mhurhangee/ep-ind-claims huggingface dataset:
An aircraft pylon adapted to serve as an interface between an engine and an aircraft wing or fuselage by means of rigid attachment to the engine and to the wing of the aircraft, characterized in that it includes a single multifunctional structural framework formed of main ducts receiving equipment and transmission systems between the engine and the wing or the fuselage and a latticework of arms and nodes connecting the arms, these arms and/or ducts being adapted to attach fairing panels to form an aerodynamic fairing in accordance with a predetermined conformation by a predefined positioning of the arms and the ducts.
A method for drying microcapsule particles containing multiple double bonds fat soluble nutrients, comprising the following steps: a) preparing a microcapsule emulsion containing multiple double bonds fat soluble nutrients, performing spray granulation on the microcapsule emulsion in a spray system, and meanwhile blasting air into the spray system, the blasted air wrapping adsorption materials, and the microcapsule emulsion being immediately solidified and sized after coming into contact with the air; wherein in step a), the temperature of blasting air into the spray system is 10-90°C; b) performing fluidized drying of the solidified and sized microcapsule emulsion of step a) into a multi-stage fluidized bed system; wherein in step b), a number of the stages of the multi-stage fluidized bed system is 1-4 level, the differential pressure between two adjacent stages of the multi-stage fluidized bed system is 0,14 MPa (20 psi) an inlet air temperature of the multi-stage fluidized bed system is in a range of 20-120°C; an inlet air temperature of a lower fluidized bed is higher than that of an upper fluidized bed, and an inlet air temperature difference is 20-40°C; c) collecting non-adsorbed adsorption materials by means of an adsorption material dust removal, recovery and circulation system; and d) collecting microcapsule particle products. a) preparing a microcapsule emulsion containing multiple double bonds fat soluble nutrients, performing spray granulation on the microcapsule emulsion in a spray system, and meanwhile blasting air into the spray system, the blasted air wrapping adsorption materials, and the microcapsule emulsion being immediately solidified and sized after coming into contact with the air; wherein in step a), the temperature of blasting air into the spray system is 10-90°C; b) performing fluidized drying of the solidified and sized microcapsule emulsion of step a) into a multi-stage fluidized bed system; wherein in step b), a number of the stages of the multi-stage fluidized bed system is 1-4 level, the differential pressure between two adjacent stages of the multi-stage fluidized bed system is 0,14 MPa (20 psi) an inlet air temperature of the multi-stage fluidized bed system is in a range of 20-120°C; an inlet air temperature of a lower fluidized bed is higher than that of an upper fluidized bed, and an inlet air temperature difference is 20-40°C; c) collecting non-adsorbed adsorption materials by means of an adsorption material dust removal, recovery and circulation system; and d) collecting microcapsule particle products.
A method for generating test signals at different carrier frequencies comprises the steps of: selecting a test file from a list of test files comprising pre-existing test frequencies corresponding to a range of predefined tests to be conducted, modifying the test file in order to request a frequency input from a user and to specify the frequency input as a test frequency, generating a set of instructions in the test file in order to calculate a phase shift for a subcarrier spacing with respect to the frequency input, and generating a phase pattern of modulation symbols for the subcarrier spacing corresponding to the frequency input thereby generating a test signal at the test frequency. selecting a test file from a list of test files comprising pre-existing test frequencies corresponding to a range of predefined tests to be conducted, modifying the test file in order to request a frequency input from a user and to specify the frequency input as a test frequency, generating a set of instructions in the test file in order to calculate a phase shift for a subcarrier spacing with respect to the frequency input, and generating a phase pattern of modulation symbols for the subcarrier spacing corresponding to the frequency input thereby generating a test signal at the test frequency.
Portable self-contained electric power tool unit such as runing shears, saw, fruit gathering tool, lawnmowers, brush cutter, hedge trimmer, impact wrench, jack hammer, comprising at least three separate functional subassemblies, one of which being a first subassembly producing the mechanical action of the tool by means of an electrical actuator connected, at least while the tool is being used, by a flexible electrical cord, to a second portable subassembly constituting the supply of electrical energy of the assembly and comprising a rechargeable electrochemical battery, a third charging subassembly connected electrically, during charging, by a flexible disconnectable cord, to the second subassembly and able to provide electrical recharging of the electrochemical battery of the second subassembly, characterised in that the electrical supply of the actuator of the first subassembly is cut automatically when the battery reaches a low voltage threshold which would impair its operation; the second subassembly is provided, on the one hand, with a lithium-ion or lithium-polymer battery formed by connecting cells in series, each cell being composed of a multiplicity of elements connected in parallel and, on the other hand, with one or a multiplicity of electrical or electronic battery control module(s) capable of fulfilling the task of protecting the battery in an overcurrent situation, wherein this or these module(s) is/are situated near to said battery; the third subassembly consists at least of one electrical supply source, the voltage and current of which are able to recharge the lithium-ion or lithium polymer battery.
Collimator for testing a camera with a collimator housing, wherein the collimator housing has a longitudinal wall (8, 9) and two end walls (10, 11), wherein the first end wall has a light source and the second end wall has a lens, wherein a reticle is arranged between the lens and the light source, wherein the reticle is arranged in the collimator housing obliquely to the lens and/or obliquely to the longitudinal wall (8, 9), characterized in that the longitudinal wall (8, 9) has a mirroring, which is an arrangement of mirrors between a collimator lens and the camera, in order to guide rays to the camera which would not hit an entrance pupil of the camera without mirror optic, wherein the mirroring extends out of the collimator housing towards the camera.
Vacuum pump comprising a casing in which are disposed a first inlet orifice and a second outlet orifice to allow the flowing of a flow of air, and in the interior of which a filtering element is mounted in a removable way, the filtering element comprising a closure nozzle, wherein at least one orifice of the casing selected from among the first inlet orifice and the second outlet orifice is disposed on an exhaust lid, the exhaust lid being at the same time removable from the casing, but either realized as a single piece or attached to said closure nozzle of said filtering element by means of attaching means.
A lubricant feed mechanism for an engine, configured to feed lubricant to a cam (40a, 42a) of a valve gear through a cylinder head, a camshaft (40, 42), and a cam cap, the mechanism comprising: an oil feed member disposed in the cam cap such that an upper end of the oil feed member is set at a lower level than an upper end of the cam cap in a height-wise direction, the oil feed member having an oil passage (124, 126, 128) configured to guide lubricant to be fed through the cam cap to the cam (40a, 42a), the oil feed member including a plurality of panel members (110, 120) laid over each other, the oil passage (124, 126, 128) in the oil feed member being entirely or partly a groove carved on at least one surface on which the panel members (110, 120) of the oil feed member about each other, wherein the cam cap has a recess provided around a bolt opening for fixedly attaching the cam cap to the cylinder head, and the oil feed member has a portion contained within the recess and is fixedly attached to the cylinder head together with the cam cap by a bolt. an oil feed member disposed in the cam cap such that an upper end of the oil feed member is set at a lower level than an upper end of the cam cap in a height-wise direction, the oil feed member having an oil passage (124, 126, 128) configured to guide lubricant to be fed through the cam cap to the cam (40a, 42a), the oil feed member including a plurality of panel members (110, 120) laid over each other, the oil passage (124, 126, 128) in the oil feed member being entirely or partly a groove carved on at least one surface on which the panel members (110, 120) of the oil feed member about each other, wherein the cam cap has a recess provided around a bolt opening for fixedly attaching the cam cap to the cylinder head, and the oil feed member has a portion contained within the recess and is fixedly attached to the cylinder head together with the cam cap by a bolt.
A catheter comprising: an elongated catheter body; a distal electrode member having a porous substrate and a plurality of surface electrodes on portions of an outer surface of the porous substrate, the porous substrate having an interior chamber adapted to receive conductive fluid; a plurality of lead wires, each connected to a respective surface electrode; and a lead wire having a distal portion extending into the interior chamber, the lead wire adapted to electrify the conductive fluid in the chamber, wherein the porous substrate is adapted to pass the conductive fluid from the chamber to the outer surface of the porous substrate, and characterized in that the plurality of surface electrodes comprises: axial proximal rectangular micro-electrodes, distal ring micro-electrodes and a distal tip circular micro-electrode; or a distal tip circular micro-electrode, a plurality of circular micro-electrodes and a proximal ring micro-electrode; or a series of concentric circular micro electrodes (40C1, 40C2, 40C3) of different radii. an elongated catheter body; a distal electrode member having a porous substrate and a plurality of surface electrodes on portions of an outer surface of the porous substrate, the porous substrate having an interior chamber adapted to receive conductive fluid; a plurality of lead wires, each connected to a respective surface electrode; and a lead wire having a distal portion extending into the interior chamber, the lead wire adapted to electrify the conductive fluid in the chamber, wherein the porous substrate is adapted to pass the conductive fluid from the chamber to the outer surface of the porous substrate, and characterized in that the plurality of surface electrodes comprises: axial proximal rectangular micro-electrodes, distal ring micro-electrodes and a distal tip circular micro-electrode; or a distal tip circular micro-electrode, a plurality of circular micro-electrodes and a proximal ring micro-electrode; or a series of concentric circular micro electrodes (40C1, 40C2, 40C3) of different radii. axial proximal rectangular micro-electrodes, distal ring micro-electrodes and a distal tip circular micro-electrode; or a distal tip circular micro-electrode, a plurality of circular micro-electrodes and a proximal ring micro-electrode; or a series of concentric circular micro electrodes (40C1, 40C2, 40C3) of different radii.
An optical device for detecting the drift of a light beam of a laser machining system and comprising: - a beam splitter for obtaining from said light beam: ∘ a first light beam along a first optical path, and ∘ a second light beam, along a second optical path; - a focal module positioned at least partially along the first optical path of said first light beam to obtain from said first light beam a focused light beam, said focused light beam is directed towards a first light beam matrix detection means positioned in a focusing plane associated with said focal module; - an afocal module positioned at least partially along the second optical path of the second light beam to obtain from said second light beam a collimated light beam, said collimated light beam is directed towards a second light beam matrix detection means. - a beam splitter for obtaining from said light beam: ∘ a first light beam along a first optical path, and ∘ a second light beam, along a second optical path; ∘ a first light beam along a first optical path, and ∘ a second light beam, along a second optical path; - a focal module positioned at least partially along the first optical path of said first light beam to obtain from said first light beam a focused light beam, said focused light beam is directed towards a first light beam matrix detection means positioned in a focusing plane associated with said focal module; - an afocal module positioned at least partially along the second optical path of the second light beam to obtain from said second light beam a collimated light beam, said collimated light beam is directed towards a second light beam matrix detection means.
A Cu-Mn-Fe-based complex inorganic oxide black pigment having a more vivid bluish hue, wherein - the complex inorganic oxide black pigment has a spinel structure comprising oxides of copper, manganese and iron as main constituent metals, - a molar ratio of copper/manganese/iron is in a range of 3.5 to 6.5/6 to 9.5/1, - at least one divalent metal element other than the main constituent metals has been introduced, - a molar ratio of copper/the divalent metal element, which is a ratio of a molar amount of copper among the main constituent metals to a total molar amount of the divalent metal element other than the main constituent metals, is 10 to 20/1, - and a molar ratio of (copper + the divalent metal element)/(manganese + iron) is in a range of 1 to 1.6/2. - the complex inorganic oxide black pigment has a spinel structure comprising oxides of copper, manganese and iron as main constituent metals, - a molar ratio of copper/manganese/iron is in a range of 3.5 to 6.5/6 to 9.5/1, - at least one divalent metal element other than the main constituent metals has been introduced, - a molar ratio of copper/the divalent metal element, which is a ratio of a molar amount of copper among the main constituent metals to a total molar amount of the divalent metal element other than the main constituent metals, is 10 to 20/1, - and a molar ratio of (copper + the divalent metal element)/(manganese + iron) is in a range of 1 to 1.6/2.
A redundancy module for a pneumatic braking system of a vehicle, in particular a utility vehicle, having spring-loaded brakes (208a, 208b) on at least one axle (VA, HA), comprising: a parking brake pressure port for receiving a parking brake pressure (pB), a spring-loaded port for providing a spring-loaded pressure (pF) and a redundancy pressure port for receiving a redundancy pressure (pR), and a piston assembly, having a reverse piston, characterized in that the reverse piston comprises a parking brake pressure control surface, a spring-loaded control surface and a redundancy pressure control surface, wherein a parking brake pressure (pB) acting on the parking brake control surface causes the control of a spring-loaded pressure (pF) in the same direction, and a redundancy pressure (pR) acting on the redundancy pressure control surface causes an inverse control of the spring-loaded pressure (pF). a parking brake pressure port for receiving a parking brake pressure (pB), a spring-loaded port for providing a spring-loaded pressure (pF) and a redundancy pressure port for receiving a redundancy pressure (pR), and a piston assembly, having a reverse piston, characterized in that the reverse piston comprises a parking brake pressure control surface, a spring-loaded control surface and a redundancy pressure control surface, wherein a parking brake pressure (pB) acting on the parking brake control surface causes the control of a spring-loaded pressure (pF) in the same direction, and a redundancy pressure (pR) acting on the redundancy pressure control surface causes an inverse control of the spring-loaded pressure (pF).
Method for operating a cooking appliance, in particular a cooking oven, wherein the cooking appliance has a control device with dish name storage means, wherein a data entry device and a display are connected to the control device, wherein the method comprises the steps: a) storing a plurality of names of preferred dishes by the user by entry of the names of the preferred dishes into the control device via the data entry device and storing the names of the preferred dishes by the control device in the dish name storage means, characterised in that b) when the user presses a proposal button which is part of the data entry device then; c) randomly recalling the name of a preferred dish which is stored in the dish name storage means by the control device; and d) displaying the name of the recalled name of a preferred dish on the display; wherein steps c) and d) are repeated and another name of a further preferred dish is recalled randomly from the dish name storage means and displayed on the display if the user has pressed a disapproval button after displaying the name of a preferred dish according to step d). a) storing a plurality of names of preferred dishes by the user by entry of the names of the preferred dishes into the control device via the data entry device and storing the names of the preferred dishes by the control device in the dish name storage means, characterised in that b) when the user presses a proposal button which is part of the data entry device then; c) randomly recalling the name of a preferred dish which is stored in the dish name storage means by the control device; and d) displaying the name of the recalled name of a preferred dish on the display;
A control system of a secondary battery comprising: a controller and a secondary battery with a positive electrode active material that shows a difference of an open circuit voltage curve between during charge and discharge, wherein the controller comprises: a storing unit configured to store, as the discharge open circuit voltage information, at least one predetermined SOC discharge open circuit voltage information that is obtained by actually measuring the relationship between the SOC in the discharge process and the open circuit voltage when performing the discharge by changing the state of the secondary battery from the charge to the discharge at a predetermined SOC; and an SOC calculating unit configured to calculate, from the predetermined SOC discharge open circuit voltage information, the relationship between the SOC in the discharge process and the open circuit voltage which corresponds to the changeover SOC when actually performing the change from the charge to the discharge, and configured to calculate the SOC of the secondary battery in the discharge process on the basis of the calculated relationship between the SOC and the open circuit voltage. a storing unit configured to store, as the discharge open circuit voltage information, at least one predetermined SOC discharge open circuit voltage information that is obtained by actually measuring the relationship between the SOC in the discharge process and the open circuit voltage when performing the discharge by changing the state of the secondary battery from the charge to the discharge at a predetermined SOC; and an SOC calculating unit configured to calculate, from the predetermined SOC discharge open circuit voltage information, the relationship between the SOC in the discharge process and the open circuit voltage which corresponds to the changeover SOC when actually performing the change from the charge to the discharge, and configured to calculate the SOC of the secondary battery in the discharge process on the basis of the calculated relationship between the SOC and the open circuit voltage.
A passing tray for surgical instruments, said passing tray comprising: - a holder having a base portion supporting mutually opposing side portions (13, 14), a first open end and an end portion abutting said side portions (13, 14) at a second end thereof opposite the first end, - a sliding member having a surface, a front edge and a rear edge and being slidably supported within the holder such that in a retracted position the front edge of the sliding member is aligned with the first end of the holder, - at least one support member projecting upwardly from a surface of the sliding member toward the front edge thereof, and - an actuator projecting upwardly from said surface of the sliding member, the actuator having a front surface facing toward the front edge of the sliding member and having a rear surface facing toward the rear edge of the sliding member; characterised in that the actuator projects upwardly from the sliding member surface intermediate the front and rear edges (19, 20) thereof; whereby in use an elongated surgical instrument (31, 33) may be retained transversely between opposing surfaces of the support member and the open first end of the holder under force of the actuator for urging the support member toward the holder. - a holder having a base portion supporting mutually opposing side portions (13, 14), a first open end and an end portion abutting said side portions (13, 14) at a second end thereof opposite the first end, - a sliding member having a surface, a front edge and a rear edge and being slidably supported within the holder such that in a retracted position the front edge of the sliding member is aligned with the first end of the holder, - at least one support member projecting upwardly from a surface of the sliding member toward the front edge thereof, and - an actuator projecting upwardly from said surface of the sliding member, the actuator having a front surface facing toward the front edge of the sliding member and having a rear surface facing toward the rear edge of the sliding member;
A fluid dispenser device comprising a body and a dispenser head provided with a dispenser orifice and axially movable relative to said body during actuation, said body receiving a reservoir containing fluid, said reservoir comprising a hollow tube having a proximal axial opening closed by a stopper adapted to slide in leaktight manner in said tube during actuation, said dispenser head including a cannula including a perforating tip for perforating a perforating site, said perforating tip being provided with an opening, said opening defining a peripheral edge extending around said opening and including a distal axial end and a proximal axial end, said distal axial end of said peripheral edge forming the distal axial end of the perforating tip, said distal axial end of the perforating tip being arranged on the longitudinal central axis of said cannula, characterized in that said perforating tip has an outer shape that is rounded in the radial direction and in that said distal axial end of said perforating tip is of shape that is rounded in the axial direction.
A capsule delivery system comprising a first capsule containing a first capsule wall encapsulating a first active material and a second capsule containing a second capsule wall encapsulating a second active material, wherein the first capsule is cured at above 120°C and the second capsule is cured at 75°C to 99°C, wherein each of the first and second active material is a fragrance, and wherein each of the first and second capsule walls are formed of co-polyacrylamide/acrylate and methylated melamine crosslinker.