mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: a housing configured to receive a test fixture that retains a camera for determining an optical characteristic of the camera at a desired temperature, the housing comprising: a first segment and a second segment removably attached to the first segment, thereby creating a chamber into which the camera is disposed, the first segment being configured to attach to the test fixture and defining a first orifice located in a side of the first segment, the first orifice being configured to direct a flow of a gas out of the chamber, an inlet flow direction of the gas into the chamber being normal to an outlet flow direction of the gas out of the chamber, the second segment defining: a second orifice located in a first side of the second segment to direct the flow of the gas into the chamber; and an aperture located in a second side of the second segment, the aperture: positioned opposite the test fixture to define a field of view that includes a camera target; and configured to receive a lens barrel of the camera, thereby enabling the determination of the optical characteristic. a first segment and a second segment removably attached to the first segment, thereby creating a chamber into which the camera is disposed, the first segment being configured to attach to the test fixture and defining a first orifice located in a side of the first segment, the first orifice being configured to direct a flow of a gas out of the chamber, an inlet flow direction of the gas into the chamber being normal to an outlet flow direction of the gas out of the chamber, the second segment defining: a second orifice located in a first side of the second segment to direct the flow of the gas into the chamber; and an aperture located in a second side of the second segment, the aperture: positioned opposite the test fixture to define a field of view that includes a camera target; and configured to receive a lens barrel of the camera, thereby enabling the determination of the optical characteristic. a second orifice located in a first side of the second segment to direct the flow of the gas into the chamber; and an aperture located in a second side of the second segment, the aperture: positioned opposite the test fixture to define a field of view that includes a camera target; and configured to receive a lens barrel of the camera, thereby enabling the determination of the optical characteristic. positioned opposite the test fixture to define a field of view that includes a camera target; and configured to receive a lens barrel of the camera, thereby enabling the determination of the optical characteristic.
A resin composition, containing an epoxy resin, a cyanate ester resin, a bismaleimide resin, a high-molecular-weight resin having structures represented by Formula, Formula, Formula and Formula and a weight-average molecular weight of 100,000 to 200,000, and an inorganic filler, wherein k, l, m and n are molar fractions, where k + l + m + n≤1; 0≤k≤0.30; 0.01≤l≤0.20; 0.10≤m≤0.60; 0≤n≤0.60; in Formula, R 1 is a hydrogen atom or an alkyl group having 1-8 carbon atoms; in Formula, R 2 and R 3 are each independently a hydrogen atom or an alkyl group having 1-8 carbon atoms; in Formula, R 4 is a hydrogen atom or an alkyl group having 1-8 carbon atoms; R 5 is Ph (phenyl), -COO(CH 2) 2 Ph or -COOCH 2 Ph; wherein the epoxy value of the high-molecular-weight resin is in the range of 0.10 eq/kg to 0.80 eq/kg. wherein k, l, m and n are molar fractions, where k + l + m + n≤1; 0≤k≤0.30; 0.01≤l≤0.20; 0.10≤m≤0.60; 0≤n≤0.60; in Formula, R 1 is a hydrogen atom or an alkyl group having 1-8 carbon atoms; in Formula, R 2 and R 3 are each independently a hydrogen atom or an alkyl group having 1-8 carbon atoms; in Formula, R 4 is a hydrogen atom or an alkyl group having 1-8 carbon atoms; R 5 is Ph (phenyl), -COO(CH 2) 2 Ph or -COOCH 2 Ph; wherein the epoxy value of the high-molecular-weight resin is in the range of 0.10 eq/kg to 0.80 eq/kg.
A blade assembly for preparing single-serve portions of freshly-made frozen and/or chilled confections on demand, the assembly comprising a drive hub, a shoulder and opposed separated helical blades presented upon said drive hub, each blade being formed of a material with a predetermined natural spring with at least part of a helix shape, whereby in use the blade is adopted to flex under its natural spring upon the drive hub and/or to pivot upon said shoulder between the blade and hub to provide an outward bias in the blade when the helical blade is forced against a wall surface of a conical container, the bias relative to a centre of the drive hub and the other opposed helical blade for close fit engagement with the conical container surface and characterized in that whereby in use the blades when rotated upon the drive hub have an outer surface adapted to scrape the container surface and each blade has an inner surface shaped to urge motion inward towards a centre of the conical container consistent with the axis of rotation of the hub, wherein the blades fit snugly inside and across said conical container.
An information processing method comprising: in a deployment information database, storing and associating contract user identification numbers of each of a plurality of contract users with a service identification number of a service (200A-F) the respective contract users can use; in a user privilege information database, storing and associating login user identification numbers of each of a plurality of login users with the contract user identification numbers and use-permission information specifying whether each login user has an administrator privilege and/or a user privilege for each service (200A-F); identifying by reference to the deployment information database with a control unit of a management server each service (200A-F) that can be used by a contract user associated with a login user who has logged in; confirming by reference to the user privilege information database with the control unit the use-permissions for each service (200A-F) for the login user who has logged in; transmitting the confirmed use-permissions to each service (200A-F); and activating for the login user who has logged in use of a first service within a second linked service of the first service in response to determining that both of the services (200A, 200B) are usable by the contract user and the login user has use-permission for using the services (200A, 200B); or deactivating for the login user who has logged in use of the first service within the second linked service of the first service in response to determining that the login user does not have use-permission for using the first service. in a deployment information database, storing and associating contract user identification numbers of each of a plurality of contract users with a service identification number of a service (200A-F) the respective contract users can use; in a user privilege information database, storing and associating login user identification numbers of each of a plurality of login users with the contract user identification numbers and use-permission information specifying whether each login user has an administrator privilege and/or a user privilege for each service (200A-F); identifying by reference to the deployment information database with a control unit of a management server each service (200A-F) that can be used by a contract user associated with a login user who has logged in; confirming by reference to the user privilege information database with the control unit the use-permissions for each service (200A-F) for the login user who has logged in; transmitting the confirmed use-permissions to each service (200A-F); and activating for the login user who has logged in use of a first service within a second linked service of the first service in response to determining that both of the services (200A, 200B) are usable by the contract user and the login user has use-permission for using the services (200A, 200B); or deactivating for the login user who has logged in use of the first service within the second linked service of the first service in response to determining that the login user does not have use-permission for using the first service.
A process for the preparation of polymers P comprising a mixture of at least one polymer A and at least one polymer B, where polymer A comprises, in polymerized-in form 30 to 70% by weight of C 1 -C 4 -alkyl (meth)acrylate, 30 to 70% by weight of (meth)acrylic acid, 0 to 20% by weight of monomers substituted with a C 8 -C 30 -alkyl, 0 to 20% by weight of further monomers different from a1) to a3), where the amounts of a1) to a4) add up to 100% by weight, and polymer B comprises, in polymerized-in form, at least one monomer b1) which carries sat least one amide group, and optionally further monomers b2) different from b1) wherein the monomers of one of the polymers A or B are partially or virtually completely polymerized and then the monomers of the other polymer in each case are added, after which the other polymer in each case and the partially polymerized polymer A or B or the virtually completely polymerized polymer A or B are then fully polymerized to form the mixture of polymer A and polymer B.
A magnetic separation apparatus comprising: a) a plurality of magnetic elements defining a first two-dimensional magnetic array including a first dimension and a second dimension; and b) a housing supporting the plurality of magnetic elements; wherein c) the two-dimensional magnetic array includes a plurality of one-dimensional magnetic arrays, each one-dimensional magnetic array comprising a plurality of the magnetic elements positioned adjacent one another and rotated 90 degrees about the same axis with respect to each adjacent magnetic element in the same one-dimensional magnetic array, extending in a first direction along the first dimension, and oriented to define a Halbach array, the plurality of one dimensional arrays being positioned adjacent to one another and extending in a second direction along the second dimension; d) the plurality of magnetic elements define an array surface having a magnetic field configured to attract magnetically susceptible particles towards the array surface; and e) the magnetic fields of the plurality of one-dimensional arrays are oriented in the same direction along the array surface. a) a plurality of magnetic elements defining a first two-dimensional magnetic array including a first dimension and a second dimension; and b) a housing supporting the plurality of magnetic elements; c) the two-dimensional magnetic array includes a plurality of one-dimensional magnetic arrays, each one-dimensional magnetic array comprising a plurality of the magnetic elements positioned adjacent one another and rotated 90 degrees about the same axis with respect to each adjacent magnetic element in the same one-dimensional magnetic array, extending in a first direction along the first dimension, and oriented to define a Halbach array, the plurality of one dimensional arrays being positioned adjacent to one another and extending in a second direction along the second dimension; d) the plurality of magnetic elements define an array surface having a magnetic field configured to attract magnetically susceptible particles towards the array surface; and e) the magnetic fields of the plurality of one-dimensional arrays are oriented in the same direction along the array surface.
A dimming control apparatus that controls illuminance of a lamp, the dimming control apparatus being characterised in that it comprises: a power pad, formed in center of the dimming control apparatus and configured as a touch panel for turning on/off power supply of the lamp; dimming pads (120-1... 120-11), formed in a circle surround a periphery of the power pad configured as at least two touch panels for controlling illuminance of the lamp; a sensing unit that senses touch operations from the power pad and the dimming pads; and a control unit that controls turning on/off of power supply to the lamp according to whether or not the power pad is touched and controls illuminance of the lamp according to whether or not the dimming pads are touched, characterised in that in order to prevent any mismotion of the power pad, the sensing period of the power pad is set to be longer than the sensing periods of the dimming pads (120-1 to 120-11) so as to detect whether or not the power pad is touched. a power pad, formed in center of the dimming control apparatus and configured as a touch panel for turning on/off power supply of the lamp; dimming pads (120-1... 120-11), formed in a circle surround a periphery of the power pad configured as at least two touch panels for controlling illuminance of the lamp; a sensing unit that senses touch operations from the power pad and the dimming pads; and a control unit that controls turning on/off of power supply to the lamp according to whether or not the power pad is touched and controls illuminance of the lamp according to whether or not the dimming pads are touched, characterised in that in order to prevent any mismotion of the power pad, the sensing period of the power pad is set to be longer than the sensing periods of the dimming pads (120-1 to 120-11) so as to detect whether or not the power pad is touched.
An aircraft having a fuselage provided with a lift/propulsion unit comprising a power unit and a fan which is driveably connected to the power unit by a transmission mechanism, the fan having a rotary axis which extends upwardly in the attitude of the aircraft corresponding to level flight, and being provided with vectoring means for adjusting the direction of thrust generated by the fan, characterised in that the vectoring means comprises at least one vectoring nozzle which is mounted for swivelling movement with respect to the fan, characterised in that: the lift/propulsion unit comprises a motor/generator operable as a motor to drive the fan and operable as a generator driven by the power unit to provide electrical energy, the motor/generator having a main shaft which comprises a driveshaft of the transmission mechanism and which transmits power from the power unit to the fan; and in that an electrical storage device is provided which is chargeable by the motor/generator and is adapted to supply electrical power to the motor/generator to apply drive to the fan. the lift/propulsion unit comprises a motor/generator operable as a motor to drive the fan and operable as a generator driven by the power unit to provide electrical energy, the motor/generator having a main shaft which comprises a driveshaft of the transmission mechanism and which transmits power from the power unit to the fan; and in that an electrical storage device is provided which is chargeable by the motor/generator and is adapted to supply electrical power to the motor/generator to apply drive to the fan.
A process for preparing an aqueous polymer dispersion having a polymodal particle distribution of the polymer particles, with a first population of large polymer particles and a second population of small polymer particles, by radically initiated aqueous emulsion polymerization, which comprises polymerizing (a) 40 to 75 parts by weight of at least one vinylaromatic compound, (b) 24.9 to 59.9 parts by weight of at least one conjugated aliphatic diene, (c) 0.1 to 10 parts by weight of at least one monomer containing acid groups, and (d) 0 to 20 parts by weight of at least one other monoethylenically unsaturated monomer, where the amounts of the monomers (a) to (d) add up to 100 parts by weight, in an aqueous medium by a monomer feed process, with the proviso that - monomers and emulsifier are metered continuously and - following a period P1, when 15 to 30% of the total monomer metering time has elapsed and 15 to 30 wt% of the total monomer amount has been metered in, the metering rate of the emulsifier is increased for a period P2 lasting no longer than 30 minutes to 10 to 100 times the average metering rate of the emulsifier in the period P1. (a) 40 to 75 parts by weight of at least one vinylaromatic compound, (b) 24.9 to 59.9 parts by weight of at least one conjugated aliphatic diene, (c) 0.1 to 10 parts by weight of at least one monomer containing acid groups, and (d) 0 to 20 parts by weight of at least one other monoethylenically unsaturated monomer, where the amounts of the monomers (a) to (d) add up to 100 parts by weight, in an aqueous medium by a monomer feed process, with the proviso that - monomers and emulsifier are metered continuously and - following a period P1, when 15 to 30% of the total monomer metering time has elapsed and 15 to 30 wt% of the total monomer amount has been metered in, the metering rate of the emulsifier is increased for a period P2 lasting no longer than 30 minutes to 10 to 100 times the average metering rate of the emulsifier in the period P1. - monomers and emulsifier are metered continuously and - following a period P1, when 15 to 30% of the total monomer metering time has elapsed and 15 to 30 wt% of the total monomer amount has been metered in, the metering rate of the emulsifier is increased for a period P2 lasting no longer than 30 minutes to 10 to 100 times the average metering rate of the emulsifier in the period P1.
System for automatically applying a coating element to a support surface, comprising: - a heating device for applying the coating element along an application path of the support surface, by means of administration of heat obtained by the Joule effect, which heating device comprises a first electrode and second electrode which can be connected to an electric power generator and are configured to form a part of an electric circuit, a portion of the coating element being able to be arranged between said first electrode and said second electrode so as to close said electric circuit so as to obtain heating by means of the Joule effect of the portion of the coating element following a flow of current in the electric circuit, and - automatic movement means, characterized in that the overall configuration of said heating device is such that said first electrode and second electrode are to be slided with respect to the coating element during application of the coating element to the support surface, said automatic movement means being configured to slide said first electrode and second electrode along the path for applying the coating element to the support surface during application of the coating element. - a heating device for applying the coating element along an application path of the support surface, by means of administration of heat obtained by the Joule effect, which heating device comprises a first electrode and second electrode which can be connected to an electric power generator and are configured to form a part of an electric circuit, a portion of the coating element being able to be arranged between said first electrode and said second electrode so as to close said electric circuit so as to obtain heating by means of the Joule effect of the portion of the coating element following a flow of current in the electric circuit, and - automatic movement means,
Corner cabinet fitting for movably mounting a shelf in a corner cabinet, the corner cabinet fitting comprising - a bearing pedestal, - a supporting arm mounted to the bearing pedestal such as to be pivotable in a first pivoting movement about a first vertical pivot axis, - a shelf carrier mounted to the supporting arm such as to be pivotable in a second pivoting movement about a second vertical pivot axis, and - a mechanism which couples the second pivoting movement to the first pivoting movement, characterized in that the mechanism includes two rolling elements (22, 24), which roll on one another directly or via a belt, a chain or a rod, and of which one rolling element is coupled to the bearing pedestal and the other rolling element is coupled to the shelf carrier. - a bearing pedestal, - a supporting arm mounted to the bearing pedestal such as to be pivotable in a first pivoting movement about a first vertical pivot axis, - a shelf carrier mounted to the supporting arm such as to be pivotable in a second pivoting movement about a second vertical pivot axis, and - a mechanism which couples the second pivoting movement to the first pivoting movement, characterized in that the mechanism includes two rolling elements (22, 24), which roll on one another directly or via a belt, a chain or a rod, and of which one rolling element is coupled to the bearing pedestal and the other rolling element is coupled to the shelf carrier.
Gold alloy consisting of, by weight: - at least 750 ‰ gold, - at least a first alloying element selected from the group consisting of 30 to 220 ‰ niobium, 80 to 120 ‰ silver, and 10 to 180 ‰ vanadium, - at least a second alloying element selected from the group consisting of 30 to 70 ‰ iron, 20 to 120 ‰ palladium, 30 to 120 ‰ chromium and 5 to 40 ‰ titanium, - 0 to 2 ‰ of at least one grain refiner element selected from the group consisting of ruthenium, rhenium, iron, iridium, cobalt, vanadium, molybdenum and mixtures thereof, the grain refiner element being different from gold, from the first alloying element and from the second alloying element, the total amount of first and second elements of the gold alloy ranging from 150 ‰ to 250 ‰. - at least 750 ‰ gold, - at least a first alloying element selected from the group consisting of 30 to 220 ‰ niobium, 80 to 120 ‰ silver, and 10 to 180 ‰ vanadium, - at least a second alloying element selected from the group consisting of 30 to 70 ‰ iron, 20 to 120 ‰ palladium, 30 to 120 ‰ chromium and 5 to 40 ‰ titanium, - 0 to 2 ‰ of at least one grain refiner element selected from the group consisting of ruthenium, rhenium, iron, iridium, cobalt, vanadium, molybdenum and mixtures thereof, the grain refiner element being different from gold, from the first alloying element and from the second alloying element, the total amount of first and second elements of the gold alloy ranging from 150 ‰ to 250 ‰.