mhurhangee/ep-ind-claims huggingface dataset:
A pulveriser mill having a rotatable grinding ring, and a rotatable port ring around the circumference of the grinding ring, wherein the port ring defines, around its 360 degree extent, a plurality of openings which are separated by lands, the openings permitting air to flow from beneath the grinding ring to above the grinding ring and the lands serving as obstructions to the flow of air from beneath the grinding ring to above the grinding ring, wherein the aspect ratio of the openings (length divided by radial width) is in the range from 1:1 to 3:1.
A composite material part comprising fiber reinforcement densified by a matrix, the part having at least one element of arcuate shape, said reinforcement being constituted by a reinforcing fiber structure for the composite material part, said structure being woven as a single piece by multilayer weaving between a plurality of layers of weft yarns and a plurality of layers of warp yarns arranged in adjacent manner between two faces of said structure, the composite material part being characterized in that the fiber structure has at least one arcuate portion extending over one of the faces of said fiber structure, the arcuate portion comprising at least some of the warp yarns continuous with at least two adjacent warp yarn layers present on one of the faces of the structure, the warp yarns of said arcuate portion being of a length that is longer than the warp yarns of at least two underlying warp yarn layers of said structure, and in that said warp yarns of said arcuate portion are not interlinked with other warp yarns of the fiber structure.
A vehicle lighting system comprising: a first detection unit (110, 120, 130, 210) configured to detect a moving body around a host vehicle; a first determination unit configured to determine whether the moving body is a target to which an alert should be sent; a projection unit capable of projecting a first pattern in a predetermined range around the target when the first determination unit determines that the moving body is the target, the first pattern indicating first information related to the host vehicle, the vehicle lighting system characterized by: a second determination unit configured to determine whether another vehicle is projecting a second pattern in the predetermined range around the target, the second pattern indicating second information related to the other vehicle; and a control unit configured to control the projection unit such that the first pattern is projected at a position where the predetermined range around the target and the first pattern does not overlap with the second pattern or such that the first pattern is not projected, when the second determination unit determines that the other vehicle is projecting the second pattern. a first detection unit (110, 120, 130, 210) configured to detect a moving body around a host vehicle; a first determination unit configured to determine whether the moving body is a target to which an alert should be sent; a projection unit capable of projecting a first pattern in a predetermined range around the target when the first determination unit determines that the moving body is the target, the first pattern indicating first information related to the host vehicle, the vehicle lighting system characterized by: a second determination unit configured to determine whether another vehicle is projecting a second pattern in the predetermined range around the target, the second pattern indicating second information related to the other vehicle; and a control unit configured to control the projection unit such that the first pattern is projected at a position where the predetermined range around the target and the first pattern does not overlap with the second pattern or such that the first pattern is not projected, when the second determination unit determines that the other vehicle is projecting the second pattern. a second determination unit configured to determine whether another vehicle is projecting a second pattern in the predetermined range around the target, the second pattern indicating second information related to the other vehicle; and a control unit configured to control the projection unit such that the first pattern is projected at a position where the predetermined range around the target and the first pattern does not overlap with the second pattern or such that the first pattern is not projected, when the second determination unit determines that the other vehicle is projecting the second pattern.
Method for the assembly of a skin (101, 102) and of the flange of a stiffener (111, 112, 121, 122), characterized in that it comprises the steps consisting in: a. sealing (810, 830, 840) the periphery of the contact between the skin and the flange of the stiffener by depositing a bead (210, 211) of adhesive on the flange of the stiffener intended to come into contact with the skin and by subsequently squeezing the skin on the flange of the stiffener; b. producing a first orifice, termed injection orifice, and a second orifice, termed vent orifice, in the skin, said orifices opening at the interface between the skin and the flange of the stiffener; c. injecting adhesive through the first orifice at the interface between the skin and the flange of the stiffener while keeping said skin in contact with the stiffener until the adhesive entirely fills the interface between the skin and the stiffener. a. sealing (810, 830, 840) the periphery of the contact between the skin and the flange of the stiffener by depositing a bead (210, 211) of adhesive on the flange of the stiffener intended to come into contact with the skin and by subsequently squeezing the skin on the flange of the stiffener; b. producing a first orifice, termed injection orifice, and a second orifice, termed vent orifice, in the skin, said orifices opening at the interface between the skin and the flange of the stiffener; c. injecting adhesive through the first orifice at the interface between the skin and the flange of the stiffener while keeping said skin in contact with the stiffener until the adhesive entirely fills the interface between the skin and the stiffener.
A combustor of a gas turbine engine, comprising: a support shell (68,70) defining a multiple of impingement flow passages; and a multiple of liner panels (72,74) mounted to the support shell (68,70), at least one of the multiple of liner panels (72,74) defines a first impingement cavity with the support shell (68, 70) and a second impingement cavity with the support shell; a first multiple of effusion flow passages through the at least one of the multiple of liner panels (72, 74) and in communication with the first impingement cavity; and a second multiple of effusion flow passages through the at least one of the multiple of liner panels (72, 74) and in communication with the second impingement cavity; wherein the support shell (68,70) defines a first multiple of impingement flow passages defined in the support shell (68,70) and in communication with the first impingement cavity, and a second multiple of impingement flow passages defined in the support shell (68,70) and in communication with the second impingement cavity; wherein the first multiple of impingement flow passages and the first multiple of effusion flow passages define a first ratio and the second multiple of impingement flow passages and the second multiple of effusion flow passages define a second ratio, the first ratio different than the second ratio such that the first impingement cavity is operable at a first pressure and the second impingement cavity is operable at a second pressure different than said first pressure. a support shell (68,70) defining a multiple of impingement flow passages; and a multiple of liner panels (72,74) mounted to the support shell (68,70), at least one of the multiple of liner panels (72,74) defines a first impingement cavity with the support shell (68, 70) and a second impingement cavity with the support shell; a first multiple of effusion flow passages through the at least one of the multiple of liner panels (72, 74) and in communication with the first impingement cavity; and a second multiple of effusion flow passages through the at least one of the multiple of liner panels (72, 74) and in communication with the second impingement cavity; wherein the support shell (68,70) defines a first multiple of impingement flow passages defined in the support shell (68,70) and in communication with the first impingement cavity, and a second multiple of impingement flow passages defined in the support shell (68,70) and in communication with the second impingement cavity; wherein the first multiple of impingement flow passages and the first multiple of effusion flow passages define a first ratio and the second multiple of impingement flow passages and the second multiple of effusion flow passages define a second ratio, the first ratio different than the second ratio such that the first impingement cavity is operable at a first pressure and the second impingement cavity is operable at a second pressure different than said first pressure.
Process for the preparation of a water-soluble polymer, the weight-average molecular mass M w (determined by SEC) of which ranges from 1,000 to 10,000 g/mol and the polydispersity index I p of which is less than 3.5, by polymerization reaction in water, at a temperature of greater than 60°C, of at least one main monomer comprising at least one polymerizable olefinic unsaturation, in the presence: • of at least one metal derivative which is complexed, bonded to at least one ligand or in the ionic form and comprising: ∘ at least one element chosen from Cu I and Cu II; or ∘ at least one precursor compound of an element; • of at least one aromatic compound comprising at least one functional group chosen from hydroxyl, primary amine, secondary amine and tertiary amine directly bonded to the aromatic ring, in an amount equivalent to at least 300 molar ppm of functional group with respect to the molar amount of main monomer; and • at least one initiator compound chosen from hydrogen peroxide, sodium persulfate, potassium persulfate, ammonium persulfate, alkyl hydroperoxide and their mixtures. • of at least one metal derivative which is complexed, bonded to at least one ligand or in the ionic form and comprising: ∘ at least one element chosen from Cu I and Cu II; or ∘ at least one precursor compound of an element; ∘ at least one element chosen from Cu I and Cu II; or ∘ at least one precursor compound of an element; • of at least one aromatic compound comprising at least one functional group chosen from hydroxyl, primary amine, secondary amine and tertiary amine directly bonded to the aromatic ring, in an amount equivalent to at least 300 molar ppm of functional group with respect to the molar amount of main monomer; and • at least one initiator compound chosen from hydrogen peroxide, sodium persulfate, potassium persulfate, ammonium persulfate, alkyl hydroperoxide and their mixtures.
A machine for depressurizing or compressing substantially gaseous media, comprising: a machine casing; at least one screw rotor (36, 38), which is arranged in a screw rotor bore (32, 34) in the machine casing, extends between a low-pressure side and a high-pressure side of the screw rotor bore (32, 34), cooperates with the substantially gaseous medium and, by rotating about a screw axis (52, 54), conveys the substantially gaseous medium either from the low-pressure side to the high-pressure side, compressing it, or from the high-pressure side to the low-pressure side, expanding it, and is mounted on both sides in the machine casing by means of a respective bearing set (92, 94, 96, 98), wherein each bearing set (92, 94, 96, 98) has at least one radial bearing and at least one of the bearing sets (96, 98) has at least one axially acting bearing that supports the at least one screw rotor (36, 38) axially to counter an axial displacing movement from its operating position in the direction (112, 114) of the low-pressure side; and a motor/generator unit that is coupled or couplable to the at least one screw rotor (36, 38), wherein the at least one screw rotor (36, 38) is provided with at least one axial support bearing (212, 214) that axially supports the at least one screw rotor (36, 38) such that a high-pressure end face (122, 124) of the at least one screw rotor (36, 38) is guided, without making contact, to an end wall (126, 128), which faces this end face (122, 124), of the machine casing that receives the at least one screw rotor (36, 38), characterized in that the at least one support bearing (212, 214) is arranged on a receiving pin, and in that the receiving pin is inserted into the end of a bearing pin.
A core-shell type water-absorbing resin particle composed of a core layer and a shell layer, wherein the comprises a water-absorbing resin, the comprises a thermoplastic resin having a melting point of 50 to 180°C, and the thermoplastic resin is a polymer having a hydrophobic block comprising a polyolefin, wherein the thermoplastic resin having a melting point of 50 to 180°C is an alternating block copolymer in which a hydrophobic block of a polyolefin and a block of a hydrophilic polymer are linked via at least one selected from the group consisting of an ester linkage, an amide linkage, an ether linkage and an imide linkage, and wherein the alternating block copolymer is a copolymer having a structure represented by the following formula: wherein n is an integer of 2 to 50; R 1 and R 2 are each independently a hydrogen atom or a methyl group, provided that not both of R 1 and R 2 are methyl groups; y is an integer of 15 to 800; E 1 is an alkylene group having 1 to 11 carbon atoms or a phenylene group; A 1 is an alkylene group having 2 to 12 carbon atoms and having optionally a halogen atom; m and m' are each independently an integer of 1 to 300; X is a group represented by the following formula or the following formula and X' is a group represented by the following formula or the following formula, provided that when X is a group represented by the formula, X' is a group represented by the formula, and when X is a group represented by the formula, X' is a group represented by the formula, in the formulae,,, and, R is a hydrogen atom or an alkyl group having 1 to 4 carbon atoms; R 3 is an alkylene group having 1 to 11 carbon atoms; R 4 is a hydrogen atom or an alkyl group having 1 to 10 carbon atoms; A 2 is an alkylene group having 2 to 12 carbon atoms and having optionally a halogen atom; r is an integer of 1 to 20 and u is 0 or 1; Q is a group represented by the following formula; Q' is a group represented by the following formula; T is a group represented by the following formula; and T' is a group represented by the following formula, in the formulae,,, and, R 5 is a hydrogen atom or an alkyl group having 1 to 10 carbon atoms; R 6 is a hydrogen atom or a methyl group; t is 1 when R 6 is a methyl group and is 0 when R 6 is a hydrogen atom.
An energy-absorbing element, comprising - an absorbing portion, formed by two solid filiform elements (5, 6) capable of deforming elastically under a tensile stress which is less than a predetermined threshold and plastically under a tensile stress which is greater than the predetermined threshold, - a first and a second anchoring point, - a first and a second (2") distal end of said absorbing portion being secured to the first and second anchoring points (3, 4) respectively, characterised in that it furthermore comprises: - a prestressing flange installed between the first and the second (2") distal end, this flange having a length greater than the distance between the two distal ends (2', 2") of the non-prestressed absorbing element so as to prestress said absorbing element in tension. - an absorbing portion, formed by two solid filiform elements (5, 6) capable of deforming elastically under a tensile stress which is less than a predetermined threshold and plastically under a tensile stress which is greater than the predetermined threshold, - a first and a second anchoring point, - a first and a second (2") distal end of said absorbing portion being secured to the first and second anchoring points (3, 4) respectively, - a prestressing flange installed between the first and the second (2") distal end, this flange having a length greater than the distance between the two distal ends (2', 2") of the non-prestressed absorbing element so as to prestress said absorbing element in tension.
Coin payment apparatus configured to juxtapose a first coin dispenser row and a second coin dispenser row, in which a plurality of coin dispensers having mutually same structures each having a dispensing opening for delivering stored coins one by one are juxtaposed along a straight line intersecting with ejecting direction lines, at a predetermined interval therebetween so that the ejecting direction lines of the first coin dispenser row and the second coin dispenser row are directed toward the opposing coin dispenser row (212, 214) and to dispose, between the first coin dispenser row and the second coin dispenser row, a carrying belt which is configured to move a coin toward a coin receiving opening, thereby to drop the coin delivered from the coin dispenser constituting the first coin dispenser row or the second coin dispenser row onto the carrying belt and then to carry the coin toward the coin receiving opening by the carrying belt; wherein pairs of the coin dispensers constituting the first coin dispenser row and the second coin dispenser row are disposed in mutually same positional relations in the direction forming a right angle with respect to the carrying belt to constitute respective coin dispenser pairs (292-1 to 292-4); wherein the plurality of coin dispenser pairs (292-1 to 292-4) are disposed along the carrying belt; characterized in that the coin payment apparatus has the carrying belt forming a three-dimensional-box-shape dispensing space above the carrying belt by a first guiding wall vertically standing below the dispensing openings of the first coin dispenser row and a second guiding wall disposed to be parallel to the first guiding wall and vertically standing below the dispensing openings of the second coin dispenser row, a lower part of at least one of the first guiding wall and the second guiding wall distant from the coin receiving opening is formed so that the lower the lower part, the more the lower part is tilted so as to sequentially get close to the opposing first guiding wall (3.06) or second guiding wall, respectively, and the closer the lower part is to the coin receiving opening, the lower part gets away from the opposing first guiding wall or the second guiding wall, respectively; in an adjacent area of the first and second coin dispenser rows (212, 214), adjacent elastic partition walls are disposed, each elastic partition wall has a first elastic member forming a right angle with respect to an extending direction line of the carrying belt; wherein, between the adjacent elastic partition wall in an upstream side of a moving direction of the carrying belt and the adjacent elastic partition wall in a downstream side thereof, an inclined elastic partition wall inclined with respect to the extending direction line of the carrying belt is disposed, the inclined elastic partition wall has a second elastic member; wherein, in a front side of the dispensing opening of each coin dispenser of the coin dispenser pairs (292-1 to 292-4), a tapered convergence space is formed by the elastic partition wall, the inclined elastic partition wall, the first elastic member and the second elastic member.
A method for improving distributed resource allocation in a wireless communication network based on Orthogonal Frequency Division Multiple Access, called OFDMA, comprising neighbour Base Stations (100', 101') serving subscriber stations (90', 91'), the method including the step of each Base Station controlling the allocation of respective permutation zones and radio resources encompassing different radio subchannels within each permutation zone, characterized in that said step of controlling the allocation includes, at each Base Station, detecting changes of Radio Resources allocated to the Base Station for triggering, at any detection of a change of Radio Resources allocated to the Base Station, the sending by the Radio Resource Agent of the Base Station to at least Radio Resource Control of a neighbour Base Station a Spare Capacity Report including a Bitmap indicating all deployed subchannels for transmission in each Permutation Zone at the Base Station sending the Spare Capacity Report.
Wheel arch configured to be coupled to a rim of a wheel, comprising: 1a) a liner configured to roll on a rolling surface; 1b) a frame configured to support the liner and providing rigidity to the wheel arch; and 1c) fixing means for fixing the frame to a rim; the wheel arch comprises: 3a) a seat configured to settle in a rim and provide shock-absorption between the frame and a rim; and 3b) fastening means of the seat between the frame and a rim; characterized in that: 16a) the frame is configured in the form of a leaf spring to provide shock-absorption by means of a controlled bending deformation of the frame. 1a) a liner configured to roll on a rolling surface; 1b) a frame configured to support the liner and providing rigidity to the wheel arch; and 1c) fixing means for fixing the frame to a rim; 3a) a seat configured to settle in a rim and provide shock-absorption between the frame and a rim; and 3b) fastening means of the seat between the frame and a rim; 16a) the frame is configured in the form of a leaf spring to provide shock-absorption by means of a controlled bending deformation of the frame.
An apparatus for eliciting a blood sample comprising: a housing having an aperture; a shaft extending in the housing; a testing member having a first part mounted on the shaft, a second part configured to co-rotate with the first part, and a front slot and a rear slot each formed between the first part and the second part such as to allow relative movement of the first and second parts; and a lancet protruding radially from the second part; wherein the testing member is configured such that the second part translates, in the presence of a force exerted against the testing member by an actuator, relative to the first part from a retracted position to a skin penetrating position in which the lancet is displaced towards the aperture. a housing having an aperture; a shaft extending in the housing; a testing member having a first part mounted on the shaft, a second part configured to co-rotate with the first part, and a front slot and a rear slot each formed between the first part and the second part such as to allow relative movement of the first and second parts; and a lancet protruding radially from the second part; wherein the testing member is configured such that the second part translates, in the presence of a force exerted against the testing member by an actuator, relative to the first part from a retracted position to a skin penetrating position in which the lancet is displaced towards the aperture.
A process for producing chlorine by oxidizing hydrogen chloride with oxygen, wherein said process uses a catalyst which is a supported ruthenium oxide catalyst obtained by using titanium oxide containing not less than 80% by weight of rutile titanium oxide as a carrier, and wherein the carrier is composed of (i) titanium oxide alone or (ii) a mixed oxide of the titanium oxide and other metal oxide, provided that the content of the oxide other than the titanium oxide in the mixed oxide is within a range from 0 to 60% by weight.