mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a laminate, containing at least one carrier layer and a further layer, comprising: a. producing an impregnate by impregnating a base paper with a composition containing a synthetic resin, b. preparing a layering comprising a carrier layer and an impregnate by applying the impregnate to the carrier layer, and c. hot-pressing the prepared layering, characterised in that a hardener is used for the synthetic resin, which releases at least one acid by hydrolysis during hot-pressing, and the carrier layer has a water vapour diffusion resistance number when tested according to DIN EN ISO 12572 of at least 250. a. producing an impregnate by impregnating a base paper with a composition containing a synthetic resin, b. preparing a layering comprising a carrier layer and an impregnate by applying the impregnate to the carrier layer, and c. hot-pressing the prepared layering,
A shotcrete composition comprising a) a cementitious binder; b) an ettringite formation controller comprising (i) a glyoxylic acid condensate and/or a glyoxylic acid adduct; and c) an alkali-free, aluminum-based shotcrete accelerator selected from aluminum salts, aluminum complexes, aluminum hydroxides, and mixtures thereof. a) a cementitious binder; b) an ettringite formation controller comprising (i) a glyoxylic acid condensate and/or a glyoxylic acid adduct; and c) an alkali-free, aluminum-based shotcrete accelerator selected from aluminum salts, aluminum complexes, aluminum hydroxides, and mixtures thereof.
A ballast apparatus for attaching to the rear of a crane superstructure, in particular of a crawler-mounted crane, having a base plate which comprises corresponding connection points for attaching to the rear of a crane superstructure, wherein at least two carrier plates (7, 8) for receiving stacked ballast plates are connected to the base plate in an articulated manner pivotable about vertical pivot axes (A, A'), characterized in that a common actuator is provided for a synchronous actuation of the at least two carrier plates (7, 8), with the actuator being mechanically coupled via a linkage and/or a gear train to at least one, preferably to both pivotable carrier plates (7, 8).
A method for managing a measurement device based on a blockchain, which is applied to node devices in a blockchain network, the method comprising the steps of: obtaining device state data of the measurement device at various stages in the life cycle of the measurement device; constructing a target transaction based on the obtained device state data, and then sending the target transaction to other node devices in the blockchain network to perform consensus processing on the target transaction; and storing, when a consensus of the target transaction is reached, the target transaction into a distributed ledger of the blockchain network, wherein the target transaction stored in the distributed ledger of the blockchain network is used for life cycle management of the measurement device. obtaining device state data of the measurement device at various stages in the life cycle of the measurement device; constructing a target transaction based on the obtained device state data, and then sending the target transaction to other node devices in the blockchain network to perform consensus processing on the target transaction; and storing, when a consensus of the target transaction is reached, the target transaction into a distributed ledger of the blockchain network, wherein the target transaction stored in the distributed ledger of the blockchain network is used for life cycle management of the measurement device.
A rotor for an electrical machine comprising: a rotor body having an external, axially extending magnet receiving surface for receiving at least one magnet thereon, and a flange mounting portion at at least one axial end of the magnet receiving surface; and a magnet retaining flange mounted over the flange mounting portion of the rotor body, characterised in that: the flange mounting portion has a smaller external dimension than an external dimension of the magnet receiving surface so as to form a shoulder between the magnet receiving surface and the flange mounting portion; the magnet retaining flange is located against the shoulder; the magnet retaining flange is retained against the shoulder by a plurality of circumferentially spaced lips of the flange mounting portion of the rotor body which extends radially outwardly over a radially inner portion of the magnet retaining flange; and in that the flange mounting portion of the rotor body has an axially facing end surface, and each lip is formed by an indentation formed in a radially outer peripheral portion of the axially facing end surface. a rotor body having an external, axially extending magnet receiving surface for receiving at least one magnet thereon, and a flange mounting portion at at least one axial end of the magnet receiving surface; and a magnet retaining flange mounted over the flange mounting portion of the rotor body, characterised in that: the flange mounting portion has a smaller external dimension than an external dimension of the magnet receiving surface so as to form a shoulder between the magnet receiving surface and the flange mounting portion; the magnet retaining flange is located against the shoulder; the magnet retaining flange is retained against the shoulder by a plurality of circumferentially spaced lips of the flange mounting portion of the rotor body which extends radially outwardly over a radially inner portion of the magnet retaining flange; and in that the flange mounting portion of the rotor body has an axially facing end surface, and each lip is formed by an indentation formed in a radially outer peripheral portion of the axially facing end surface. the flange mounting portion has a smaller external dimension than an external dimension of the magnet receiving surface so as to form a shoulder between the magnet receiving surface and the flange mounting portion; the magnet retaining flange is located against the shoulder; the magnet retaining flange is retained against the shoulder by a plurality of circumferentially spaced lips of the flange mounting portion of the rotor body which extends radially outwardly over a radially inner portion of the magnet retaining flange; and in that the flange mounting portion of the rotor body has an axially facing end surface, and each lip is formed by an indentation formed in a radially outer peripheral portion of the axially facing end surface.
A tire comprising a belt layer, wherein the belt layer includes a first belt ply, the first belt ply includes belt cords each formed of a single steel wire, and a number of belt cords that are arranged per ply width of 5 cm in the first belt ply is 102 to 187, in a cross section orthogonal to a longitudinal direction of the belt cords, characterized in that strength TS (MPa) of each belt cord satisfies the following formula: − 2000 D + 3650 ≥ TS ≥ − 2000 D + 3250 wherein D represents the diameter of the belt cord. the belt layer includes a first belt ply, the first belt ply includes belt cords each formed of a single steel wire, and a number of belt cords that are arranged per ply width of 5 cm in the first belt ply is 102 to 187, in a cross section orthogonal to a longitudinal direction of the belt cords, characterized in that strength TS (MPa) of each belt cord satisfies the following formula: − 2000 D + 3650 ≥ TS ≥ − 2000 D + 3250 wherein D represents the diameter of the belt cord.
A method for producing devulcanized rubber comprising the steps of: a) providing vulcanized rubber particles with a pre-determined particle size; and b) devulcanizing the vulcanized rubber particles, wherein the vulcanized rubber particles are devulcanized mechanically by impact forces and devulcanized chemically by a chemical composition, whereby the impact forces break sulphur-sulphur and sulphur-carbon bonds of the vulcanized rubber particles causing surfaces of the rubber to become receptive in reacting with the chemical composition and the chemical composition renders the sulphur passive to prevent reattachment of the bonds, of which the chemical composition comprises at least one accelerator, at least one inorganic activator and at least one organic activator, characterized in that the method for producing devulcanized rubber further comprises a step of introducing clay and a step of introducing plasticizer to the devulcanized rubber, wherein the plasticizer is introduced in an amount of up to 15 parts per hundred rubber (phr). a) providing vulcanized rubber particles with a pre-determined particle size; and b) devulcanizing the vulcanized rubber particles,
A method for actuating a parking brake system of a vehicle comprising at least three brake calipers (20, 21) associated with one or more axles (14, 15, 16) of the vehicle, comprising the following steps: - providing at least one device (26, 126, 226) for detecting the vehicle status; - acquiring a value of the vehicle status, or detected value, with said detection device (26, 126, 226); - comparing the detected value with a reference value (Rref) of the vehicle status, or reference value (Rref), and proceeding alternatively with one of the following options: - if the detected value is less than the reference value (Rref), actuate two brake calipers of the at least three brake calipers (20, 21); or - if the detected value is equal to or greater than the reference value (Rref), actuate all the at least three brake calipers (20, 21); characterized in that - said at least three brake calipers (20, 21) are associated with the same axle (14, 16) of the vehicle. - providing at least one device (26, 126, 226) for detecting the vehicle status; - acquiring a value of the vehicle status, or detected value, with said detection device (26, 126, 226); - comparing the detected value with a reference value (Rref) of the vehicle status, or reference value (Rref), and proceeding alternatively with one of the following options: - if the detected value is less than the reference value (Rref), actuate two brake calipers of the at least three brake calipers (20, 21); or - if the detected value is equal to or greater than the reference value (Rref), actuate all the at least three brake calipers (20, 21); characterized in that - said at least three brake calipers (20, 21) are associated with the same axle (14, 16) of the vehicle. - if the detected value is less than the reference value (Rref), actuate two brake calipers of the at least three brake calipers (20, 21); or - if the detected value is equal to or greater than the reference value (Rref), actuate all the at least three brake calipers (20, 21); characterized in that - said at least three brake calipers (20, 21) are associated with the same axle (14, 16) of the vehicle.
A rechargeable battery comprising: an electrode assembly having a first electrode, a second electrode, and a separator interposed between the first and the second electrodes (12, 11); a case accommodating the electrode assembly therein; a cap assembly attached to the case and including a cap plate; a first terminal extending through the cap plate and electrically connected to the first electrode; a lower insulating member provided below the cap plate; and a short-circuit member electrically connected to the second electrode; wherein the first terminal comprises first fixing portions electrically connected to the first electrode; and wherein the short-circuit member is provided below a short-circuit hole (31 a) formed in the cap plate, characterized in that the short-circuit member is provided between the first terminal and the lower insulating member. an electrode assembly having a first electrode, a second electrode, and a separator interposed between the first and the second electrodes (12, 11); a case accommodating the electrode assembly therein; a cap assembly attached to the case and including a cap plate; a first terminal extending through the cap plate and electrically connected to the first electrode; a lower insulating member provided below the cap plate; and a short-circuit member electrically connected to the second electrode; wherein the first terminal comprises first fixing portions electrically connected to the first electrode; and wherein the short-circuit member is provided below a short-circuit hole (31 a) formed in the cap plate,
An internal combustion engine comprising a detection device which is applied to the internal combustion engine, the internal combustion engine including a sensor with a temperature varying member, the sensor being further equipped with a cover comprising holes, which cover covers the temperature varying member, the temperature varying member is provided in an exhaust system, and the temperature of the temperature varying member varies due to gas flow in the exhaust system; the detection device comprising a temperature correlation value detection unit which is adapted to detect a correlation value which correlates with the temperature of the temperature varying member; the internal combustion device being characterized in that the detection device further comprises a variation calculating unit which is adapted to calculate a variation of the correlation value, in a time period when the gas flow arises and temperature of the gas changes, detected by the temperature correlation value detection unit, wherein an exhaust temperature sensor for detecting the temperature of the gas is provided on a streamline which is approximately same as the streamline where the temperature varying member is provided in the exhaust system, and wherein the variation calculating unit is adapted to calculate a rate of the variation of the correlation value to a variation of an exhaust temperature detected by the exhaust temperature sensor and detects clogging of the holes or cracking in the cover based on the rate of the variation.
A refrigerator comprising: at least one storage chamber; an evaporator configured to generate cold air to cool the at least one storage chamber; a cold air supply device configured to discharge the cold air generated by the evaporator to the storage chamber; the cold air supply device including a cold air circulation fan configured to forcibly circulate the cold air generated by the evaporator and a cold air duct along which the cold air blown by the cold air circulation fan flows; a defrosting heater configured to heat the evaporator to remove frost accumulated on the evaporator; said refrigerator being characterized in having a sterilizer installed in the at least one storage chamber; the sterilizer being configured to suck air within the storage chamber, to generate ions, and to supply the generated ions to the storage chamber so as to sterilize and deodorize the inside of the at least one storage chamber; and a control unit configured to stop driving of the sterilizer during operation of the defrosting heater. at least one storage chamber; an evaporator configured to generate cold air to cool the at least one storage chamber; a cold air supply device configured to discharge the cold air generated by the evaporator to the storage chamber; the cold air supply device including a cold air circulation fan configured to forcibly circulate the cold air generated by the evaporator and a cold air duct along which the cold air blown by the cold air circulation fan flows; a defrosting heater configured to heat the evaporator to remove frost accumulated on the evaporator; said refrigerator being characterized in having a sterilizer installed in the at least one storage chamber; the sterilizer being configured to suck air within the storage chamber, to generate ions, and to supply the generated ions to the storage chamber so as to sterilize and deodorize the inside of the at least one storage chamber; and a control unit configured to stop driving of the sterilizer during operation of the defrosting heater.
An organopolysiloxane shown by the following formula;,wherein each R 1 independently represents a group selected from an alkyl group having 1 to 30 carbon atoms and optionally substituted with a fluorine atom, an aryl group having 6 to 30 carbon atoms, and an aralkyl group having 7 to 30 carbon atoms; each R 2 independently represents a divalent organic group having 2 to 15 carbon atoms and optionally intervened with an oxygen atom; and each R 3 independently represents a group selected from a polyoxyalkylene group shown by the following formula, and a group shown by the following formula; wherein at least one of R 3 in one molecule is the polyoxyalkylene group shown by the formula with "m" representing an integer of 0 to 300 and "n" representing an integer of 1 to 10, -(C 2 H 4 O) a (C 3 H 6 O) b (C 4 H 8 O) c (C 5 H 10 O) d R 4,wherein R 4 represents a hydrogen atom and "a" to "d" represents an integer of 0 to 50 with satisfying 1≤(a+b+c+d)≤50,,wherein R 1 and R 2 represent the same meanings as before, and "m" represents an integer of 0 to 300.
A mutant prokaryotic penicillin G acylase having SEQ ID No: 1 or having a sequence that has a percent identity of 80%-100% with SEQ ID No: 1 derived from a wild-type penicillin G acylase characterized in that the mutant has alanine at position B24 and has leucine at position B460 according to the amino acid numbering of the Escherichia coli penicillin G acylase having the amino acid sequence depicted in SEQ ID No: 1.
Method for distinguishing between and enumerating strains of lactic acid bacteria or Bifidobacteria in a known mixture, present at different population levels in a dairy product, characterised in that it comprises: a) the inoculation of aliquots of said food product in a series of culture dishes each containing a chemically-defined agar culture medium M1 and at least two chromogenic substrates producing different colorations, with each one of said substrates being assimilated by at least one of said bacterial strains, and not being assimilated by at least one other of said strains; and b) optionally, the inoculation of aliquots of said food product in a series of culture dishes containing a chemically-defined agar culture medium M2 allowing for the growth of the strains of lactic acid bacteria present in the product to be tested which cannot grow on the medium M1, and at least one chromogenic substrate assimilated by at least one of said bacterial strains; and c) the incubation of said dishes for the time required to form bacterial colonies, and the enumeration of the colonies for each one of the colorations observed in each culture dish. a) the inoculation of aliquots of said food product in a series of culture dishes each containing a chemically-defined agar culture medium M1 and at least two chromogenic substrates producing different colorations, with each one of said substrates being assimilated by at least one of said bacterial strains, and not being assimilated by at least one other of said strains; and b) optionally, the inoculation of aliquots of said food product in a series of culture dishes containing a chemically-defined agar culture medium M2 allowing for the growth of the strains of lactic acid bacteria present in the product to be tested which cannot grow on the medium M1, and at least one chromogenic substrate assimilated by at least one of said bacterial strains; and c) the incubation of said dishes for the time required to form bacterial colonies, and the enumeration of the colonies for each one of the colorations observed in each culture dish.
A device for applying compression treatment to a part of a wearer's body, the device comprising: first and second opposing bladder layers secured to one another along two bladder lines (22a, 22b, 22c) to define first and second inflatable bladders spaced apart from one another along an axis of the device; a connecting section including a portion of at least one of the first and second bladder layers extending between and connecting the first and second inflatable bladders to one another; a line of weakness in the connecting section extending generally transverse to the axis of the device for selectively separating the inflatable bladders from one another; characterized in that the device further comprises: an overlying layer (12 or 18) in generally opposing relationship to one of the first and second bladder layers, the overlying layer (12, 18) being discontinuous generally adjacent to the line of weakness to define terminal edge margins of the overlying layer (12, 18) extending generally along the line of weakness, the terminal edge margins each being connected to at least one of the first and second bladder layers on an opposite side of the line of weakness from the other terminal edge margin. first and second opposing bladder layers secured to one another along two bladder lines (22a, 22b, 22c) to define first and second inflatable bladders spaced apart from one another along an axis of the device; a connecting section including a portion of at least one of the first and second bladder layers extending between and connecting the first and second inflatable bladders to one another; a line of weakness in the connecting section extending generally transverse to the axis of the device for selectively separating the inflatable bladders from one another; characterized in that the device further comprises: an overlying layer (12 or 18) in generally opposing relationship to one of the first and second bladder layers, the overlying layer (12, 18) being discontinuous generally adjacent to the line of weakness to define terminal edge margins of the overlying layer (12, 18) extending generally along the line of weakness, the terminal edge margins each being connected to at least one of the first and second bladder layers on an opposite side of the line of weakness from the other terminal edge margin. an overlying layer (12 or 18) in generally opposing relationship to one of the first and second bladder layers, the overlying layer (12, 18) being discontinuous generally adjacent to the line of weakness to define terminal edge margins of the overlying layer (12, 18) extending generally along the line of weakness, the terminal edge margins each being connected to at least one of the first and second bladder layers on an opposite side of the line of weakness from the other terminal edge margin.