mhurhangee/ep-ind-claims huggingface dataset:
Arrangement having a hydraulic fluid tank of a jet engine and having a structural unit (25; 50) which is arranged on said hydraulic fluid tank and which has at least one outlet device for removing hydraulic fluid from the hydraulic tank, wherein, for this purpose, the outlet device has an outlet opening which faces the hydraulic fluid tank, and the structural unit (25; 50) has at least one measuring device (27, 32), by way of which a fill level of a hydraulic fluid situated in a hydraulic fluid tank is able to be determined, and wherein provision is made of a fastening device for fixing the structural unit (25; 50) to the hydraulic fluid tank, characterized in that the outlet device is, with the outlet opening, positioned as overflow protection for the hydraulic fluid tank according to a maximum fill level of the hydraulic fluid tank, wherein the positioning of the outlet opening and a fill level, determined by the measuring device, in the oil tank are calibrated so as to prevent oil already being removed via the outlet opening from the hydraulic fluid tank before a desired fill level is identified as having been reached by the measuring device, on the one hand, and a maximum quantity of oil in the hydraulic fluid tank being only just above the desired fill level due to the overflow protection, on the other hand.
A binder composition for a non-aqueous secondary battery electrode comprising a polymer A, wherein the polymer A includes a nitrile group-containing monomer unit in a proportion of not less than 80.0 mass% and not more than 99.9 mass%, the polymer A has a weight-average molecular weight (Mw) of not less than 700,000 and not more than 2,000,000, and the polymer A includes components having a molecular weight of less than 500,000 in a proportion of less than 30%, wherein the weight-average molecular weight is measured by gel permeation chromatography according to the description. the polymer A includes a nitrile group-containing monomer unit in a proportion of not less than 80.0 mass% and not more than 99.9 mass%, the polymer A has a weight-average molecular weight (Mw) of not less than 700,000 and not more than 2,000,000, and the polymer A includes components having a molecular weight of less than 500,000 in a proportion of less than 30%, wherein the weight-average molecular weight is measured by gel permeation chromatography according to the description.
A door for selectively blocking and unblocking a passageway, the door comprising: a frame to be adjacent the passageway; a curtain moveable selectively to a closed position and a first open position, the curtain blocking the passageway in the closed position, and the curtain unblocking the passageway in the first open position; characterized by a bracket mounted in sliding relationship with the frame such that the bracket being movable selectively to a normal position and a displaced position relative to the frame; and a switch attached to the bracket and in sensing relationship with the curtain, the curtain supporting at least some weight of the bracket when the bracket is in the displaced position, the curtain supporting no weight of the bracket when the bracket is in the normal position. a frame to be adjacent the passageway; a curtain moveable selectively to a closed position and a first open position, the curtain blocking the passageway in the closed position, and the curtain unblocking the passageway in the first open position; characterized by a bracket mounted in sliding relationship with the frame such that the bracket being movable selectively to a normal position and a displaced position relative to the frame; and a switch attached to the bracket and in sensing relationship with the curtain, the curtain supporting at least some weight of the bracket when the bracket is in the displaced position, the curtain supporting no weight of the bracket when the bracket is in the normal position.
A method of predicting fracture risk in a horse which comprises detecting in a biological sample from the subject one or more genetic variations within one or more of the following regions corresponding to the equine genome: between 13.1 Mb and 15.1 Mb on chromosome 1; and/or between 51.4 Mb and 54.4 Mb on chromosome 9; and/or between 61.0 Mb and 67.2 Mb on chromosome 18; and/or between 55.5 Mb and 57.8 Mb on chromosome 21; and/or between 38.5 Mb and 39.9 Mb on chromosome 22; wherein the presence of such genetic variations is indicative of a positive prediction for the likelihood of fracture risk. between 13.1 Mb and 15.1 Mb on chromosome 1; and/or between 51.4 Mb and 54.4 Mb on chromosome 9; and/or between 61.0 Mb and 67.2 Mb on chromosome 18; and/or between 55.5 Mb and 57.8 Mb on chromosome 21; and/or between 38.5 Mb and 39.9 Mb on chromosome 22;
A method of transporting IP packets between nodes of a 3GPP IP network, the method comprising: receiving packets at a first network node (1,11,12,13) of the 3GPP IP network; separating the received packets into a plurality of streams, where the packets of each stream share a common IP header denoting a second network node (2,21,22,23) of the 3GPP IP network as destination for the packet; in a bearer initialisation phase of an NB or Iu interface, agreeing, between the first network node (1,11,12,13) and the second network node (2,21,22,23), whether packet multiplexing may be used; merging a plurality of packets to form a merged packet; and sending the merged packet to the second network node (2,21,22,23). receiving packets at a first network node (1,11,12,13) of the 3GPP IP network; separating the received packets into a plurality of streams, where the packets of each stream share a common IP header denoting a second network node (2,21,22,23) of the 3GPP IP network as destination for the packet; in a bearer initialisation phase of an NB or Iu interface, agreeing, between the first network node (1,11,12,13) and the second network node (2,21,22,23), whether packet multiplexing may be used; merging a plurality of packets to form a merged packet; and sending the merged packet to the second network node (2,21,22,23).
A composition for use in the treatment of myelofibrosis, comprising a drug that controls the activity or growth of an extracellular matrix-producing cell in bone marrow, and a carrier comprising a retinoid as a targeting agent, wherein the drug that controls the activity or growth of the extracellular matrix-producing cell in bone marrow is selected from the group consisting of a drug that suppresses the expression of the extracellular matrix component and is selected from an siRNA, a ribozyme and antisense nucleic acid or a vector expressing these or an siRNA, a ribozyme, an antisense nucleic acid which target molecules involved in the production or secretion of said extracellular matrix component, and a vector that expresses said siRNA, ribozyme, and antisense nucleic acid.
A lock system comprising: at least one lock (300, 300', 300") having a keyway (302, 302', 302") for receiving a key blade of a key, wherein the lock is part of a lock assembly including a cylinder housing rotatably supporting a cylinder as well as tumbler pins, sliders, and other mechanisms for preventing rotation of the cylinder within the cylinder housing until a properly configured key or other instrument is inserted into the keyway to operate the lock, and at least one key including a generally flat-sided blade (334, 334', 334", 350), said blade having a top edge, a bottom edge, and opposite sides, said blade being configured to be inserted into said keyway of said lock and to enable a user to operate said lock with said key, characterized in that said keyway is divided into three or more sections along its height, said sections comprising: a first section having a ridge projecting into the keyway and conforming to a registry groove of a key blade; a second section having a ridge projecting into the keyway; and a third section (C, C') having on a first side thereof only curved ridges and grooves and on a second side thereof ridges (312, 312', 312", 316) projecting into the keyway with only substantially rectangular or straight angular shapes. at least one lock (300, 300', 300") having a keyway (302, 302', 302") for receiving a key blade of a key, wherein the lock is part of a lock assembly including a cylinder housing rotatably supporting a cylinder as well as tumbler pins, sliders, and other mechanisms for preventing rotation of the cylinder within the cylinder housing until a properly configured key or other instrument is inserted into the keyway to operate the lock, and at least one key including a generally flat-sided blade (334, 334', 334", 350), said blade having a top edge, a bottom edge, and opposite sides, said blade being configured to be inserted into said keyway of said lock and to enable a user to operate said lock with said key, characterized in that said keyway is divided into three or more sections along its height, said sections comprising: a first section having a ridge projecting into the keyway and conforming to a registry groove of a key blade; a second section having a ridge projecting into the keyway; and a third section (C, C') having on a first side thereof only curved ridges and grooves and on a second side thereof ridges (312, 312', 312", 316) projecting into the keyway with only substantially rectangular or straight angular shapes. a first section having a ridge projecting into the keyway and conforming to a registry groove of a key blade; a second section having a ridge projecting into the keyway; and a third section (C, C') having on a first side thereof only curved ridges and grooves and on a second side thereof ridges (312, 312', 312", 316) projecting into the keyway with only substantially rectangular or straight angular shapes.
An apparatus for applying staple belt fasteners to conveyor belts, the apparatus comprising: an elongate base; an anvil mounted to the base for translation in a fore-and-aft direction on the base and having initial set portions and final set portions thereof that are each arranged in respective rows lengthwise along the base; a guide device having through openings for being aligned with either the row of initial set portions or the row of final set portions of the anvil; and an actuator operable to translate the anvil in the fore-and-aft direction on the base and shift the anvil and the guide device relative to each other in the fore-and-aft direction widthwise across the base. an elongate base; an anvil mounted to the base for translation in a fore-and-aft direction on the base and having initial set portions and final set portions thereof that are each arranged in respective rows lengthwise along the base; a guide device having through openings for being aligned with either the row of initial set portions or the row of final set portions of the anvil; and an actuator operable to translate the anvil in the fore-and-aft direction on the base and shift the anvil and the guide device relative to each other in the fore-and-aft direction widthwise across the base.
A stent comprising a main body formed from a plurality of windings that propagate helically around a longitudinal axis of the stent, wherein adjacent windings are connected by at least one first strut, and wherein a transition zone is disposed at either end of the main body between said main body and an end zone of the stent, characterized in that the transition zone comprises a plurality of polygons that comprise hexagons (6,7,8,9), in that a surface area of the polygons across the transition zone increases circumferentially relative to the longitudinal axis of the stent, in that the polygons of the transition zone are connected to the main body by at least one second strut, and in that said end zones are attached to the transition zones by at least one third strut.
Device installation socket for cable conduits, substantially comprising - a housing which is open at the top and has a base and three side walls (3a, 3b, 3c) which together have a C-, J- or U-like shape, as seen from above, and which each have means (4a, 4b, 4c) for the fastening of an electric installation device, - at least one, preferably two cable insertion openings (5, 6), - and at least one holding device which is attached on the outer side of the base and is intended for fastening the housing on the cable conduit, - a fourth side wall which is designed as a pivotably attached web which can be folded over and which has, at its upper free end, at least one means which can cooperate at least with the means located on the opposite side wall for said fastening when the web is folded upwards vertically away from the base, characterized in that the fourth side wall is designed as a web which can be folded over on the base towards the interior of the housing. - a housing which is open at the top and has a base and three side walls (3a, 3b, 3c) which together have a C-, J- or U-like shape, as seen from above, and which each have means (4a, 4b, 4c) for the fastening of an electric installation device, - at least one, preferably two cable insertion openings (5, 6), - and at least one holding device which is attached on the outer side of the base and is intended for fastening the housing on the cable conduit, - a fourth side wall which is designed as a pivotably attached web which can be folded over and which has, at its upper free end, at least one means which can cooperate at least with the means located on the opposite side wall for said fastening when the web is folded upwards vertically away from the base, characterized in that the fourth side wall is designed as a web which can be folded over on the base towards the interior of the housing.
A method of producing a composition that comprises fructoborate complexes in an amount of at least 65 wt%, wherein the fructoborate complexes include di-complexes and mono-complexes, wherein the composition further comprises boric acid, and wherein the di-complex and the boric acid are present in a ratio of at least 10:1, the method comprising: reacting fructose with boric acid in water, and neutralizing the reaction with at least one of an alkaline metal hydroxide, an earth alkaline metal hydroxide, an alkaline metal carbonate, and an earth alkaline metal carbonate to provide a cation to form a salt of the fructose complexes; selecting a molar ratio between the fructose and the boric acid of at least 1.8:1; selecting a preparative scale for the reaction of at least 1000 ml; and reacting the fructose with the boric acid at the ratio and the scale to thereby form the fructose complexes, and wherein the cation forms the salt of the fructose complexes. reacting fructose with boric acid in water, and neutralizing the reaction with at least one of an alkaline metal hydroxide, an earth alkaline metal hydroxide, an alkaline metal carbonate, and an earth alkaline metal carbonate to provide a cation to form a salt of the fructose complexes; selecting a molar ratio between the fructose and the boric acid of at least 1.8:1; selecting a preparative scale for the reaction of at least 1000 ml; and reacting the fructose with the boric acid at the ratio and the scale to thereby form the fructose complexes, and wherein the cation forms the salt of the fructose complexes.
A method of temporarily disabling the operation of a circuit protection device having an electrical installation connected thereto and determining the earth loop impedance of the electrical installation, comprising: injecting a signal sequence into a conductor of the electrical installation under test from a source providing the signal sequence, the signal sequence comprising a first part to disable operation of the circuit protection device for a predetermined period of time; and a second part to monitor the earth loop impedance of the electrical installation; receiving the signal sequence from the source; verifying if the signal sequence comprises the first part of the sequence and disabling operation of the circuit protection device for a predetermined period of time; and measuring the current flowing due to the second part to determine the earth loop impedance of the electrical installation. injecting a signal sequence into a conductor of the electrical installation under test from a source providing the signal sequence, the signal sequence comprising a first part to disable operation of the circuit protection device for a predetermined period of time; and a second part to monitor the earth loop impedance of the electrical installation; receiving the signal sequence from the source; verifying if the signal sequence comprises the first part of the sequence and disabling operation of the circuit protection device for a predetermined period of time; and measuring the current flowing due to the second part to determine the earth loop impedance of the electrical installation.
A system comprising: - an implantable medical or non-medical device comprising at least one piezoelectric actuator; - an external device having a primary set with at least one primary coil (100, 101, 102, 103) and an electronic supply driver for supplying primary signals (u 1, i 1) to said primary set for wireless transfer of energy and control commands between said external device and said implantable device for remote power and control of said piezoelectric actuator; - said implantable device including a resonant circuit comprising a secondary set with at least one secondary coil (310, 311), a capacitor and electronic components powered by said secondary set, said piezoelectric actuator being powered and controlled through said secondary set of secondary coils and said electronic components; - characterized in that the sense of displacement of said piezoelectric actuator depends on the phase and/or on the amplitude and/or frequency of at least one first signal supplied to at least one coil in said at least one primary set. - an implantable medical or non-medical device comprising at least one piezoelectric actuator; - an external device having a primary set with at least one primary coil (100, 101, 102, 103) and an electronic supply driver for supplying primary signals (u 1, i 1) to said primary set for wireless transfer of energy and control commands between said external device and said implantable device for remote power and control of said piezoelectric actuator; - said implantable device including a resonant circuit comprising a secondary set with at least one secondary coil (310, 311), a capacitor and electronic components powered by said secondary set, said piezoelectric actuator being powered and controlled through said secondary set of secondary coils and said electronic components; - characterized in that the sense of displacement of said piezoelectric actuator depends on the phase and/or on the amplitude and/or frequency of at least one first signal supplied to at least one coil in said at least one primary set.
A method of producing glass foam obtained by recycling of broken window glasses; characterized by comprising steps of obtaining and breaking waste window glasses, SLS - Soda Lime Glass, SiO 2, average 70% by weight, Fe 2 O 3, CaO, Al 2 O 3, MgO and Na 2 O as raw materials, grinding the broken glasses into a particle size of 100 microns, mixing 1.0-10.0% grinded dolomite (CaMg(CO 3) 2), 1.0-10.0% grinded limestone (CaCO 3), 1.0-5.0% oak coal powder and 1.0% glycerin as foaming agents into the grinded glass powders, placing the mixtures into molds, evaporating free water at 100°C for about 5 hours as a first stage of a sintering process, subjecting to a second stage of the sintering process wherein, by keeping at different temperatures, the peak temperature reaches 750-800°C and 820-850°C with gradual temperature increases in approximately 10 hours, starting with a sudden temperature drop of about 200°C and then gradually reducing the temperature to reach room temperature after about 24 hours, removing the glass foams, which cool down after the heat treatment, from the molds and cutting them into desired shapes and sizes. evaporating free water at 100°C for about 5 hours as a first stage of a sintering process, subjecting to a second stage of the sintering process wherein, by keeping at different temperatures, the peak temperature reaches 750-800°C and 820-850°C with gradual temperature increases in approximately 10 hours, starting with a sudden temperature drop of about 200°C and then gradually reducing the temperature to reach room temperature after about 24 hours, removing the glass foams, which cool down after the heat treatment, from the molds and cutting them into desired shapes and sizes.
A method of forming a composite part having a skin and at least one elongated stiffener extending from the skin, the method comprising: providing a mold having a mold surface and a respective elongated compaction cavity for each stiffener, each elongated compaction cavity opening into the mold surface; for each stiffener: placing a bagged insert including an insert received in a tubular bag in the respective elongated compaction cavity; and supporting the stiffener with the bagged insert, the stiffener having a first part extending in the elongated compaction cavity snuggly between a side surface of the bagged insert and an adjacent side surface of the mold bordering the elongated compaction cavity, the stiffener having a second part connected to the first part and extending over at least one of the mold surface and a top surface of the bagged insert; placing a skin over and in contact with the mold surface, and over and in contact with the second part of each stiffener; forming a sealed enclosure containing the skin and each stiffener, the sealed enclosure being formed in part by each tubular bag, each insert being located outside of the sealed enclosure; reducing a pressure within the sealed enclosure; removing each insert from the tubular bag; and curing the skin and each stiffener. providing a mold having a mold surface and a respective elongated compaction cavity for each stiffener, each elongated compaction cavity opening into the mold surface; for each stiffener: placing a bagged insert including an insert received in a tubular bag in the respective elongated compaction cavity; and supporting the stiffener with the bagged insert, the stiffener having a first part extending in the elongated compaction cavity snuggly between a side surface of the bagged insert and an adjacent side surface of the mold bordering the elongated compaction cavity, the stiffener having a second part connected to the first part and extending over at least one of the mold surface and a top surface of the bagged insert; placing a bagged insert including an insert received in a tubular bag in the respective elongated compaction cavity; and supporting the stiffener with the bagged insert, the stiffener having a first part extending in the elongated compaction cavity snuggly between a side surface of the bagged insert and an adjacent side surface of the mold bordering the elongated compaction cavity, the stiffener having a second part connected to the first part and extending over at least one of the mold surface and a top surface of the bagged insert; placing a skin over and in contact with the mold surface, and over and in contact with the second part of each stiffener; forming a sealed enclosure containing the skin and each stiffener, the sealed enclosure being formed in part by each tubular bag, each insert being located outside of the sealed enclosure; reducing a pressure within the sealed enclosure; removing each insert from the tubular bag; and curing the skin and each stiffener.