction toward both of a front-side edge portion and a rear-side edge portion of the upper sheet; and wherein the feces collection sheet is made from the water-soluble material such that it can be directly flushed away and is broken down in 90 seconds or less as measured by a breakdown test defined in Japanese Industrial Standards P4501.
A laminated cell comprising: a laminated body formed by sequentially stacking a negative electrode, a separator, a positive electrode, and a separator; and a film-like resin member disposed in at least one of surfaces of the positive electrode or the negative electrode, wherein at least one of the surfaces has a portion to which the resin member is bonded, the separators (170, 180) each have a portion bonded to the resin member on a side facing at least one of the surfaces, and the positive electrode and the negative electrode have current collecting portions (132, 152) for taking out generated electricity to the outside, and the resin member is electrically insulative and is disposed in at least each of the current collecting portions (132, 152). a laminated body formed by sequentially stacking a negative electrode, a separator, a positive electrode, and a separator; and a film-like resin member disposed in at least one of surfaces of the positive electrode or the negative electrode, wherein at least one of the surfaces has a portion to which the resin member is bonded, the separators (170, 180) each have a portion bonded to the resin member on a side facing at least one of the surfaces, and the positive electrode and the negative electrode have current collecting portions (132, 152) for taking out generated electricity to the outside, and the resin member is electrically insulative and is disposed in at least each of the current collecting portions (132, 152).
An encapsulated gear train for a machine comprising a support frame, which is non-encasing, an input shaft rotatably mounted in the support frame, an output shaft rotatably mounted in the support frame, gears (28,29) configured to operatively connect the input shaft with the output shaft, and an encasement configured to encapsulate the input shaft, the output shaft, the gears, and at least a portion of the support frame, wherein the support frame is configured to be mounted on a structure of the machine such that the support frame does not apply any loads onto the encasement, the support frame comprises a fixing point protruding from a main body of the support frame, and the support frame is configured to be mounted on the structure by the fixing point, the encasement is configured to encompass said fixing point and to seal the encapsulated components (24,26,28,29), characterized in that a vibration isolating seal is arranged between the encasement and fixing point. a support frame, which is non-encasing, an input shaft rotatably mounted in the support frame, an output shaft rotatably mounted in the support frame, gears (28,29) configured to operatively connect the input shaft with the output shaft, and an encasement configured to encapsulate the input shaft, the output shaft, the gears, and at least a portion of the support frame, the support frame is configured to be mounted on a structure of the machine such that the support frame does not apply any loads onto the encasement, the support frame comprises a fixing point protruding from a main body of the support frame, and the support frame is configured to be mounted on the structure by the fixing point, the encasement is configured to encompass said fixing point and to seal the encapsulated components (24,26,28,29), characterized in that a vibration isolating seal is arranged between the encasement and fixing point.
A magnetocaloric material of the general formula (Mn x Fe 1-x) 2+z P 1-y Si y where 0.6 ≦ x ≦ 0.65 0.45 ≦ y ≦ 0.6 -0.05 ≦ z ≦ 0.05. 0.6 ≦ x ≦ 0.65 0.45 ≦ y ≦ 0.6 -0.05 ≦ z ≦ 0.05.
A polypropylene complex resin composition for low-temperature injection molding, comprising: a polypropylene resin; an olefin-based elastomer; an inorganic reinforcing agent; and an additive, wherein the polypropylene resin is a polypropylene mixed resin comprising: about 100 parts by weight of (A-1) a high-crystalline ethylene-propylene copolymer having an isotactic index of about 98 to 100% and a melt flow index value of about 20 to 50 g/10 min (2.16 kg, 230°C); and about 5 to 20 parts by weight of (A-2) an ultrahigh fluidity homopolypropylene having a melt flow index value of about 1,000 to 1,800 g/10 min (2.16 kg, 230°C). a polypropylene resin; an olefin-based elastomer; an inorganic reinforcing agent; and an additive, about 100 parts by weight of (A-1) a high-crystalline ethylene-propylene copolymer having an isotactic index of about 98 to 100% and a melt flow index value of about 20 to 50 g/10 min (2.16 kg, 230°C); and about 5 to 20 parts by weight of (A-2) an ultrahigh fluidity homopolypropylene having a melt flow index value of about 1,000 to 1,800 g/10 min (2.16 kg, 230°C).
Use of a polyester plasticizer comprising regularly alternating units of 1) a glycol or a diol and 2) a dibasic acid, wherein the polyester plasticizer is used in - a polysulfide sealant for improving extraction resistance, - a caulk, - a polyvinylacetate adhesive, - a waterborne ethylene vinyl acetate adhesive, - a polyvinyl chloride-based plastisol or - a vinyl film, such as a vinyl label film; and wherein the polyester is end capped with dual benzoic acid esters or hybrid benzoate and acetate esters. 1) a glycol or a diol and 2) a dibasic acid, - a polysulfide sealant for improving extraction resistance, - a caulk, - a polyvinylacetate adhesive, - a waterborne ethylene vinyl acetate adhesive, - a polyvinyl chloride-based plastisol or - a vinyl film, such as a vinyl label film; and
A power-split transmission for a vehicle comprising a forward-reverse transmission module, an epicyclic module and a secondary power branch, the forward-reverse transmission module comprising an input shaft couplable to a primary motor, an output shaft, first and second clutches (30, 48) which are alternatively engageable to close respective forward and reverse drive paths between the input shaft and output shaft, wherein engagement of the first clutch couples the input shaft directly to the output shaft, and engagement of the second clutch couples the input shaft to the output shaft via first and second gear sets which each comprise a plurality of meshed gears, one of said gear sets comprising an odd number of gears and the other of said gear sets comprising an even number of gears, the epicyclic module having a first epicyclic input connected to the output shaft of the forward-reverse transmission module, a second epicyclic input connected to an output side of the secondary power branch, a first epicyclic output and a second epicyclic output, the secondary power branch deriving power from the primary motor via the first gear set, characterized by the transmission further comprising a direct shift transmission module, and first, second and third main torque transfer paths between the primary motor and a differential gear, each main torque transfer path including a clutch (C 1, C 2, C 3) and a synchromesh unit (94, 112) which allows selection of one of a plurality of torque transfer sub-paths within the direct shift transmission module, the first main torque transfer path bypassing the epicyclic module and including the secondary power branch, the first and second epicyclic outputs (64, 66) being alternatively couplable to the differential gear via the second and third main torque transfer paths respectively, and wherein the first and third main torque transfer paths share a synchromesh unit.
Method for producing a hybrid fiber bundle, in which, in a spreading step, a first fiber bundle having fibers of a first material is guided in a first plane (7.1) of a device and a second fiber bundle having fibers of a second material is guided in a second plane (7.2) of the device, in each case via mutually offset, heated deflection rods, and are thus spread apart from one another and are subsequently placed on top of one another in a merging step so as to overlap, wherein the first and second fiber bundles (2, 3), before and/or after the spreading step, are guided in an S-shape via at least two rollers (6.1, 6.2, 6.3, 6.4) that comprise tracks following the fiber course, and a mixed sliver formed from the first and second fiber bundles (2, 3) that are spread and placed on top of one another is guided in an omega-shaped or meandering manner via at least three delivery mechanism rollers of a delivery mechanism, as a result of which the hybrid fiber bundle is formed, wherein omega-shaped means that the angle of wrap of the mixed sliver around the delivery mechanism rollers is at least 270° in each case, and meandering means that the angle of wrap of the mixed sliver around the delivery mechanism rollers is at least 180° in each case.
A ceiling radiator for heating or cooling rooms, said ceiling radiator having at least one flow tube for the transport of a heating or cooling medium and having several radiant panels connected in a heat-conducting manner to the at least one flow tube, wherein the ceiling radiator has a star-shaped cross-sectional shape, wherein at least two converging radiant panels form a star tip, and wherein a suspension is disposed in such a manner and/or the cross-sectional shape, in particular the number of the star tips, is selected in such manner that, in the mounted state on a ceiling, the radiant panels realize a larger radiating surface in a floor direction than toward the ceiling, characterized in that the star-shaped cross-sectional shape has five or more star tips. wherein the ceiling radiator has a star-shaped cross-sectional shape, wherein at least two converging radiant panels form a star tip, and wherein a suspension is disposed in such a manner and/or the cross-sectional shape, in particular the number of the star tips, is selected in such manner that, in the mounted state on a ceiling, the radiant panels realize a larger radiating surface in a floor direction than toward the ceiling, characterized in that the star-shaped cross-sectional shape has five or more star tips.
Tunnel box intended to receive a window- or door-shielding mechanism, the tunnel box being designed to be anchored above a reveal delimiting the casing in which a window or door frame is fitted, the tunnel box comprising a crown wall extended by at least one edge of a lateral wall (L1, L2), a groove being formed from the outside in the said lateral wall and/or the crown wall, the said groove being intended to house a fastening/reinforcing bracket, the said tunnel box incorporating a framework for reinforcing its structure, comprising bows arranged radially in the volume of material of the said tunnel box, and rods arranged longitudinally in the volume of material of the said tunnel box SO as to join the said bows, characterized in that the groove is delimited by an incision which is interrupted before the free edge of the lateral wall forming a volume of enlarged material in the lower part of the lateral wall and in which at least one rod takes up position.