mhurhangee/ep-ind-claims huggingface dataset:
A method for producing glass sheets that are substantially free of alkali metal oxide by a downdraw process comprising selecting, melting, and fining batch materials so that the glass making up the sheets comprises in mole percent on an oxide basis: 64.0-71.0 SiO 2; 9.0-12.0 Al 2 O 3; 7.0-12.0 B 2 O 3; 1.0-3.0 MgO; 6.0-11.5 CaO; 0-2.3 SrO; 0-2.3 BaO; 0-0.05 As 2 O 3; 0-0.05 Sb 2 O 3, and has: (i) an iron content expressed as Fe 2 O 3 in the range of 0.010-0.033 mole percent; (ii) a tin content expressed as SnO 2 in the range of 0.017-0.112 mole percent; and wherein: (a) the fining is performed without the use of substantial amounts of either arsenic or antimony; and (b) a population of 50 sequential glass sheets produced by the downdraw process from the melted and fined batch materials has an average gaseous inclusion level of less than 0.05 gaseous inclusions/cubic centimeter, where each sheet in the population has a volume of at least 500 cubic centimeters. (i) an iron content expressed as Fe 2 O 3 in the range of 0.010-0.033 mole percent; (ii) a tin content expressed as SnO 2 in the range of 0.017-0.112 mole percent; and wherein: (a) the fining is performed without the use of substantial amounts of either arsenic or antimony; and (b) a population of 50 sequential glass sheets produced by the downdraw process from the melted and fined batch materials has an average gaseous inclusion level of less than 0.05 gaseous inclusions/cubic centimeter, where each sheet in the population has a volume of at least 500 cubic centimeters. (a) the fining is performed without the use of substantial amounts of either arsenic or antimony; and (b) a population of 50 sequential glass sheets produced by the downdraw process from the melted and fined batch materials has an average gaseous inclusion level of less than 0.05 gaseous inclusions/cubic centimeter, where each sheet in the population has a volume of at least 500 cubic centimeters.
A facility for molding by lateral injection using a plurality of coplanar injection points supplied with fluid plastic material by a rectangular parallelepiped distribution block, supplied with fluid plastic material by an insulated and independent axial nozzle the injection points being placed bearing on the lateral faces of the distribution block, in the docking position, characterized in that the supply block supplies several injection points on each of its lateral faces, and in that, between the axial nozzle and each of the injection points, channels inside the distribution block ensure an equal distance.
Heel unit for a gliding board binding, comprising: a base body for fastening to a gliding board, a brake assembly having a brake element which can be moved between a braking position for braking an associated gliding board and a driving position without braking the gliding board, a brake locking element which is movably attached to a binding body and is formed by a lever which is mounted on the binding body so as to be pivotable about a pin, such that the brake locking element can be adjusted by a user between a locking position, in which the brake locking element locks the brake assembly in the driving position, and an unlocking position, in which the brake assembly is released for adjustment into the braking position, and a climbing aid which is separate from the brake locking element and can be adjusted into an active position in which the climbing aid supports a heel portion of a boot at a predetermined height above a gliding board level, characterised in that the binding body is mounted so as to be pivotable about a transverse axis running transversely to a longitudinal axis of the gliding board, such that it can be adjusted between an engagement position for holding a heel portion of a boot, in which the heel portion is overlapped and held down by a holding projection of the binding body such that the boot is firmly held on the gliding board, and a release position for releasing the heel portion of the boot, in which the heel portion is released from engagement with the binding body.
A lifting assembly comprising: a cable end housing defining an inner cavity; a retainer ring disposed in the inner cavity at an end thereof; and a cable end fitting and a cable; a cable retainer disposed in the inner cavity of the cable end housing and operative to retain the cable end fitting of the cable, the cable retainer extending from a first end to a second end and defining a helical slot extending from the first end to the second end to provide installation and removal access of the cable end fitting, and characterized by the cable retainer comprising a retainer outer surface in direct contact with a ring inner surface of the retainer ring, and further wherein the helical slot is defined by a first retainer wall and a second retainer wall, wherein the first and second retainer walls are each non-linear along an entirety thereof. a cable end housing defining an inner cavity; a retainer ring disposed in the inner cavity at an end thereof; and a cable end fitting and a cable; a cable retainer disposed in the inner cavity of the cable end housing and operative to retain the cable end fitting of the cable, the cable retainer extending from a first end to a second end and defining a helical slot extending from the first end to the second end to provide installation and removal access of the cable end fitting, and characterized by the cable retainer comprising a retainer outer surface in direct contact with a ring inner surface of the retainer ring, and further wherein the helical slot is defined by a first retainer wall and a second retainer wall, wherein the first and second retainer walls are each non-linear along an entirety thereof.
A duct system, comprising: a duct including a flange; and a shield and flange support for the duct, the shield and flange support including: a body that includes a first side, a second side, a third side and a fourth side, and the body is discrete from the flange of the duct; the first side coupled to the flange of the duct; the fourth side coupled to the first side to extend toward the duct, the first side, the second side, the third side and the fourth side cooperating to define a cavity, the cavity including at least one of a first insulating fluid and a first insulating solid; and characterized by comprising: the second side coupled to the duct and coupled to the fourth side; and the third side coupled to the second side and the first side, the third side spaced apart from the flange and the duct to define a gap between the shield and flange support and the flange of the duct for receipt of at least one of a second insulating fluid and a second insulating solid. a duct including a flange; and a shield and flange support for the duct, the shield and flange support including: a body that includes a first side, a second side, a third side and a fourth side, and the body is discrete from the flange of the duct; the first side coupled to the flange of the duct; the fourth side coupled to the first side to extend toward the duct, the first side, the second side, the third side and the fourth side cooperating to define a cavity, the cavity including at least one of a first insulating fluid and a first insulating solid; and characterized by comprising: the second side coupled to the duct and coupled to the fourth side; and the third side coupled to the second side and the first side, the third side spaced apart from the flange and the duct to define a gap between the shield and flange support and the flange of the duct for receipt of at least one of a second insulating fluid and a second insulating solid. a body that includes a first side, a second side, a third side and a fourth side, and the body is discrete from the flange of the duct; the first side coupled to the flange of the duct; the fourth side coupled to the first side to extend toward the duct, the first side, the second side, the third side and the fourth side cooperating to define a cavity, the cavity including at least one of a first insulating fluid and a first insulating solid; and characterized by comprising: the second side coupled to the duct and coupled to the fourth side; and the third side coupled to the second side and the first side, the third side spaced apart from the flange and the duct to define a gap between the shield and flange support and the flange of the duct for receipt of at least one of a second insulating fluid and a second insulating solid. the second side coupled to the duct and coupled to the fourth side; and the third side coupled to the second side and the first side, the third side spaced apart from the flange and the duct to define a gap between the shield and flange support and the flange of the duct for receipt of at least one of a second insulating fluid and a second insulating solid.
Composition for conditioning sludges comprising a mineral compound and an organic compound, said mineral compound being lime, and said organic compound being selected from the group consisting of linear or branched diallyl dialkyl ammonium salts, characterized in that said organic compound selected from the group consisting of linear or branched diallyl dialkyl ammonium salts is an organic, cationic coagulant, having an average molecular weight less than or equal to 5 million g/mol and greater or equal to 20.000 g/mol, present in a quantity ranging from 3 g to 100 g for 1 kg of lime (expressed as slaked lime Ca 2 equivalent), said composition being in the form of an homogenous and stable mixture of lime and said coagulant before being introduced for conditioning sludges, and in that said composition is a) in solid form, wherein said lime is slaked lime and/or quicklime, both in powdery form, and said organic cationic coagulant is also in solid form, or b) in a stable suspension form, wherein said lime is slaked lime in the form of a milk of lime, and forms with said organic coagulant the said suspension. a) in solid form, wherein said lime is slaked lime and/or quicklime, both in powdery form, and said organic cationic coagulant is also in solid form, or b) in a stable suspension form, wherein said lime is slaked lime in the form of a milk of lime, and forms with said organic coagulant the said suspension.
A catheter based imaging apparatus for the combined intravascular imaging of two photon luminescence and optical coherence tomography, the apparatus comprising an optical coherence tomography light source configured to emit a first wavelength; a splitter configured to direct the first wavelength emitted from the coherence tomography light source to a reference path and to a sample path; a short-pulsed light source configured to emit a second wavelength of between 760-1040 nm; a first dichroic element; and a second dichroic element, wherein the apparatus comprises a processing element for viewing a co-registered two-photon luminescence image on an optical coherence tomography tomogram wherein the sample path is directed through a double-clad photonic crystal fiber, and wherein the double-clad photonic crystal fiber comprises a single-mode core embedded in a multimode fiber structure; the single-mode core has a lower numerical aperture than the multimode fiber structure. an optical coherence tomography light source configured to emit a first wavelength; a splitter configured to direct the first wavelength emitted from the coherence tomography light source to a reference path and to a sample path; a short-pulsed light source configured to emit a second wavelength of between 760-1040 nm; a first dichroic element; and a second dichroic element,
A compressor control system comprising: a scroll compressor for compressing a gas from a suction pressure to a discharge pressure, said compressor including intermeshing scroll wraps (64, 67) defining moving fluid pockets, said scroll wraps being separated by a seal and being movable relative to one another to develop fluid pressure and compress said gas; a sensor; a mechanism configured to selectively break the seal between said intermeshing scroll wraps to alter the fluid pressure developed by the scroll compressor while maintaining substantially constant relative movement of said scroll wraps; and a controller operating said mechanism and responsive to said sensor for providing a variable duty cycle control signal for modulating an operating capacity of said scroll compressor; characterised in that: said sensor is a pressure sensor for sensing said suction pressure; and the controller is configured to receive data from said pressure sensor and to average the data or determine a minimum or a maximum of the data to supply a conditioned pressure signal, wherein said variable duty cycle control signal is based upon said conditioned pressure signal. a scroll compressor for compressing a gas from a suction pressure to a discharge pressure, said compressor including intermeshing scroll wraps (64, 67) defining moving fluid pockets, said scroll wraps being separated by a seal and being movable relative to one another to develop fluid pressure and compress said gas; a sensor; a mechanism configured to selectively break the seal between said intermeshing scroll wraps to alter the fluid pressure developed by the scroll compressor while maintaining substantially constant relative movement of said scroll wraps; and a controller operating said mechanism and responsive to said sensor for providing a variable duty cycle control signal for modulating an operating capacity of said scroll compressor; said sensor is a pressure sensor for sensing said suction pressure; and the controller is configured to receive data from said pressure sensor and to average the data or determine a minimum or a maximum of the data to supply a conditioned pressure signal, wherein said variable duty cycle control signal is based upon said conditioned pressure signal.
A formulation which is free from heavy metals, comprising at least one aminocarboxylate selected from methylglycine diacetate (MGDA), iminodisuccinic acid and glutamic acid diacetate (GLDA), and salts thereof, at least one alkoxylated alkyleneimine polymer with an average molecular weight M w in the range from 500 to below 800 g/mol which has a positive charge density of at least 5 meq/g and which has in the range from 2 to at most 80% by weight alkylene oxide side chains, based on total alkoxylated alkyleneimine polymer, where alkoxylated alkyleneimine polymer is based on polyethyleneimine with an average molecular weight M w in the range from 400 to 500 g/mol, ascertained by light scattering. at least one aminocarboxylate selected from methylglycine diacetate (MGDA), iminodisuccinic acid and glutamic acid diacetate (GLDA), and salts thereof, at least one alkoxylated alkyleneimine polymer with an average molecular weight M w in the range from 500 to below 800 g/mol which has a positive charge density of at least 5 meq/g and which has in the range from 2 to at most 80% by weight alkylene oxide side chains, based on total alkoxylated alkyleneimine polymer, where alkoxylated alkyleneimine polymer is based on polyethyleneimine with an average molecular weight M w in the range from 400 to 500 g/mol, ascertained by light scattering.
A device comprising: a first reservoir configured to serve as a source of a printable composition; a second reservoir a pump fluidically coupled to the first reservoir and the second reservoir to pump the printable composition from the first reservoir to the second reservoir, wherein the second reservoir is to store the printable composition; a valve comprising a directional valve which is fluidically coupled to the pump and the second reservoir to prevent backflow from the second reservoir to the pump, and to selectively isolate the second reservoir from the pump based on a threshold pump pressure under which the valve is to close; the device characterized by comprising: a controller configured to cause the pump to operate below a threshold duty cycle corresponding to the threshold pump pressure, and to identify a status of the second reservoir while the second reservoir is isolated from the pump by the valve, without stopping operation of the pump; and a sensor configured to identify a pressure associated with the printable composition, and wherein the controller is configured to identify the status of the second reservoir based on the pressure. a first reservoir configured to serve as a source of a printable composition; a second reservoir a pump fluidically coupled to the first reservoir and the second reservoir to pump the printable composition from the first reservoir to the second reservoir, wherein the second reservoir is to store the printable composition; a valve comprising a directional valve which is fluidically coupled to the pump and the second reservoir to prevent backflow from the second reservoir to the pump, and to selectively isolate the second reservoir from the pump based on a threshold pump pressure under which the valve is to close; the device characterized by comprising: a controller configured to cause the pump to operate below a threshold duty cycle corresponding to the threshold pump pressure, and to identify a status of the second reservoir while the second reservoir is isolated from the pump by the valve, without stopping operation of the pump; and a sensor configured to identify a pressure associated with the printable composition, and wherein the controller is configured to identify the status of the second reservoir based on the pressure. a controller configured to cause the pump to operate below a threshold duty cycle corresponding to the threshold pump pressure, and to identify a status of the second reservoir while the second reservoir is isolated from the pump by the valve, without stopping operation of the pump; and a sensor configured to identify a pressure associated with the printable composition, and wherein the controller is configured to identify the status of the second reservoir based on the pressure.
An aircraft landing system on an aircraft, the system comprising: an inertial navigation system configured to make inertial measurements of motion for the aircraft; a satellite-based augmentation system configured to provide satellite-based augmentation system position measurements of the aircraft; and a processor configured to receive the inertial measurements from the inertial navigation system and receive the satellite-based augmentation system position measurements from the satellite-based augmentation system, wherein the processor executes instructions that cause the processor to: calibrate the inertial measurements to the satellite-based augmentation system position measurements; determine whether the satellite-based augmentation system experienced a fault when the inertial measurements were calibrated with the satellite-based augmentation system position measurements before the satellite-based augmentation system position measurements are used for navigation; and when the satellite-based augmentation system did not experience a fault, monitor the satellite-based augmentation system position measurements based on the calibrated inertial measurements. an inertial navigation system configured to make inertial measurements of motion for the aircraft; a satellite-based augmentation system configured to provide satellite-based augmentation system position measurements of the aircraft; and a processor configured to receive the inertial measurements from the inertial navigation system and receive the satellite-based augmentation system position measurements from the satellite-based augmentation system, wherein the processor executes instructions that cause the processor to: calibrate the inertial measurements to the satellite-based augmentation system position measurements; determine whether the satellite-based augmentation system experienced a fault when the inertial measurements were calibrated with the satellite-based augmentation system position measurements before the satellite-based augmentation system position measurements are used for navigation; and when the satellite-based augmentation system did not experience a fault, monitor the satellite-based augmentation system position measurements based on the calibrated inertial measurements. calibrate the inertial measurements to the satellite-based augmentation system position measurements; determine whether the satellite-based augmentation system experienced a fault when the inertial measurements were calibrated with the satellite-based augmentation system position measurements before the satellite-based augmentation system position measurements are used for navigation; and when the satellite-based augmentation system did not experience a fault, monitor the satellite-based augmentation system position measurements based on the calibrated inertial measurements.
Female part for excavators and the like, of the type having a body with a cavity comprising a bottom end, an open end, and walls (110, 111, 113), wherein at least one of said walls has a first hole that goes through it and characterized in that said wall with the first hole comprises a second hole with a retention structure or retention configuration for attaching a retention device within the same and the second hole is placed between the bottom end of the cavity and the first hole, separated from said first hole.
Method for operating an illumination device, in particular a headlight, for a road vehicle, which illumination device, in an operating mode of a predetermined light function, generates and/or emits, by means of an illumination apparatus, a total light distribution consisting of a first partial light distribution and at least one further partial light distribution (TL2, TL3), and which illumination device can generate a high-resolution light distribution by means of a high-resolution light module, characterized in that in the operating mode of the predetermined light function, the high-resolution light module generates a high-resolution light distribution which at least in part has a compensation light distribution, by means of which an inhomogeneity present in the total light distribution, which inhomogeneity results from the superposition of these partial light distributions, is reduced and/or compensated for, a compensation pattern, which is characteristic of the compensation light distribution to be generated, being selected and/or ascertained depending on at least one position value which is characteristic of a relative arrangement of the partial light distributions (TL1, TL2) with respect to one another.