mhurhangee/ep-ind-claims huggingface dataset:
An aircraft speed information providing system, comprising: an airspeed measurement device that measures a present airspeed of an aircraft; an acceleration measurement device that measures present acceleration of the aircraft; a remote turbulence measurement device that is installed in the aircraft and measures remote turbulence in front of the aircraft; and a computation processing device that is configured to calculate a predicted airspeed of the aircraft on a basis of the measured present airspeed and present acceleration and the remote turbulence measured by the remote turbulence measurement device, wherein the computation processing device is configured to further calculate a variation amount of the predicted airspeed and to calculate a target airspeed on a basis of a difference between the calculated predicted airspeed and present airspeed, the calculated variation amount, and a reference speed. an airspeed measurement device that measures a present airspeed of an aircraft; an acceleration measurement device that measures present acceleration of the aircraft; a remote turbulence measurement device that is installed in the aircraft and measures remote turbulence in front of the aircraft; and a computation processing device that is configured to calculate a predicted airspeed of the aircraft on a basis of the measured present airspeed and present acceleration and the remote turbulence measured by the remote turbulence measurement device, wherein the computation processing device is configured to further calculate a variation amount of the predicted airspeed and to calculate a target airspeed on a basis of a difference between the calculated predicted airspeed and present airspeed, the calculated variation amount, and a reference speed.
A method of synthesizing a conductive polymer, the method comprising the steps of: (a) preparing a PSS dispersion comprising poly(styrene sulfonic acid); and (b) preparing a conductive polymer comprising poly(3,4-ethylenedioxythiophene):poly(styrenesulfonic acid) (PEDOT:PSS) by allowing a reaction of a mixture comprising the PSS dispersion, a 3,4-ethylenedioxythiophene (EDOT) monomer, and an oxidizing agent, wherein the PSS dispersion of step (a) and the mixture of step (b) further comprises a metal nanomaterial consisting of silver (Ag) and a metal nanomaterial precursor consisting of silver nitrate (AgNO 3). (a) preparing a PSS dispersion comprising poly(styrene sulfonic acid); and (b) preparing a conductive polymer comprising poly(3,4-ethylenedioxythiophene):poly(styrenesulfonic acid) (PEDOT:PSS) by allowing a reaction of a mixture comprising the PSS dispersion, a 3,4-ethylenedioxythiophene (EDOT) monomer, and an oxidizing agent,
A printer comprising: a printhead assembly comprising nozzles to eject fluid drops, the nozzles divided into a least two groups with each group assigned a burst drop count indicating a number of drops of ink to eject during a burst for the group, a post-burst delay indicating a time after a burst for the group completes that should elapse prior to another burst for another group starting, and a burst order indicating an order in which the group executes a burst among the at least two groups; a service station assembly to receive fluid ejected from the nozzles during spits; and characterised in that the printer comprises a controller configured to control a spit of the printhead assembly by repeatedly ejecting fluid from the nozzles of each group based on the burst drop count, the post-burst delay, and the burst order of each group until a target drop count for the spit is reached. a printhead assembly comprising nozzles to eject fluid drops, the nozzles divided into a least two groups with each group assigned a burst drop count indicating a number of drops of ink to eject during a burst for the group, a post-burst delay indicating a time after a burst for the group completes that should elapse prior to another burst for another group starting, and a burst order indicating an order in which the group executes a burst among the at least two groups; a service station assembly to receive fluid ejected from the nozzles during spits; and characterised in that the printer comprises a controller configured to control a spit of the printhead assembly by repeatedly ejecting fluid from the nozzles of each group based on the burst drop count, the post-burst delay, and the burst order of each group until a target drop count for the spit is reached.
An apparatus for removing a component from printed circuit boards, equipped with at least one machining tool, a fastening device for clamping a printed circuit board and also by movable mechanisms for the mutual movement of at least one of the machining tools and the fastening device along at least three different axes, wherein at least one of the machining tools is connected to the movable mechanisms and/or the fastening device is connected to them, characterized in that said at least three different axes are mutually non-parallel, that the machining tools are selected from a group comprising milling machine and grinder, that the apparatus is also equipped with at least one measuring device for measuring distances and that the movable mechanisms are also adapted for compound mutual movement of at least one machining tool and the fastening device simultaneously along at least two axes, these movable mechanisms being connected to a control unit, to which at least one measuring device is also connected.
Sliding arrangement, in particular push-out device for drawers, sliding doors, etc., having an overstroke-actuable slide-out arrangement, which has a sliding component and a coupling part, and having a retracting device, which has a retracting spring and a damper, wherein the slide-out arrangement and the damper, and also the retracting spring, are mounted on a fitting part, characterized in that a control curve and a switching member, which can be adjusted in the control curve, are active, as part of an overstroke mechanism, between the sliding component and the coupling part.
A winding device comprising: a cradle which is able to rotatably support a bobbin holder and which is movable between a winding start position and a release position, formation of at least one package (Pw) starting at the winding start position by winding a yarn on at least one bobbin (Bw) attached to the bobbin holder, the at least one package (Pw) being released from the bobbin holder at the release position; a package storage unit configured to store the at least one package (Pw) released from the cradle at the release position; a stocker which has a first supporting surface and which is configured to store the at least one bobbin (Bw) supplied to the cradle, the first supporting surface supporting the at least one bobbin (Bw) from below; and a contact roller which rotates while being in contact with an outer circumferential surface of the at least one package (Pw), the stocker being provided on one side of a vertical plane passing an axial center of the bobbin holder supported by the cradle at the release position, the package storage unit being provided on the other side of the vertical plane, the contact roller being provided on the one side of the vertical plane, the position of the contact roller being lower than the position of the stocker, the first supporting surface of the stocker being, in a vertical direction, below an upper end of a virtual maximum circumferential surface of the at least one package (Pw) which is supported by the cradle at the release position and whose diameter is a predetermined maximum, and a rotational center of the contact roller being, in the vertical direction, above a lower end of the virtual maximum circumferential surface of the at least one package (Pw) supported by the cradle at the release position. a package storage unit configured to store the at least one package (Pw) released from the cradle at the release position; a stocker which has a first supporting surface and which is configured to store the at least one bobbin (Bw) supplied to the cradle, the first supporting surface supporting the at least one bobbin (Bw) from below; and a contact roller which rotates while being in contact with an outer circumferential surface of the at least one package (Pw), the stocker being provided on one side of a vertical plane passing an axial center of the bobbin holder supported by the cradle at the release position, the package storage unit being provided on the other side of the vertical plane, the contact roller being provided on the one side of the vertical plane, the position of the contact roller being lower than the position of the stocker, the first supporting surface of the stocker being, in a vertical direction, below an upper end of a virtual maximum circumferential surface of the at least one package (Pw) which is supported by the cradle at the release position and whose diameter is a predetermined maximum, and a rotational center of the contact roller being, in the vertical direction, above a lower end of the virtual maximum circumferential surface of the at least one package (Pw) supported by the cradle at the release position.
An aqueous cleaning composition comprising: (a) an ionic liquid; (b) amino alcohol; and (c) at least 50 wt.% water; wherein the ionic liquid comprises one or more of: 1) choline alkylsulfate; 2) polyalkoxylated alkylammonium quaternary salt; 3) alkyl trimonium fatty alkanoate; 4) fatty alkylamidoalkyl alkyldimonium alkylsulfate; 5) 1,3-dihydrocarbyl substituted imidazolium salt; and 6) di(fatty acyloxyalkyl)hydroxyalkyl ammonium quaternary salt; wherein other than the amino alcohol, the composition is free of volatile organic compounds, and wherein the composition further comprises disinfecting quaternary surfactant, nonionic surfactant and/or chelating agent. 1) choline alkylsulfate; 2) polyalkoxylated alkylammonium quaternary salt; 3) alkyl trimonium fatty alkanoate; 4) fatty alkylamidoalkyl alkyldimonium alkylsulfate; 5) 1,3-dihydrocarbyl substituted imidazolium salt; and 6) di(fatty acyloxyalkyl)hydroxyalkyl ammonium quaternary salt;
A circuit comprising: a loop filter comprising a capacitor; a charge pump comprising a charge pump output node and a Charge Pump Output Voltage Replica Node (CPOVRN), wherein the charge pump output node is coupled to the loop filter; and a capacitor leakage compensation circuit that senses a sense voltage present on the CPOVRN and imposes this sense voltage across a replica capacitor, wherein the capacitor leakage compensation circuit supplies a compensation current onto a plate of the capacitor, and wherein the sense voltage across the replica capacitor is substantially identical to a voltage across the capacitor. a loop filter comprising a capacitor; a charge pump comprising a charge pump output node and a Charge Pump Output Voltage Replica Node (CPOVRN), wherein the charge pump output node is coupled to the loop filter; and a capacitor leakage compensation circuit that senses a sense voltage present on the CPOVRN and imposes this sense voltage across a replica capacitor, wherein the capacitor leakage compensation circuit supplies a compensation current onto a plate of the capacitor, and wherein the sense voltage across the replica capacitor is substantially identical to a voltage across the capacitor.
A linear compressor comprising: a shell comprising a refrigerant suction part configured to suction refrigerant; a cylinder located in the shell; a piston configured to reciprocate within the cylinder, the piston comprising a piston body and a piston flange; and a suction muffler through which suctioned refrigerant passes, the suction muffler comprising a first muffler disposed in the piston body, wherein the first muffler comprises: a first muffler body that defines a refrigerant passage and that extends in an axial direction, and a first muffler flange that extends from the first muffler body in a radial direction, that is configured to couple to the piston flange, characterised in that said first muffler flange defines a flange communication hole. a shell comprising a refrigerant suction part configured to suction refrigerant; a cylinder located in the shell; a piston configured to reciprocate within the cylinder, the piston comprising a piston body and a piston flange; and a suction muffler through which suctioned refrigerant passes, the suction muffler comprising a first muffler disposed in the piston body, wherein the first muffler comprises: a first muffler body that defines a refrigerant passage and that extends in an axial direction, and a first muffler flange that extends from the first muffler body in a radial direction, that is configured to couple to the piston flange, characterised in that said first muffler flange defines a flange communication hole. a first muffler body that defines a refrigerant passage and that extends in an axial direction, and a first muffler flange that extends from the first muffler body in a radial direction, that is configured to couple to the piston flange, characterised in that said first muffler flange defines a flange communication hole.
A composition comprising red cell-derived microparticles (RMPs) demonstrating acetylcholine esterase (AchE) activity of less than 350 pmol/min/10 6 particles/μL.
A dye-sensitized photoelectric conversion element comprising at least one dye-sensitized photoelectric conversion cell which includes - a first electrode substrate having a transparent substrate and, provided thereon, a transparent conductive film, and further having an ultraviolet absorbing layer, - a second electrode facing the first electrode substrate, - an oxide semiconductor layer provided on the first electrode substrate or the second electrode, - a photosensitizing dye adsorbed to the oxide semiconductor layer, and - an electrolyte provided between the first electrode substrate and the second electrode, characterized in that the transmittance T A (%) of the electrolyte at a wavelength corresponding to a band gap of an oxide semiconductor constituting the oxide semiconductor layer and the transmittance T B (%) of the first electrode substrate at that wavelength satisfy the Equations: 0.01 × T A × T B < 42 3.5 ≤ T B ≤ 70 - a first electrode substrate having a transparent substrate and, provided thereon, a transparent conductive film, and further having an ultraviolet absorbing layer, - a second electrode facing the first electrode substrate, - an oxide semiconductor layer provided on the first electrode substrate or the second electrode, - a photosensitizing dye adsorbed to the oxide semiconductor layer, and - an electrolyte provided between the first electrode substrate and the second electrode,
Transforming device for transforming plastic preforms into plastic containers, comprising a blow-moulding device which forms a cavity inside which the plastic preforms can be transformed into the plastic containers through the application of a flowable medium, wherein the blow-moulding device has at least two side parts (4a, 4b) which are arranged at least indirectly on blow-mould carriers (8a, 8b), wherein the side parts (4a, 4b) are arranged at least indirectly on the blow-mould carriers (8a, 8b) by means of an attachment device, wherein the attachment device also has a return means which, at least temporarily during a working mode, pushes at least one side part (4a, 4b) towards the blow-mould carrier (8a, 8b) on which said side part (4a, 4b) is arranged, characterized in that the attachment device has a bayonet-type attachment element for attaching the blow-moulded part (4a, 4b) to the blow-mould carrier part (8a, 8b).
A computer-implemented method of detecting clipboard listener applications (20a, 20b) comprising: placing, by a clipboard listener-detector application (30; 330), a content reference on a device clipboard; receiving, by the clipboard listener-detector application, at least one request from one or more clipboard listener applications (20a, 20b) for data based on the content reference; identifying the one or more clipboard listener applications from which said at least one request was received; and outputting an identity of each of the one or more identified clipboard listener applications. placing, by a clipboard listener-detector application (30; 330), a content reference on a device clipboard; receiving, by the clipboard listener-detector application, at least one request from one or more clipboard listener applications (20a, 20b) for data based on the content reference; identifying the one or more clipboard listener applications from which said at least one request was received; and outputting an identity of each of the one or more identified clipboard listener applications.
An assembly comprising a shaft, and a friction bushing for being positioned on the shaft for friction-retarded rotation relative to the shaft, the friction bushing comprising: (a) a housing having a bore for receiving the shaft; (b) a flange plate positioned on the housing around the bore; and (c) a plurality of flanges carried by the flange plate and adapted for extending axially outwardly from the flange plate and along circumferentially-spaced apart areas of the shaft for frictionally-engaging axially-extending areas of the shaft to retard in a controlled manner the relative rotation of the shaft in the bore; characterized in that the shaft includes a plurality of radially-outwardly extending lobes extending axially along the shaft that incrementally vary the resistance to relative rotation between the shaft and the flanges. (a) a housing having a bore for receiving the shaft; (b) a flange plate positioned on the housing around the bore; and (c) a plurality of flanges carried by the flange plate and adapted for extending axially outwardly from the flange plate and along circumferentially-spaced apart areas of the shaft for frictionally-engaging axially-extending areas of the shaft to retard in a controlled manner the relative rotation of the shaft in the bore;
A cell observation method comprising: a cell-phase identifying step of identifying cell phases of cells; an optical stimulation step of applying an optical stimulus to the cells; an observed-image acquisition step of acquiring an observed image of the cells (SA5; SB1); a storing step of storing a position of each cell and the cell phase thereof in association with each other; an inputting step for specifying a target cell phase for the optical stimulation; and a cell identifying step of identifying positions of the cells in the specified cell phase using information stored in the storing step, wherein, in the optical stimulation step, the optical stimulation is performed at the identified positions. a cell-phase identifying step of identifying cell phases of cells; an optical stimulation step of applying an optical stimulus to the cells; an observed-image acquisition step of acquiring an observed image of the cells (SA5; SB1); a storing step of storing a position of each cell and the cell phase thereof in association with each other; an inputting step for specifying a target cell phase for the optical stimulation; and a cell identifying step of identifying positions of the cells in the specified cell phase using information stored in the storing step, wherein, in the optical stimulation step, the optical stimulation is performed at the identified positions.
A thermoelectric module, comprising: a first substrate and a second substrate arranged to face each other; a first semiconductor element and a second semiconductor element arranged between the first substrate and the second substrate; and an insulating member disposed on an external surface of the first semiconductor element and the second semiconductor element and having a lower heat conductivity than that of the first semiconductor element and the second semiconductor element respectively, wherein the insulating member contains any one of an epoxy resin, an SiO-based material, an SiN-based material, an MgO-base material, and a CaO-based material, or a mixture of two or more materials selected from among these materials, wherein the respective insulating members are composed of different materials disposed on an external surface of each of the first semiconductor element and the second semiconductor element, and wherein a volume of the first substrate and a volume of the second substrate are different from each other. a first substrate and a second substrate arranged to face each other; a first semiconductor element and a second semiconductor element arranged between the first substrate and the second substrate; and an insulating member disposed on an external surface of the first semiconductor element and the second semiconductor element and having a lower heat conductivity than that of the first semiconductor element and the second semiconductor element respectively, wherein the insulating member contains any one of an epoxy resin, an SiO-based material, an SiN-based material, an MgO-base material, and a CaO-based material, or a mixture of two or more materials selected from among these materials, wherein the respective insulating members are composed of different materials disposed on an external surface of each of the first semiconductor element and the second semiconductor element, and wherein a volume of the first substrate and a volume of the second substrate are different from each other.
A photolithography method for forming a pattern using a photosensitive material as a photoresist, the photolithography method comprising: forming the photosensitive material over a substrate as the photoresist; directly irradiating the photosensitive material with excitation light; exciting a donor molecule of the photosensitive material by the directly irradiated excitation light; and exciting an acceptor molecule of the photosensitive material by energy transfer or charge transfer from the excited donor molecule, or by the directly irradiated excitation light, wherein a photochemical reaction is generated by a nonlinear optical response in which the donor molecule is excited by the directly irradiated excitation light before the excited acceptor molecule shifts to a ground state, and wherein the nonlinear optical response is generated in an area smaller than an irradiation area of the excitation light in the photosensitive material. forming the photosensitive material over a substrate as the photoresist; directly irradiating the photosensitive material with excitation light; exciting a donor molecule of the photosensitive material by the directly irradiated excitation light; and exciting an acceptor molecule of the photosensitive material by energy transfer or charge transfer from the excited donor molecule, or by the directly irradiated excitation light,
An operating method of an exhaust gas aftertreatment system comprising at least a particulate filter for retaining soot from the exhaust gas of an engine and a deNOx catalytic converter for reducing nitrogen oxide in the exhaust gas of the engine, said particulate filter is provided upstream said deNox catalytic converter, wherein operation regimes of the particulate filter and of the deNOx catalytic converter are synchronized with respect to each other for performing regeneration of the particulate filter while the catalytic converter provides a nitrogen oxide conversion efficiency above a predetermined limit, characterized in that said synchronization comprises operating the engine in a mode with increased output of nitrogen oxide NOx and higher exhaust gas temperatures for activating regeneration of the particulate filter by means of nitrogen dioxide NO 2 when the soot level of said particle filter has reached a predetermined value, said method further comprises: after the soot level in the particulate filter is reduced to a desired level, the engine mode returns to normal operation conditions with a normal generation level of NOx and lower exhaust gas temperatures.