mhurhangee/ep-ind-claims huggingface dataset:
A system for the regulation of a water flow passing through a hydroelectric turbine, said water flow having: - a main sliding direction d; - a speed v u upstream of said system; - a speed v t at said hydroelectric turbine; - a speed v d downstream of said hydroelectric turbine; - a height h u of the free surface upstream of said system; said system comprising: - a working canal placed in said water flow and comprising at least one side wall, said working canal arranged, in use, to house said hydroelectric turbine; - at least one movable wall (120a,120b) located upstream of said hydroelectric turbine and configured to switch between a neutral configuration, wherein v t ≅ v u, and at least one flow acceleration configuration, wherein v t > v u; said system characterized in that it comprises furthermore: - at least one sensor arranged to measure: - said speed v u or a parameter p from which it is possible to calculate said speed v u; - said height h u; - a control unit arranged to: - receive said speed v u or said parameter p and said height h u; - operate said or each movable wall (120a,120b) switching between said neutral configuration and said flow acceleration configuration in order to suitably vary said speed v u and said height h u. - a main sliding direction d; - a speed v u upstream of said system; - a speed v t at said hydroelectric turbine; - a speed v d downstream of said hydroelectric turbine; - a height h u of the free surface upstream of said system; - a working canal placed in said water flow and comprising at least one side wall, said working canal arranged, in use, to house said hydroelectric turbine; - at least one movable wall (120a,120b) located upstream of said hydroelectric turbine and configured to switch between a neutral configuration, wherein v t ≅ v u, and at least one flow acceleration configuration, wherein v t > v u; - at least one sensor arranged to measure: - said speed v u or a parameter p from which it is possible to calculate said speed v u; - said height h u; - said speed v u or a parameter p from which it is possible to calculate said speed v u; - said height h u; - a control unit arranged to: - receive said speed v u or said parameter p and said height h u; - operate said or each movable wall (120a,120b) switching between said neutral configuration and said flow acceleration configuration in order to suitably vary said speed v u and said height h u. - receive said speed v u or said parameter p and said height h u; - operate said or each movable wall (120a,120b) switching between said neutral configuration and said flow acceleration configuration in order to suitably vary said speed v u and said height h u.
A tile comprising: a top layer at least partially defining a top surface of the tile, said top layer comprising a polyvinyl chloride, in short PVC, layer (20; 40) having a first density; a rigid core layer connected to said top layer, said core layer comprising a densified foam material, said core layer having a second density; a plurality of sides (16, 16'); at least one exposed portion extending along a length of one of said plurality of sides (16, 16'), wherein the at least one exposed portion extends outwardly below and away from the top surface of the tile and is defined in part by a sidewall formed within at least said top layer and comprises a textured surface structured to represent a grout line; and an interconnecting mechanism (70, 80), said interconnecting mechanism (70, 80) formed substantially along at least one of said plurality of sides along which said at least one exposed portion is formed; wherein said first density of said PVC layer (20; 40) is in the range of 2,000 kg/m 3 to 2,400 kg/m 3 and the second density of said rigid core layer is in the range of 800 kg/m 3 to 900 kg/m 3. a top layer at least partially defining a top surface of the tile, said top layer comprising a polyvinyl chloride, in short PVC, layer (20; 40) having a first density; a rigid core layer connected to said top layer, said core layer comprising a densified foam material, said core layer having a second density; a plurality of sides (16, 16'); at least one exposed portion extending along a length of one of said plurality of sides (16, 16'), wherein the at least one exposed portion extends outwardly below and away from the top surface of the tile and is defined in part by a sidewall formed within at least said top layer and comprises a textured surface structured to represent a grout line; and an interconnecting mechanism (70, 80), said interconnecting mechanism (70, 80) formed substantially along at least one of said plurality of sides along which said at least one exposed portion is formed; wherein said first density of said PVC layer (20; 40) is in the range of 2,000 kg/m 3 to 2,400 kg/m 3 and the second density of said rigid core layer is in the range of 800 kg/m 3 to 900 kg/m 3.
A transmission method for at least one transceiver pair, each transceiver pair including a first transceiver and a second transceiver, each transceiver including a transmitter and a receiver, said at least one transceiver pair defining a downlink between the transmitter of a first transceiver and the receiver of a second transceiver and further defining an uplink between the transmitter of said second transceiver and the receiver of said first transceiver, the at least one first transceiver of said at least one transceiver pair being located in a device supporting a plurality of links, each transceiver pair transmitting data over a data frame, said transmission method including the steps of: determining a respective active-set for each one of said at least one transceiver pairs, said active-set including a combination of selected logical allocation units, each said logical allocation unit being defined as a unique combination of a time-slot and a frequency band, each selected logical allocation unit relates to at least one of said downlink only and said uplink only; transmitting, by each said transceiver pair, according to said respective active set, wherein said active set is determined to meet at least one of power dissipation requirements within said device supporting said plurality of links, or temperature requirements within said device supporting said plurality of links and wherein said active-set is further determined according to changes of at least one of power dissipation related to said device supporting said plurality of links, or temperature related to said device supporting said plurality of links. determining a respective active-set for each one of said at least one transceiver pairs, said active-set including a combination of selected logical allocation units, each said logical allocation unit being defined as a unique combination of a time-slot and a frequency band, each selected logical allocation unit relates to at least one of said downlink only and said uplink only; transmitting, by each said transceiver pair, according to said respective active set, wherein said active set is determined to meet at least one of power dissipation requirements within said device supporting said plurality of links, or temperature requirements within said device supporting said plurality of links and wherein said active-set is further determined according to changes of at least one of power dissipation related to said device supporting said plurality of links, or temperature related to said device supporting said plurality of links.
Use of a line for mounting in an opening in a wall or floor element of a building, using a locking ring arranged on the line, wherein the locking ring is placed with the line at or in the opening in the wall or floor element and holds the line in a spread position in the opening in the wall or floor element, wherein the locking ring takes on the spread position by itself, for this purpose, the locking ring has a plurality of hooking ribs (30.1,30.2,30.3) which are distributed around the circumference with respect to a central axis of the opening and which protrude inwardly and/or outwardly. using a locking ring arranged on the line, wherein the locking ring is placed with the line at or in the opening in the wall or floor element and holds the line in a spread position in the opening in the wall or floor element, wherein the locking ring takes on the spread position by itself, for this purpose, the locking ring has a plurality of hooking ribs (30.1,30.2,30.3) which are distributed around the circumference with respect to a central axis of the opening and which protrude inwardly and/or outwardly.
Device for reducing vibrations of a vehicle, in particular a rail vehicle, wherein the device comprises at least a vehicle frame, a brake carrier of a mechanically operative brake unit and a suspension bracket (8, 10, 11-13), wherein vehicle frame and brake carrier are connected to one another by the suspension bracket (8, 10, 11-13), and wherein the suspension bracket (8, 10, 11-13) has at least one elastic element connecting the vehicle frame to the brake carrier, and which permits a movement of the brake carrier in the transverse direction of the vehicle frame, characterised in that in the transverse direction of the vehicle frame the elastic element has a greater elasticity than in the longitudinal direction of the vehicle frame, i.e. the elastic element has elasticity only in the transverse direction, and not in other directions, except for the unavoidable elasticity that every real solid body necessarily has.
Flat bed embossing machine with a foil web guiding device for several foil webs, which from unwinding rolls are conducted over a tool plate on a flat bed press, with a foil tensioning device ahead of the tool plate and with foil drawing devices for every foil web after the tool plate, characterised in that - directly ahead of the tool plate several individually adjustable in transverse direction to the drawing direction, long, central symmetrically configured web guides (11.1, 11.2, 11.3) are provided as foil tensioning devices, - with a smooth, low-friction surface - and with suction openings in the surfaces, which are connected with controllable negative pressure sources (13.1, 13.2, 13.3) for the independent setting of negative pressure (pi) and braking force (zi) on every individual web guide (11.1, 11.2, 11.3), - wherein to every picture foil web a print mark sensor is assigned between the foil drawing device and the web guide - and lateral guiding elements settable on both sides on low-friction deflecting elements (31, 32) directly ahead of the web guides and behind the tool plate are assigned, wherein said lateral guiding elements can guide the foil webs centered on the web guides. - directly ahead of the tool plate several individually adjustable in transverse direction to the drawing direction, long, central symmetrically configured web guides (11.1, 11.2, 11.3) are provided as foil tensioning devices, - with a smooth, low-friction surface - and with suction openings in the surfaces, which are connected with controllable negative pressure sources (13.1, 13.2, 13.3) for the independent setting of negative pressure (pi) and braking force (zi) on every individual web guide (11.1, 11.2, 11.3), - wherein to every picture foil web a print mark sensor is assigned between the foil drawing device and the web guide - and lateral guiding elements settable on both sides on low-friction deflecting elements (31, 32) directly ahead of the web guides and behind the tool plate are assigned,
A fuel cell system comprising: a fuel cell including a fuel electrode supplied with a fuel to which an odorant is added, the fuel being directly supplied or supplied after reformed to the fuel electrode from a supply source (Gs), the fuel cell including an oxidant electrode supplied with an oxidant gas, the fuel cell generating an electric power from the fuel and the oxidant gas; an adsorption device disposed between the supply source (Gs) and the fuel electrode and including an adsorption portion (42b1) which is configured to adsorb the odorant and the fuel; characterized by a control unit controlling at least the fuel cell; the control unit including an adsorption state determination portion (S108, S208, S308, S408, S508) determining whether or not an adsorption state of the fuel at the adsorption portion (42b1) is in a predetermined state by supplying the fuel before a start-up operation of the fuel cell system has started, and the control unit including a start-up operation start portion starting the start-up operation of the fuel cell system in a case where the adsorption state determination portion (S108, S208, S308, S408, S508) determines that the adsorption state of the fuel at the adsorption portion (42b1) is in the predetermined state. a fuel cell including a fuel electrode supplied with a fuel to which an odorant is added, the fuel being directly supplied or supplied after reformed to the fuel electrode from a supply source (Gs), the fuel cell including an oxidant electrode supplied with an oxidant gas, the fuel cell generating an electric power from the fuel and the oxidant gas; an adsorption device disposed between the supply source (Gs) and the fuel electrode and including an adsorption portion (42b1) which is configured to adsorb the odorant and the fuel; characterized by a control unit controlling at least the fuel cell; the control unit including an adsorption state determination portion (S108, S208, S308, S408, S508) determining whether or not an adsorption state of the fuel at the adsorption portion (42b1) is in a predetermined state by supplying the fuel before a start-up operation of the fuel cell system has started, and the control unit including a start-up operation start portion starting the start-up operation of the fuel cell system in a case where the adsorption state determination portion (S108, S208, S308, S408, S508) determines that the adsorption state of the fuel at the adsorption portion (42b1) is in the predetermined state.
A medical instrument for removal of articular cartilage in the form of metal bar element equipped with the handle on the one end and a workpiece with a frontal cutting edge on the opposite one, the frontal cutting edge being located on the leading edge and across the width of the frontal wall, and the workpiece comprising a hook-like protuberance with a profile similar to isosceles triangle of 3-7 mm width and 3-6 mm height, which frontal wall is arched and concaved by the radius of curvature of R=3-10 mm, characterized in that the hooked end comprising the workpiece frontal wall is transverse and comprises the frontal cutting edge and longitudinal cutting edges.
A tire rubber composition prepared by mixing at least one rubber component selected from natural rubbers and synthetic diene rubbers, a filler comprising an inorganic filler, a silane coupling agent and a thiosemicarbazone derivative, wherein the thiosemicarbazone derivative is a compound containing a structure shown by the following formula (I-a).
Liquid concentrate which comprises a) one or more aromatic alcohols selected from aryloxyalkanols and arylalkanols, wherein the total amount of component a) is at least 50% by weight, based on the weight of the liquid concentrate, b) one or more acids selected from benzoic acid, propionic acid, salicylic acid, sorbic acid, 4-hydroxybenzoic acid, dehydracetic acid, formic acid or 10-undecylenic acid, or one or more salts of these acids, wherein the total amount of component b) is at least 8% by weight, stated as free acid or acids and based on the weight of the liquid concentrate, and c) at least 0.03% by weight of octenidine dihydrochloride, based on the weight of the liquid concentrate. a) one or more aromatic alcohols selected from aryloxyalkanols and arylalkanols, wherein the total amount of component a) is at least 50% by weight, based on the weight of the liquid concentrate, b) one or more acids selected from benzoic acid, propionic acid, salicylic acid, sorbic acid, 4-hydroxybenzoic acid, dehydracetic acid, formic acid or 10-undecylenic acid, or one or more salts of these acids, wherein the total amount of component b) is at least 8% by weight, stated as free acid or acids and based on the weight of the liquid concentrate, and c) at least 0.03% by weight of octenidine dihydrochloride, based on the weight of the liquid concentrate.
Shelving system, in particular for goods presentation, with at least one shelving bar which in use is oriented with its longitudinal extension vertically and comprises at least one front wall and two side walls (17, 18) which delimit an interior of the shelving bar, wherein the front wall has one or more rows of holes for mounting of carrier elements at different heights, wherein the holes are arranged spaced apart from each other along the shelving bar and create access to the interior; with a busbar (22, 22') for power supply which is integrated in the interior of the shelving bar and runs at least in portions along the shelving bar and has a first and a second conductor (23, 24) which run next to each other and spaced apart along one of the side walls (17, 18) of the shelving bar and are isolated from each other; with at least one bracket which is configured for releasable mounting in one of the holes of the shelving bar, wherein the bracket has at least one engagement portion (36, 37) which, for mounting of the bracket, is configured and arranged for being introduced into the interior of the shelving bar from the outside through one of the holes in the front wall, in order to be arranged in the interior in mounted state, and comprises a carrier portion for a carrier element which in mounted state protrudes out of the shelving bar; and with a current collector device attached to the bracket and having a housing with a current collector portion which is arranged on the engagement portion (36, 37) of the bracket and has tapping contacts (66, 67) protruding from the housing for contacting of the conductors (23, 24) of the busbar, and a connecting portion which is arranged on the carrier portion of the bracket and serves to connect the tapping contacts (66, 67) to a connecting cable of an electrical device; wherein the tapping contacts (66, 67) are configured sprung and arranged to be pressed into the housing against the spring force when the bracket is mounted in the shelving bar and, after passing through one of the holes in the interior behind the front wall, be pressed by spring force out of the housing and against the first or second conductor (23, 24) in order to create an electrically conductive connection therewith.
A system for tracking a presence of persons in a building, comprising: - a sensor network including: - a multiple number of motion sensor for sensing a person's motion in a multiple number of rooms of the building, - a multiple number of localization sensor for sensing if a person is present at a particular location in said rooms, and - a computer system that is communicately connected to the sensor network, wherein the computer system further includes a processor that is arranged for generating a presence state vector, based on sensor information provided by the sensor network, and wherein the presence state vector is further based on information of interconnection structures between adjacent rooms in a floor plan of the building, wherein for each room that is sensed by the sensor network, the presence state vector comprises a variable representing a presence probability value of a person in said room. - a sensor network including: - a multiple number of motion sensor for sensing a person's motion in a multiple number of rooms of the building, - a multiple number of localization sensor for sensing if a person is present at a particular location in said rooms, and - a computer system that is communicately connected to the sensor network,
Crystalline (1-{3-[6-(9,9-difluoro-7-{2-[5-(2-methoxycarbonylamino-3-methyl-butyryl)-5-aza-spiro[2.4]hept-6-yl]-3H-imidazol-4-yl}-9H-fluoren-2-yl)-1H-benzoimidazol-2-yl]-2-aza-bicyclo[2.2.1]heptane-2-carbonyl}-2-methyl-propyl)-carbamic acid methyl ester D-tartrate (Compound I D-tartrate), characterized by an X-ray powder diffractogram comprising the following peaks: 4.0, 10.3, and 19.7 °2θ ± 0.2 °2θ, as determined on a diffractometer using Cu-Kα radiation at a wavelength of 1.54178 Å.
A speed coupling for an at least two-stage gearbox, having a gear shaft, two gear wheels arranged on the gear shaft and a sliding sleeve arranged axially displaceably with respect to the gear shaft, characterised in that an annular shifting gate is arranged between the gear shaft and the sliding sleeve.
A tester for testing exposure of a hydrocarbon on a component, the hydrocarbon stored in a fluid source, the tester comprising: a test module supporting the component thereabout, the test module operatively configured to be connected to the fluid source to receive the hydrocarbon therefrom; and a recirculation circuit operatively configured to be connected to the test module to recirculate the hydrocarbon thereabout whereby the hydrocarbon is passed over at least a portion of the component; and at least one sensor operatively configured to be connected to the fluid source, the test module, and the recirculation circuit;. wherein the test module comprises a partial exposure housing having a component cavity shaped to fittingly receive an outer surface of the component, and wherein the component is at least one of a coupon, a gasket, a tube, and combinations thereof. a test module supporting the component thereabout, the test module operatively configured to be connected to the fluid source to receive the hydrocarbon therefrom; and a recirculation circuit operatively configured to be connected to the test module to recirculate the hydrocarbon thereabout whereby the hydrocarbon is passed over at least a portion of the component; and at least one sensor operatively configured to be connected to the fluid source, the test module, and the recirculation circuit;. wherein the test module comprises a partial exposure housing having a component cavity shaped to fittingly receive an outer surface of the component, and wherein the component is at least one of a coupon, a gasket, a tube, and combinations thereof.