mhurhangee/ep-ind-claims huggingface dataset:
A manufacturing method for manufacturing a fuel pellet, the fuel pellet being formed by compression molding powdered polyurethane obtained by crushing urethane foam, wherein the bulk specific gravity of the fuel pellet is set to 0.45 to 0.55, and the residual chlorine concentration in the fuel pellet is set to 0.3 wt. percent or less, the manufacturing method comprising: a crushing step (S2, S5) that crushes urethane foam recovered from discarded electrical appliances into powdered polyurethane of 10 mm or less; and a compression step that compression molds a fuel pellet by interposing the powdered polyurethane between a ring-shaped die and a press roll that is arranged on the inner side of the die, and pushing it out from molding holes formed in the die, wherein the compression step is performed in a negative pressure atmosphere by a negative pressure forming unit in which the pressure is lower than the atmospheric pressure. a crushing step (S2, S5) that crushes urethane foam recovered from discarded electrical appliances into powdered polyurethane of 10 mm or less; and a compression step that compression molds a fuel pellet by interposing the powdered polyurethane between a ring-shaped die and a press roll that is arranged on the inner side of the die, and pushing it out from molding holes formed in the die, wherein the compression step is performed in a negative pressure atmosphere by a negative pressure forming unit in which the pressure is lower than the atmospheric pressure.
An analysis method using an analysis device having a microchannel structure that transfers a sample liquid towards a measurement spot by centrifugal force generated by rotating the analysis device about a rotation center and which is used to read a reactant at the measurement spot, the analysis method comprising: injecting the sample liquid into the analysis device; transferring the sample liquid into an immunoassay cavity that holds a latex reagent sensitized by an antibody that specifically reacts with a particular component in the sample liquid, so as to create an immunoassay solution by an immunoreaction between the sample liquid and the latex reagent; transferring the immunoassay solution into an agglutinative reaction cavity that holds an agglutination reagent, so as to create an agglutinated solution by agglutination reaction between the immunoassay solution and the agglutination reagent; and measuring the agglutinated solution by irradiating a light to the agglutinated solution; characterized in that an average particle size of the latex reagent is in a range of 0.12 μm to 0.31 μm, and a mixing ratio of the antibody-sensitized latex reagent and an antigen inside the agglutination reagent is antigen-excessive. injecting the sample liquid into the analysis device; transferring the sample liquid into an immunoassay cavity that holds a latex reagent sensitized by an antibody that specifically reacts with a particular component in the sample liquid, so as to create an immunoassay solution by an immunoreaction between the sample liquid and the latex reagent; transferring the immunoassay solution into an agglutinative reaction cavity that holds an agglutination reagent, so as to create an agglutinated solution by agglutination reaction between the immunoassay solution and the agglutination reagent; and measuring the agglutinated solution by irradiating a light to the agglutinated solution; characterized in that an average particle size of the latex reagent is in a range of 0.12 μm to 0.31 μm, and a mixing ratio of the antibody-sensitized latex reagent and an antigen inside the agglutination reagent is antigen-excessive.
Apparatus for supplying a ball screw drive with lubricant comprising an inner ring, an outer ring and a lubricant line, wherein the inner ring is fixed to a nut of the ball screw drive, wherein the outer ring is mounted rotatably on the inner ring, wherein the lubricant line is connected fluidly with an inner space limited by the outer ring, characterised in that the apparatus comprises a means for distributing the lubricant introduced into the inner space.
A mineral base oil satisfying the following requirements to: Requirement: a kinematic viscosity at 100°C is 2 mm 2 /s or more and less than 7 mm 2 /s; Requirement: a viscosity index is 100 or more; and Requirement: a temperature gradient Δ|η ∗ | of complex viscosity between two temperature points -10°C and -25°C is 60 Pa·s/°C or less as measured in accordance with the method indicated under the heading "Measurement Methods of Various Physical Properties of Mineral Base Oil or Lubricating Oil Composition"of the description, wherein the mineral base oil has an aromatic content C A of 0.1% or less and a sulfur content of less than 100 ppm by mass, the weight-average molecular weight Mw of the mineral base oil is 150 or more and 450 or less, the temperature gradient Δ|η ∗ | of complex viscosity is calculated from the following formula: temperature gradient Δ η ∗ of complex viscosity = complex viscosity η ∗ at − 25 ° C − complex viscosity η ∗ at − 10 ° C / − 25 − − 10, the aromatic content C A is measured according to ASTM D-3238 ring analysis by the n-d-M method, and the sulfur content is measured in accordance with JIS K2541-6:2003. Requirement: a kinematic viscosity at 100°C is 2 mm 2 /s or more and less than 7 mm 2 /s; Requirement: a viscosity index is 100 or more; and Requirement: a temperature gradient Δ|η ∗ | of complex viscosity between two temperature points -10°C and -25°C is 60 Pa·s/°C or less as measured in accordance with the method indicated under the heading "Measurement Methods of Various Physical Properties of Mineral Base Oil or Lubricating Oil Composition"of the description, wherein the mineral base oil has an aromatic content C A of 0.1% or less and a sulfur content of less than 100 ppm by mass, the weight-average molecular weight Mw of the mineral base oil is 150 or more and 450 or less, the temperature gradient Δ|η ∗ | of complex viscosity is calculated from the following formula: temperature gradient Δ η ∗ of complex viscosity = complex viscosity η ∗ at − 25 ° C − complex viscosity η ∗ at − 10 ° C / − 25 − − 10, the aromatic content C A is measured according to ASTM D-3238 ring analysis by the n-d-M method, and the sulfur content is measured in accordance with JIS K2541-6:2003.
1. Method for obtaining a multilayer adsorbent filtering item, the method comprising: - coating a porous activated carbon support disposed on a non-woven polyester fibre felt, constituting a first layer with a mixture, wherein the mixture contains water, a liquid silicone polymer, and low-foam surfactants, constituting a second layer; next, - coating the second layer with a mixture prepared from potassium permanganate salt and low-foam surfactant in an acidic aqueous medium, thereby forming a third layer; and finally, - drying such that a multilayer adsorbent filtering item is obtained, wherein the liquid silicone polymer is dimethylpolysiloxane and the low-foam surfactants are ethoxylated alcohols. - coating a porous activated carbon support disposed on a non-woven polyester fibre felt, constituting a first layer with a mixture, wherein the mixture contains water, a liquid silicone polymer, and low-foam surfactants, constituting a second layer; next, - coating the second layer with a mixture prepared from potassium permanganate salt and low-foam surfactant in an acidic aqueous medium, thereby forming a third layer; and finally, - drying such that a multilayer adsorbent filtering item is obtained, wherein the liquid silicone polymer is dimethylpolysiloxane and the low-foam surfactants are ethoxylated alcohols.
Printed product, wherein a substrate of the printed product is printed with a plurality of columns (03.1; 03.2; 03.3; 03.4; 03.5) of repeats (07; 08; 09), in which in each case a plurality of repeats (07; 08; 09) are arranged, and wherein each repeat (07; 08; 09) is designed as a respective precursor of a security paper, and wherein all the repeats (07; 08; 09) of a respective column (03.1; 03.2; 03.3; 03.4; 03.5) are identical to one another, and wherein each of the columns (03.1; 03.2; 03.3; 03.4; 03.5) is assigned to one of a plurality of column categories (04.1; 04.2; 04.3), and wherein the printed product has at least two columns (03.1; 03.2; 03.3; 03.4; 03.5) which are assigned to different column categories (04.1; 04.2; 04.3), wherein repeats (07; 08; 09) in columns (03.1; 03.2; 03.3; 03.4; 03.5) of one respective column category (04.1; 04.2; 04.3) differ in at least one nominal value from repeats (07; 08; 09) in columns (03.1; 03.2; 03.3; 03.4; 03.5) of every other column category (04.1; 04.2; 04.3).
Rolling-element bearing unit for the rotary mounting of two components, in particular the roll core and the roll casing of a width-stretching roll for a paper machine, which are arranged one in the other and are rotatable about separate axes of rotation standing at a angle to one another, comprising: - an outer rolling-element bearing for the rotary mounting of the outer component, - a pivot bearing which allows the angular adjustment of the outer rolling-element bearing and which carries the outer rolling-element bearing, - an angularly adjustable inner rolling-element bearing for the rotary mounting of the inner component, and - an eccentric, consisting of an inner and of an outer eccentric ring (7, 12), via which eccentric rings (7, 12) the center points (M 1, M 2) of the two rolling-element bearings (2, 13) can be adjusted in relation to one another, wherein either the outside of the outer eccentric ring and the inside of an inner ring of the outer rolling-element bearing are profiled in the form of a spherical segment so as to form the pivot bearing and engage one in the other, or the inside of the outer eccentric ring and the outside of the inner eccentric ring are profiled in the form of a spherical segment so as to form the pivot bearing and engage one in the other. - an outer rolling-element bearing for the rotary mounting of the outer component, - a pivot bearing which allows the angular adjustment of the outer rolling-element bearing and which carries the outer rolling-element bearing, - an angularly adjustable inner rolling-element bearing for the rotary mounting of the inner component, and - an eccentric, consisting of an inner and of an outer eccentric ring (7, 12), via which eccentric rings (7, 12) the center points (M 1, M 2) of the two rolling-element bearings (2, 13) can be adjusted in relation to one another,
A generator drive disconnect device, of a generator arranged to be driven by an aircraft engine, the disconnect device comprising: a drive transfer means for transferring drive from an input shaft of the generator to a rotor of the generator, and having a first, connected configuration, and a second, disconnected configuration; a disconnect biasing means, configured to bias the drive transfer means to the disconnected configuration; a connection biasing means, configured to bias the drive transfer means to the connected configuration; and a fluid cavity, configured such that provision of a pressurised fluid in the fluid cavity allows the connection biasing means to bias the drive transfer means toward, and retain the drive transfer means in, the connected configuration. a drive transfer means for transferring drive from an input shaft of the generator to a rotor of the generator, and having a first, connected configuration, and a second, disconnected configuration; a disconnect biasing means, configured to bias the drive transfer means to the disconnected configuration; a connection biasing means, configured to bias the drive transfer means to the connected configuration; and a fluid cavity, configured such that provision of a pressurised fluid in the fluid cavity allows the connection biasing means to bias the drive transfer means toward, and retain the drive transfer means in, the connected configuration.
A method comprising: receiving, at a gateway entity, neighbouring cell information specifying one or more cells as neighbouring cells for a first cell of a plurality of cells associated with the gateway entity; and selecting, at the gateway entity, based on said neighbouring cell information an identifier for said first cell that distinguishes said first cell from any other cell of said plurality of cells associated with said gateway entity that specifies one or more neighbouring cells in common with said first cell. receiving, at a gateway entity, neighbouring cell information specifying one or more cells as neighbouring cells for a first cell of a plurality of cells associated with the gateway entity; and selecting, at the gateway entity, based on said neighbouring cell information an identifier for said first cell that distinguishes said first cell from any other cell of said plurality of cells associated with said gateway entity that specifies one or more neighbouring cells in common with said first cell.
An apparatus, comprising: a plurality of transceivers (102A, 102B) for sending and receiving data on a plurality of channels; a plurality of detectors (106A, 106B) coupled with the plurality of transceivers (102A, 102B) and having detector outputs; and a controller coupled with the plurality of detectors (106A, 106B); wherein the plurality of detectors (106A, 106B) are operable to monitor the plurality of channels; wherein the controller is operable to receive a signal on at least one of the plurality of channels, the signal comprising data representative of a request to establish communications on a set of channels selected from the plurality of channels; wherein the controller is operable to determine from monitoring the plurality of detector outputs which channels from the set of channels are available for establishing communications; wherein the controller is operable to send a response to the request to establish communications on at least one of the channels available for establishing communications; wherein the response comprises data representative of which channels from the set of channels are available channels for establishing communications and data representative of a time period indicating when at least one unavailable channel from the set of channels is expected to be available; and wherein the time period is determined by decoding data on the at least one unavailable channel. a plurality of transceivers (102A, 102B) for sending and receiving data on a plurality of channels; a plurality of detectors (106A, 106B) coupled with the plurality of transceivers (102A, 102B) and having detector outputs; and a controller coupled with the plurality of detectors (106A, 106B); wherein the plurality of detectors (106A, 106B) are operable to monitor the plurality of channels; wherein the controller is operable to receive a signal on at least one of the plurality of channels, the signal comprising data representative of a request to establish communications on a set of channels selected from the plurality of channels; wherein the controller is operable to determine from monitoring the plurality of detector outputs which channels from the set of channels are available for establishing communications; wherein the controller is operable to send a response to the request to establish communications on at least one of the channels available for establishing communications; wherein the response comprises data representative of which channels from the set of channels are available channels for establishing communications and data representative of a time period indicating when at least one unavailable channel from the set of channels is expected to be available; and wherein the time period is determined by decoding data on the at least one unavailable channel.
A method for producing a high-octane component of motor fuels from olefin-containing gas mixtures, characterized in that the olefm-containing mixture is oxidized with nitrous oxide in a gas phase in a flow mode at a temperature of 300 to 550°C and a pressure of 101 to 10133 kPa (1 to 100 atm), followed by an isolation of a product mixture as the high-octane component.
A method for the mutual authentification of two transaction partners taking part in a transaction (customer, 1, bank, 2), namely the one transaction partner (customer, 1) and the other transaction partner (bank, 2), wherein the one transaction partner (customer, 1) - sends the other transaction partner (bank, 2) at least the mobile network call number (MSISDN) that has been unequivocally allocated to him (customer, 1) by a mobile radio network, - receives a message containing a question from a terminal which uses the mobile network call number (MSISDN) and which can be operated in a mobile radio network via a message service of the mobile radio network and - sends the other transaction partner (bank, 2) the response to the question; characterized in that a list of questions together with corresponding answers has been compiled and/or specified by the one transaction partner (customer, 1) and wherein the question will be randomly selected from the list of questions accessible to the mobile radio network, wherein the one transaction partner (customer, 1) can recognize or conclude that the other transaction partner (bank, 2) must be authentic on the base of the message sent to him (customer, 1) containing a content stored by him (customer, 1). - sends the other transaction partner (bank, 2) at least the mobile network call number (MSISDN) that has been unequivocally allocated to him (customer, 1) by a mobile radio network, - receives a message containing a question from a terminal which uses the mobile network call number (MSISDN) and which can be operated in a mobile radio network via a message service of the mobile radio network and - sends the other transaction partner (bank, 2) the response to the question;
A method of communications, comprising: configuring, by a gNB, a first numerology parameter that enables at least symbol repetition and a modified cyclic prefix; and transmitting, by the gNB, a downlink signal/channel that is configured based at least on the symbol repetition and modified cyclic prefix; wherein the first numerology parameter is configured such that the first numerology parameter is lower in value than a second numerology parameter, and the first numerology parameter is a time numerology parameter and the second numerology parameter is a transmission numerology parameter; wherein the transmission numerology parameter is a scaling factor which defines scaling for different numerologies. configuring, by a gNB, a first numerology parameter that enables at least symbol repetition and a modified cyclic prefix; and transmitting, by the gNB, a downlink signal/channel that is configured based at least on the symbol repetition and modified cyclic prefix; wherein the first numerology parameter is configured such that the first numerology parameter is lower in value than a second numerology parameter, and the first numerology parameter is a time numerology parameter and the second numerology parameter is a transmission numerology parameter; wherein the transmission numerology parameter is a scaling factor which defines scaling for different numerologies.
A method for time synchronization within a peer-to-peer wireless communications network, the method performed by a wireless terminal, the method comprising: receiving a first timing reference from a source; determining, based on the first time reference, a sequence of timing synchronization time intervals; determining a symbol timing based on the first timing reference; choosing a fraction in at least one of the timing synchronization time intervals to transmit a first signal with the symbol timing; receiving a plurality of signals during a non-chosen fraction of the at least one time interval, each including a timing reference; determining a composite timing reference value as a function of the timing references of the plurality of signals; determining whether the composite timing reference value is earlier than the symbol timing; determining the timing adjustment based on the first timing reference and the composite timing reference value, such that the symbol timing is to be delayed when the symbol timing is earlier than the composite timing reference value and advanced when the composite timing reference value is earlier than the symbol timing; and adjusting the symbol timing based on the timing adjustment. receiving a first timing reference from a source; determining, based on the first time reference, a sequence of timing synchronization time intervals; determining a symbol timing based on the first timing reference; choosing a fraction in at least one of the timing synchronization time intervals to transmit a first signal with the symbol timing; receiving a plurality of signals during a non-chosen fraction of the at least one time interval, each including a timing reference; determining a composite timing reference value as a function of the timing references of the plurality of signals; determining whether the composite timing reference value is earlier than the symbol timing; determining the timing adjustment based on the first timing reference and the composite timing reference value, such that the symbol timing is to be delayed when the symbol timing is earlier than the composite timing reference value and advanced when the composite timing reference value is earlier than the symbol timing; and adjusting the symbol timing based on the timing adjustment.
Capsule suspension concentrates comprising A) a particulate disperse phase comprising a) a reaction product of at least one compound having isocyanate-reactive group a1) and an isocyanate mixture a2), b) 2-[(2,4-dichlorophenyl)methyl-4,4'-dimethyl]-3-isoxazolidinone, dissolved in an organic, water-insoluble solvent b1), c) one or more additives and c1) at least one protective colloide, B) a liquid, aqueous phase, wherein the particles of the disperse phase A) have a median particle size between 1 and 50 μm, and characterized in that the proportion of a) is between 0.2% and 4.5% by weight, the proportion of active agrochemical ingredient b) is between 10% and 20% by weight, the proportion of organic solvent b1) is between 20% and 40% by weight, the proportion of protective colloids c1) is between 0.3% and 1.5% by weight, and the proportion of additives c) is between 0.4% and 3% by weight, wherein the figures are based on the total amount of A) and B). A) a particulate disperse phase comprising a) a reaction product of at least one compound having isocyanate-reactive group a1) and an isocyanate mixture a2), b) 2-[(2,4-dichlorophenyl)methyl-4,4'-dimethyl]-3-isoxazolidinone, dissolved in an organic, water-insoluble solvent b1), c) one or more additives and c1) at least one protective colloide, a) a reaction product of at least one compound having isocyanate-reactive group a1) and an isocyanate mixture a2), b) 2-[(2,4-dichlorophenyl)methyl-4,4'-dimethyl]-3-isoxazolidinone, dissolved in an organic, water-insoluble solvent b1), c) one or more additives and c1) at least one protective colloide, B) a liquid, aqueous phase, wherein the particles of the disperse phase A) have a median particle size between 1 and 50 μm, and characterized in that the proportion of a) is between 0.2% and 4.5% by weight, the proportion of active agrochemical ingredient b) is between 10% and 20% by weight, the proportion of organic solvent b1) is between 20% and 40% by weight, the proportion of protective colloids c1) is between 0.3% and 1.5% by weight, and the proportion of additives c) is between 0.4% and 3% by weight, wherein the figures are based on the total amount of A) and B). wherein the particles of the disperse phase A) have a median particle size between 1 and 50 μm, and characterized in that the proportion of a) is between 0.2% and 4.5% by weight, the proportion of active agrochemical ingredient b) is between 10% and 20% by weight, the proportion of organic solvent b1) is between 20% and 40% by weight, the proportion of protective colloids c1) is between 0.3% and 1.5% by weight, and the proportion of additives c) is between 0.4% and 3% by weight, wherein the figures are based on the total amount of A) and B).