mhurhangee/ep-ind-claims huggingface dataset:
Method for the removal of impurities from diathermic oil in a circuit, comprising the following steps: - taking a sample of diathermic oil from said circuit; - subjecting said sample of diathermic oil to a laboratory test to check the aging of the oil and the presence of carbonaceous deposits; - drawing said diathermic oil from said circuit; - subjecting said diathermic oil to a filtration process; - re-introducing said diathermic oil into said circuit after said filtration process, characterized in that: - said laboratory test comprises the step of measuring the kinematic viscosity value of said diathermic oil at a temperature of 40°C and comparing the measured value with a reference value; - if said measured kinematic viscosity value is greater than said reference value, said step of drawing said diathermic oil from said circuit comprises the step of bringing said diathermic oil to a temperature ≤ 80°C before subjecting said diathermic oil to said filtration process; - said step of subjecting said diathermic oil to a filtration process comprises the step of choosing between static filtration or dynamic filtration, depending on the viscosity value measured, where: - said step of static filtration comprises the step of providing a static filtration unit comprising at least one cartridge filter (F1, F2), and of feeding said diathermic oil to said at least one cartridge filter (F1, F2), - said step of dynamic filtration comprises the step of providing a dynamic filtration unit comprising a centrifugal separator provided with an internal drum, and of feeding said diathermic oil to said centrifugal separator. - taking a sample of diathermic oil from said circuit; - subjecting said sample of diathermic oil to a laboratory test to check the aging of the oil and the presence of carbonaceous deposits; - drawing said diathermic oil from said circuit; - subjecting said diathermic oil to a filtration process; - re-introducing said diathermic oil into said circuit after said filtration process, - said laboratory test comprises the step of measuring the kinematic viscosity value of said diathermic oil at a temperature of 40°C and comparing the measured value with a reference value; - if said measured kinematic viscosity value is greater than said reference value, said step of drawing said diathermic oil from said circuit comprises the step of bringing said diathermic oil to a temperature ≤ 80°C before subjecting said diathermic oil to said filtration process; - said step of subjecting said diathermic oil to a filtration process comprises the step of choosing between static filtration or dynamic filtration, depending on the viscosity value measured, - said step of static filtration comprises the step of providing a static filtration unit comprising at least one cartridge filter (F1, F2), and of feeding said diathermic oil to said at least one cartridge filter (F1, F2), - said step of dynamic filtration comprises the step of providing a dynamic filtration unit comprising a centrifugal separator provided with an internal drum, and of feeding said diathermic oil to said centrifugal separator.
Sifting apparatus to select materials having different sizes, comprising a separation chamber open downward, into which said materials are able to be inserted by means of introduction means disposed in correspondence with a first side of said separation chamber, and from which the materials not selected are able to exit through an exit aperture disposed in correspondence with a second side of said separation chamber, opposite said first side, a plurality of sifting rollers (13, 14) mounted rotatable on axes of rotation parallel to each other and lying substantially on the same plane as said separation chamber so as to define a substantially horizontal sifting bed, or at most inclined by a few degrees upward, between said first side and said exit aperture, and a rotary motor member, which also comprises a transmission device able to transform the rotation of said rotary motor member into an alternating rotational motion of said sifting rollers (13, 14), in a clockwise and anti-clockwise direction, of an amplitude (β) of less than 360°, so that the rotation of each sifting roller (13, 14) occurs in the opposite direction to that of the adjacent sifting roller (14, 13), in order to allow said materials to advance in a direction substantially perpendicular to the axes of said sifting rolls (13, 14) on said sifting bed, from said first side of said separation chamber to said exit aperture, so that the selected material falls downward between said sifting rolls (13, 14) and the material not selected exits laterally from said separation chamber through said exit aperture.
A pharmaceutical formulation for pulmonary administration, comprising a plurality of particulates having a mass median diameter less than 20 μ m, wherein each particulate comprises: (a) a lipid matrix; and (b) a particle of an active agent in the lipid matrix, said active agent having a solubility in water of less than 1.0 mg/ml, wherein at least 90% of the active agent particles in the formulation have a geometric diameter less than 3 μm.
A method of detecting and compensating for a non-operational mold cavity in an injection molding apparatus having a plurality of mold cavities and an injection molding screw or ram, the method comprising: injecting, via the injection molding screw or ram, a molten thermoplastic material into the plurality of mold cavities; measuring a first process parameter of the injection molding apparatus at a pre-determined time during or after the injecting; based on the first process parameter, determining whether one or more mold cavities of the plurality of mold cavities are non-operational; and when it is determined that one or more mold cavities are non-operational, automatically adjusting the first process parameter or a second process parameter of the injection molding apparatus; wherein measuring the first process parameter comprises measuring a nozzle pressure of an injection nozzle of the injection molding apparatus via a sensor disposed in the injection molding apparatus; characterized by comparing the measured nozzle pressure to an expected nozzle pressure corresponding to all of the plurality of mold cavities; and when a difference between the measured nozzle pressure and the expected nozzle pressure is greater than a predetermined threshold, generating a signal indicative of at least one mold cavity of the plurality of mold cavities being non-operational. injecting, via the injection molding screw or ram, a molten thermoplastic material into the plurality of mold cavities; measuring a first process parameter of the injection molding apparatus at a pre-determined time during or after the injecting; based on the first process parameter, determining whether one or more mold cavities of the plurality of mold cavities are non-operational; and when it is determined that one or more mold cavities are non-operational, automatically adjusting the first process parameter or a second process parameter of the injection molding apparatus; wherein measuring the first process parameter comprises measuring a nozzle pressure of an injection nozzle of the injection molding apparatus via a sensor disposed in the injection molding apparatus; characterized by comparing the measured nozzle pressure to an expected nozzle pressure corresponding to all of the plurality of mold cavities; and when a difference between the measured nozzle pressure and the expected nozzle pressure is greater than a predetermined threshold, generating a signal indicative of at least one mold cavity of the plurality of mold cavities being non-operational.
Method for flame straightening, wherein acetylene is burnt with oxygen by means of a burner so as to form a flame and the flame is directed at a workpiece in order to heat the said workpiece, wherein an electric field is applied between the burner and the non-melting workpiece, provided that the said workpiece is electrically conductive, or a non-melting electrode which is arranged on the workpiece side, in order to reduce an NOx emission.
A transfer arrangement for transferring a semi-trailer onto a rail-borne, intermodal pocket wagon from a ground location beside the wagon placed in parallel with the rail, or vice versa, characterized in that it is comprising: base roller beams of first lifting means (15, 20') supported by the ground at the ground location and intended for lifting the semi-trailer by said base roller beams substantially vertically up from the ground; corresponding wagon roller beams of second lifting means to be supported by the rail or the ground under the wagon, said wagon roller beams being intended for being elevated in openings between side beams of the wagon to substantially the same height as the base roller beams or for being lowered towards the ground; a drive mechanism for transferring the semi-trailer sideways from the base roller beams to the wagon roller beams in the elevated condition thereof; and a base structure which is to be placed at a ground location beside the wagon and which includes the first and second lifting means; wherein each second lifting means is foldably attached to or can be pushed out from the base structure and includes a lift beam to be supported by the rail and the wagon roller beam to be elevated or lowered by hydraulic cylinders between the lift beam and the wagon roller beam, the wagon roller beam and the base roller beam being substantially in line with each other when elevated.
An inorganic-organic hybrid compound as ionic compound, composed of an inorganic metal cation selected from Mg 2+, Ca 2+, Sr 2+, Ba 2+, Zn 2+, Zr 4+, [ZrO] 2+, [HfO] 2+, Sc 3+, Y 3+, Gd 3+, La 3+, Fe 3+, Bi 3+ or a lanthanoid, and of an organic active ingredient anion which comprises at least one phosphate, phosphonate, sulfate, sulfonate, carbonate or carboxylate group as functional group, the compound having a molar solubility of ≤ 10 -2 mol/l in water and having a particle diameter in the range from 1 to 100 nm.
A system (10,10a) comprising: a control unit that is adapted simultaneously to produce a power signal at a carrier frequency and to modulate the power signal to provide control unit data carried by the power signal; a sensor assembly (14;14A), powered by the power signal, adapted to sense a parameter associated with a condition of a wheel, to demodulate the power signal to derive the control unit data, and to modulate the power signal to provide sensor data representative of the sensed parameter to the control unit; and a rotary transformer connected to the control unit and to the sensor assembly (14;14A) for wirelessly transmitting the power signal and control unit data from the control unit to the sensor assembly (14;14A) and wirelessly transmit the sensor data from the sensor assembly (14;14A) to the control unit. a control unit that is adapted simultaneously to produce a power signal at a carrier frequency and to modulate the power signal to provide control unit data carried by the power signal; a sensor assembly (14;14A), powered by the power signal, adapted to sense a parameter associated with a condition of a wheel, to demodulate the power signal to derive the control unit data, and to modulate the power signal to provide sensor data representative of the sensed parameter to the control unit; and a rotary transformer connected to the control unit and to the sensor assembly (14;14A) for wirelessly transmitting the power signal and control unit data from the control unit to the sensor assembly (14;14A) and wirelessly transmit the sensor data from the sensor assembly (14;14A) to the control unit.
A valve jet printer comprising: an ink jet that includes: a solenoid coil; a plunger rod having a magnetically susceptible shank with a first end and a second end at opposite ends thereof, the first end and at least a portion of the shank received within a bore of the solenoid coil; a nozzle including an orifice extending therethrough; and a spring biasing the second end of the shank toward the nozzle; and wherein the second end of the plunger rod includes a tip formed of perfluoroelastomer (FFKM) that deforms from its original shape to form a seal with the orifice of the nozzle in response to the spring biasing the tip into contact with the orifice of the nozzle, and resumes its original shape in response to the tip moving away from the orifice of the nozzle; wherein absent electrical power being supplied to the solenoid coil, the spring biases the tip into contact with the orifice of the nozzle; and in response to electrical power being supplied to the solenoid coil, the tip moves away from the orifice of the nozzle against the bias of the spring. a solenoid coil; a plunger rod having a magnetically susceptible shank with a first end and a second end at opposite ends thereof, the first end and at least a portion of the shank received within a bore of the solenoid coil; a nozzle including an orifice extending therethrough; and a spring biasing the second end of the shank toward the nozzle; and wherein the second end of the plunger rod includes a tip formed of perfluoroelastomer (FFKM) that deforms from its original shape to form a seal with the orifice of the nozzle in response to the spring biasing the tip into contact with the orifice of the nozzle, and resumes its original shape in response to the tip moving away from the orifice of the nozzle; wherein absent electrical power being supplied to the solenoid coil, the spring biases the tip into contact with the orifice of the nozzle; and in response to electrical power being supplied to the solenoid coil, the tip moves away from the orifice of the nozzle against the bias of the spring.
Thermostat device comprising a housing, communication means of a wireless communication path and signaling means, wherein said communication means are operatively connected to said signaling means to activate said signaling means in case said communication means indicate that said communication path has been established, characterized in that said signaling means are light emitting means, that the other end of the communication path is formed by a smartphone, a laptop, a tablet computer or the like with which a user can program the thermostat device, that light emitted by said light emitting means is visible from a front side of said housing, that said light emitting means produce a ring of light on said front side and that a handle is mounted rotatably on said housing, said ring being located between said handle and a stationary part of said housing.
A method for monitoring an aircraft, the method comprising: receiving a pilot control input signal; monitoring a response of a control surface system controlled by a flight control model using the pilot control input signal, the control surface system comprising a control surface that controls movement of the aircraft; generating an alert when the control surface reaches a threshold position with respect to the control surface becoming saturated, wherein the control surface is saturated when any additional input from a pilot does not affect the movement of the control surface; displaying, via a first indicator (408, 436, 464) on a graphical user interface, the pilot control input signal; displaying, via a second indicator (412, 442, 468) on the graphical user interface, a command sent to the control surface system in response to the pilot control input signal; and displaying, via a third indicator (413, 444, 469) on the graphical user interface, the response of the aircraft to the command sent to the control surface system. receiving a pilot control input signal; monitoring a response of a control surface system controlled by a flight control model using the pilot control input signal, the control surface system comprising a control surface that controls movement of the aircraft; generating an alert when the control surface reaches a threshold position with respect to the control surface becoming saturated, wherein the control surface is saturated when any additional input from a pilot does not affect the movement of the control surface; displaying, via a first indicator (408, 436, 464) on a graphical user interface, the pilot control input signal; displaying, via a second indicator (412, 442, 468) on the graphical user interface, a command sent to the control surface system in response to the pilot control input signal; and displaying, via a third indicator (413, 444, 469) on the graphical user interface, the response of the aircraft to the command sent to the control surface system.
A silicon oxide-based negative electrode material, comprising a powder having an average composition of SiLi x O y wherein 0.05 < x < y < 1.2 and a mean particle size of 1 μm or more, wherein 10 particles randomly selected from particles of the powder each satisfy 0.8 < L1/L2 < 1.2 with the standard deviation of L2 being 0.1 or less, L1 being a Li concentration at a depth of 50 nm from an outermost surface of each of the 10 particles, and L2 being a Li concentration at a depth of 400 nm from the outermost surface; wherein for the Li concentrations L1 and L2, the cross-section of a particle of the powder is observed under TEM, and EELS measurements are performed at a respective predetermined depth for a region to obtain a ratio of a Li spectral intensity to a Si spectral intensity, from which the Li concentrations are relatively determined; and wherein the mean particle size is measured by laser diffraction particle size distribution measurement. wherein 10 particles randomly selected from particles of the powder each satisfy 0.8 < L1/L2 < 1.2 with the standard deviation of L2 being 0.1 or less, L1 being a Li concentration at a depth of 50 nm from an outermost surface of each of the 10 particles, and L2 being a Li concentration at a depth of 400 nm from the outermost surface; wherein for the Li concentrations L1 and L2, the cross-section of a particle of the powder is observed under TEM, and EELS measurements are performed at a respective predetermined depth for a region to obtain a ratio of a Li spectral intensity to a Si spectral intensity, from which the Li concentrations are relatively determined; and wherein the mean particle size is measured by laser diffraction particle size distribution measurement.
A method of inspecting a dry, non-lubricated syringe, the method comprising: optically imaging a contact area between a syringe stopper positioned in a syringe barrel of a dry, non-lubricated syringe and an inner diameter of said syringe barrel to form a contact image, the contact image including a seal line correlating to engagement between a seal area (40a, 40b, 40c) of the syringe stopper and the inner diameter of the syringe barrel; analyzing the contact image for discontinuities in seal line; and determining if the syringe exceeds a defect criteria based upon the discontinuities.
A human antibody constant region that comprises deletions of both Gly at position 329 (position 446 in the EU numbering system) and Lys at position 330 (position 447 in the EU numbering system) in the amino acid sequence of SEQ ID NO: 1, wherein the amidation of the C-terminal amino acid of the human IgG1 antibody constant region is suppressed.
A dynamic residual noise shaping method, comprising: detecting an amount and a type of hiss noise in an audio signal; calculating noise suppression gains by applying a noise reduction filter to the audio signal; and modifying the calculated noise suppression gains by applying a dynamic attenuation floor responsive to the detected amount and type of hiss noise. detecting an amount and a type of hiss noise in an audio signal; calculating noise suppression gains by applying a noise reduction filter to the audio signal; and modifying the calculated noise suppression gains by applying a dynamic attenuation floor responsive to the detected amount and type of hiss noise.
Bagging machine, for bagging an item, such as a mattress and the like, by means of the film (61, 62) of at least one coil (8, 9) winded on a tubular cardboard (82, 92), wherein said bagging machine comprises at least one unwinding and replacement unit (3, 4) of a respective coil (8, 9) housed in said at least one unwinding and replacement unit (3, 4), having at least one first unwinding member, characterized in that said at least one first unwinding member (311, 411) is capable of assuming a first position, in which it is configured for unwinding the coil (8, 9) for bagging said item to be bagged, and a second position, in which, when the film of said coil (8, 9) is finished or no longer sufficient for bagging an item, it ejects the tubular cardboard (82, 92) of said finished coil (8, 9). at least one unwinding and replacement unit (3, 4) of a respective coil (8, 9) housed in said at least one unwinding and replacement unit (3, 4), having at least one first unwinding member, characterized in that said at least one first unwinding member (311, 411) is capable of assuming a first position, in which it is configured for unwinding the coil (8, 9) for bagging said item to be bagged, and a second position, in which, when the film of said coil (8, 9) is finished or no longer sufficient for bagging an item, it ejects the tubular cardboard (82, 92) of said finished coil (8, 9).
A calendering process comprising the steps of: providing a tissue web comprising pulp fibers; and conveying the tissue web through a gap formed between an outer surface of a rotating pattern roll and an opposing moving resilient roll surface such that the tissue web contacts the outer surface of the rotating pattern roll and the opposing moving resilient roll surface, wherein the outer surface of the pattern roll comprises male elements and landing areas, and characterised in that the male elements have a surface area greater than about 300 mm 2, have a height from about 0.20 to about 1.5 mm and comprise from about 60 to about 98 percent of the outer surface of the rotating roll.
A transmission for a drive arrangement of a working machine for driving the working machine with variably adjustable rotational speed, having a first planet gear set, to which a first drive unit can be coupled, having a second planet gear set, to which the working machine can be coupled, wherein the first planetary gear set and the second planetary gear set each comprise planet gears (3a, 3b, 5a, 5b) which are arranged on at least two common planet shafts (11a, 11b), which are mounted in a planet carrier, wherein the planet carrier is rotatably mounted in a transmission housing and is driveable by a second drive unit, which is attached to the planet carrier via a bevel gear stage or via a spur gear stage, characterized by at least one first brake or lock or clutch via which a torque on the planet carrier can be directly supported against the transmission housing, wherein the at least one first brake or lock or coupling is connected between the planet carrier and the transmission housing, at least one second brake (21a, 21b) or lock or coupling, which is assigned to the driveshaft of the second drive unit and/or that shaft of the transmission into which the second drive unit drives, wherein via the at least one second brake (21a, 21b) or lock or coupling, torque can be braced.