mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting moisture on a glass substrate (1, 2, 10), the method comprising: providing a parameterized model for a possible moisture-related disturbance; providing background information concerning the model, I being known a priori; calculating a prior probability of M given I, P(M | I); collecting data from at least one sensor connected to the substrate (1, 2, 10); computing a probability of the model given D and I, P(M | D,I); repeating the computing of P(M | D,I) as additional data is collected; and accepting the model if P(M | D,I) is greater than 0.9, and otherwise rejecting the model, wherein the glass substrate (1, 2, 10) is a part of a vehicle window, building window, or merchandiser. providing a parameterized model for a possible moisture-related disturbance; providing background information concerning the model, I being known a priori; calculating a prior probability of M given I, P(M | I); collecting data from at least one sensor connected to the substrate (1, 2, 10); computing a probability of the model given D and I, P(M | D,I); repeating the computing of P(M | D,I) as additional data is collected; and accepting the model if P(M | D,I) is greater than 0.9, and otherwise rejecting the model, wherein the glass substrate (1, 2, 10) is a part of a vehicle window, building window, or merchandiser.
An articulating mechanism comprising: two or more link components (120, 420, 520, 620) and two or more joint components (140, 160), each link component including channels (128, 428, 528, 628) for the receipt of one or more cables, each joint component further being capable of pivoting or flexing movement, with each link and joint component associated with one another to form a link-joint unit; a central component disposed between two of the link-joint units, the central component configured to expand or contract along its length; and one or more cables that are releasably secured against the link component of one link-joint unit and the link component of another link-joint unit to form a connected link component pair, such that movement of one link component of the pair causes relative movement of the other link component of the pair. two or more link components (120, 420, 520, 620) and two or more joint components (140, 160), each link component including channels (128, 428, 528, 628) for the receipt of one or more cables, each joint component further being capable of pivoting or flexing movement, with each link and joint component associated with one another to form a link-joint unit; a central component disposed between two of the link-joint units, the central component configured to expand or contract along its length; and one or more cables that are releasably secured against the link component of one link-joint unit and the link component of another link-joint unit to form a connected link component pair, such that movement of one link component of the pair causes relative movement of the other link component of the pair.
Measuring system for automated measurement of an object and detection of differences between features (16A, 16B, 16C) of the object.and CAD data of the object, the CAD data being stored in a data base, the measuring system comprising a probe target adapted to measure features (16A, 16B, 16C) of the object, • a measuring device having a laser distance meter for measuring a position of at least one remote target point of the probe target, • a local computer terminal that is connected to or part of the measuring system, • an assigned memory unit for storing the data base comprising the CAD data and • an assigned set of measurement software programmes for controlling the measuring system, characterized in that • the stored CAD data of the object comprise typical dimensions and tolerances of the features (16A, 16B, 16C) of the object and • the assigned set of measurement software programmes for controlling the measuring system comprises an optimization algorithm for the measurement of each feature (16A, 16B, 16C), the optimization algorithm being designed to select automatically, dependent on the stored typical dimensions and tolerances of the features (16A, 16B, 16C) of the object to be measured, • measuring parameters (17A, 17B, 17C) of the measuring system, and/or • a measurement software programme (111, 112, 113) from the set of measurement software programmes. • a measuring device having a laser distance meter for measuring a position of at least one remote target point of the probe target, • a local computer terminal that is connected to or part of the measuring system, • an assigned memory unit for storing the data base comprising the CAD data and • an assigned set of measurement software programmes for controlling the measuring system, • the stored CAD data of the object comprise typical dimensions and tolerances of the features (16A, 16B, 16C) of the object and • the assigned set of measurement software programmes for controlling the measuring system comprises an optimization algorithm for the measurement of each feature (16A, 16B, 16C), the optimization algorithm being designed to select automatically, dependent on the stored typical dimensions and tolerances of the features (16A, 16B, 16C) of the object to be measured, • measuring parameters (17A, 17B, 17C) of the measuring system, and/or • a measurement software programme (111, 112, 113) from the set of measurement software programmes.
A lighting device intended to be fastened on a wall comprising: - a base plate, the base plate including a rear surface facing the wall and a front surface opposite the rear surface, - a lighting assembly, the lighting assembly comprising at least one light source and a control arrangement of the light source, the control arrangement comprising a portion of a printed circuit, at least one portion of the base plate constitutes the substrate of the printed circuit on which are arranged conductive tracks of the substrate, - a translucent envelope enclosing the lighting assembly, the translucent envelope being secured to the base plate, the translucent envelope comprising a fastening shoulder to the base plate, the lighting device being characterized in that the means for fastening the device to the wall are arranged to define a space between the rear surface and the wall, the space being intended to the circulation of an external air flow, the means for fastening the device on the wall being comprised in the translucent envelope. - a base plate, the base plate including a rear surface facing the wall and a front surface opposite the rear surface, - a lighting assembly, the lighting assembly comprising at least one light source and a control arrangement of the light source, the control arrangement comprising a portion of a printed circuit, at least one portion of the base plate constitutes the substrate of the printed circuit on which are arranged conductive tracks of the substrate, - a translucent envelope enclosing the lighting assembly, the translucent envelope being secured to the base plate, the translucent envelope comprising a fastening shoulder to the base plate,
A process for producing 2,3,3,3-tetrafluoropropene, which comprises reacting a raw material compound of at least one of 1,1-dichloro-2,3,3,3-tetrafluoropropene and 1-chloro-2,3,3,3-tetrafluoropropene, and hydrogen, in the presence of a catalyst, wherein the catalyst is a noble metal catalyst supported on a metal oxide having a Hammett acidity function value (H 0) of at least -5.6, and wherein the metal oxide is silicon dioxide.
A process for the absorption of atmospheric carbon dioxide and the production of monocalcium phosphate monohydrate characterized in that said process comprises: - an ionic dissociation step by electrodialysis of a sodium sulphate solution which produces separately desalinated water, a solution of sodium hydroxide and a solution of sulphuric acid; - a step wherein atmospheric carbon dioxide is absorbed by contacting it with said sodium hydroxide solution, thus resulting in the formation of a sodium carbonate solution; - a step for the production of phosphogypsum and monocalcium phosphate monohydrate from a phosphate ore which comprises apatite; - a step for treating said sodium carbonate solution with said phosphogypsum thus producing an aqueous solution of sodium sulphate and calcium carbonate; wherein said sodium sulphate solution so produced is used for said ionic dissociation step and wherein said sulphuric acid solution produced in said ionic dissociation step is used in the production step of phopshogypsum and monocalcium phosphate monohydrate. - an ionic dissociation step by electrodialysis of a sodium sulphate solution which produces separately desalinated water, a solution of sodium hydroxide and a solution of sulphuric acid; - a step wherein atmospheric carbon dioxide is absorbed by contacting it with said sodium hydroxide solution, thus resulting in the formation of a sodium carbonate solution; - a step for the production of phosphogypsum and monocalcium phosphate monohydrate from a phosphate ore which comprises apatite; - a step for treating said sodium carbonate solution with said phosphogypsum thus producing an aqueous solution of sodium sulphate and calcium carbonate;
A multipurpose electrosurgical device comprising: a handpiece; a switching mechanism; a first electrode tip fixedly coupled to the handpiece and selectively coupled to the switching mechanism; characterised in that the multi-purpose electrosurgical device further comprises a second electrode tip (320a, 320b) transitionable between a retracted position and a protracted position with respect to the handpiece, wherein the second electrode tip is selectively coupled to the switching mechanism in the protracted position and the first electrode tip is selectively coupled to the switching mechanism when the second electrode tip is in the retracted position. a handpiece; a switching mechanism; a first electrode tip fixedly coupled to the handpiece and selectively coupled to the switching mechanism; characterised in that the multi-purpose electrosurgical device further comprises a second electrode tip (320a, 320b) transitionable between a retracted position and a protracted position with respect to the handpiece, wherein the second electrode tip is selectively coupled to the switching mechanism in the protracted position and the first electrode tip is selectively coupled to the switching mechanism when the second electrode tip is in the retracted position.
Device for dissipating heat from wastewater of a sewage pipe into which is inserted, between an upstream downpipe and a downstream downpipe flowing into a continuing sewage pipe, a countercurrent heat exchanger consisting of several heat exchanger tubes arranged next to one another, which are aligned horizontally, and every sewage pipe consisting of a material of high thermal conductivity and comprising a return water pipe, the final heat exchanger tube being joined by a pipe elbow piece, the height of which significantly exceeds several times, about two to three times, the outer diameter of the heat exchanger tube and which maintains the pipes in a filled state when stopped, and the sewage pipes of successive heat exchanger tubes being connected to one pipe elbow piece each, which consists of a material with low thermal conductivity such as plastic, and thermally separates them from one another, and the upstream downpipe along with the feeder pipe presenting the required surge height, and the downstream downpipe along with the sewage pipe presenting the suction height for the water flow, both of which exceed three to ten times the outer diameter of the heat exchanger tubes, characterized in that a pipe elbow piece, the height of which exceeds several times, about two or three times the outer diameter of the sewage pipe and, when stopped, hydraulically separates the successive sewage pipes and consists of a material with low thermal conductivity, such as plastic, is inserted between the sewage pipes of the successive heat exchanger tubes of the countercurrent heat exchanger, the sewage pipe and the return water pipe of a heat exchanger tube having approximately the same volumetric content per length unit, and the return water pipes containing in total 5 to 50%, about 20%, of the daily requirement of return water consumption, a bypass line being in front of the countercurrent heat exchanger connected to the downpipe by means of an elbow positioned against the direction of the current and running in parallel to the countercurrent heat exchanger and flowing into the continuing downstream sewage pipe.
Method for monitoring a power transmission system of an aircraft, said aircraft comprising at least one main rotor driven in rotation by said power transmission system, said power transmission system comprising a main power transmission gearbox connected to said main rotor by at least one rotor mast, said aircraft comprising an auxiliary unit provided with an auxiliary rotor and a mechanical assembly of said power transmission system, said mechanical assembly mechanically connecting said auxiliary rotor to said main power transmission gearbox, said aircraft comprising a power plant comprising at least one engine driving said main power transmission gearbox, said aircraft comprising a control means for controlling said auxiliary rotor, characterised in that: - a power relationship providing a first power parameter of said auxiliary unit as a function of a position (POSACTU) of said control means is determined, said first power parameter being a power parameter reduced by being dimensionless at least in part by at least one reduction variable, - a setpoint limit (Prot) of a second power parameter of said rotor mast is set, - a current position (POSACTU) of the control means is determined, - a reduced value referred to as an "intermediate value (Vint)" of said first power parameter is determined according to said power relationship, the intermediate value (Vint) corresponding to said current position (POSACTU), - a value referred to as a "current value (Vactu)" of each reduction variable is measured, - said intermediate value (Vint) is corrected at least by using each current value (Vactu) in order to obtain a non-reduced value referred to as a "calculated value (Vcal)", - a value referred as a "limit value (Peng)" of a monitoring parameter of said power plant not to be exceeded is determined, said limit value (Peng) being equal to the sum of at least said setpoint limit (Prot) and said calculated value (Vcal). - a power relationship providing a first power parameter of said auxiliary unit as a function of a position (POSACTU) of said control means is determined, said first power parameter being a power parameter reduced by being dimensionless at least in part by at least one reduction variable, - a setpoint limit (Prot) of a second power parameter of said rotor mast is set, - a current position (POSACTU) of the control means is determined, - a reduced value referred to as an "intermediate value (Vint)" of said first power parameter is determined according to said power relationship, the intermediate value (Vint) corresponding to said current position (POSACTU), - a value referred to as a "current value (Vactu)" of each reduction variable is measured, - said intermediate value (Vint) is corrected at least by using each current value (Vactu) in order to obtain a non-reduced value referred to as a "calculated value (Vcal)", - a value referred as a "limit value (Peng)" of a monitoring parameter of said power plant not to be exceeded is determined, said limit value (Peng) being equal to the sum of at least said setpoint limit (Prot) and said calculated value (Vcal).
An automatic feeder comprising at least a frame structure and a feeding space inside the frame structure for an animal feed, such as hay, characterized in the feeder having one or more of its sides adapted to be opened and closed by at least a first closing element and a second closing element, the automatic feeder further comprising a power means for moving the first and second closing elements (7, 8), the first and second closing elements (7, 8) being adapted to open and close the feeding space, and the feeder comprises a transmission means adapted to transmit power produced by the power means in order to move each first and second closing element (7, 8), and the transmission means is connected to the power means and comprises a rotatable shaft having one or more transmission members converting a rotational motion to a linear motion attached thereto which have one or more suspension means, each attached to one of the first closing elements at one end thereof, connected thereto, and in that the first and second closing elements (7, 8) are adapted to be moved vertically, simultaneously, in the same direction and at the same speed, by one and the same transmission means and the suspension means, wherein each of the first closing elements is suspended and carried from above by their suspension means and the first closing elements are provided at their lower portion with one or more couplers and the second closing elements are provided at their top portion with one or more counterelements, and the couplers are arranged to couple with the counterelements as the lower edge of the first closing element, during its rise, reaches the upper edge of the second closing element in such a way that the first closing elements take the second closing elements along when the first closing elements are moved upwards when the couplers hit the counterelements, and the couplers are arranged to decouple from the counterelements when the first closings elements are moved downwards when the second closing elements reach their lower position.
Tire building drum comprising a base that is rotatable about a central axis extending in an axial direction, wherein the tire building drum is provided with a crown section and a bead-lock section adjacent to the crown section in the axial direction, wherein the crown section comprises a plurality of crown segments distributed in a circumferential direction about the central axis and movable with respect to the base from a crown-down position into a crown-up position in a crown-up direction with at least a vector-component in a radial direction perpendicular to the central axis, wherein the crown segments together form a crown surface facing outwards in the radial direction, a leading edge facing towards the bead-lock section in the axial direction when the crown segments are in the crown-down position and a shoulder that defines the transition from the crown surface to the leading edge, wherein the leading edge extends in a radial plane perpendicular to the central axis, wherein the shoulder leaves a gap between the plurality of crown segments and the radial plane in the axial direction, characterized in that the tire building drum further comprises a plurality of support members (5,151,152) distributed in the circumferential direction and extending in said gap when the crown segments are in the crown-down position, wherein each crown segment comprises a first side and a second side opposite to the first side in the circumferential direction, wherein each crown segment further comprises one or more guide channels (135, 136), wherein each guide channel is arranged for receiving a respective one of the plurality of support members (5,151, 152) in the respective crown segment between the first side and the second side.
Ophthalmological therapy assembly for processing a surface in a processing volume of a transparent material of an eye by means of focused radiation, comprising - a device for generating radiation, - an optical unit for focusing (2, 200, 202) the radiation in a focus in the processing volume, wherein the focus of the focused radiation has a focusing angle (φ) and the focused radiation has a beam axis, - a device for changing the position of the focus in the processing volume that is describable with three spatial directions x, y and z, wherein the z-direction extends parallel to a basic-position beam axis of the focused radiation, - a control device for controlling the ophthalmological therapy assembly, - characterized in that the device for changing the position of the focus is configured to perform a slow scanning movement in the processing volume of the transparent material in every desired direction determined by the three spatial directions, and to perform a fast scanning movement, independent of the slow scanning movement, in a partial region of the processing volume in every desired direction determined by the three spatial directions, - wherein the partial region of the fast scanning movement is movable owing to the slow scanning movement in the entire processing volume. - a device for generating radiation, - an optical unit for focusing (2, 200, 202) the radiation in a focus in the processing volume, wherein the focus of the focused radiation has a focusing angle (φ) and the focused radiation has a beam axis, - a device for changing the position of the focus in the processing volume that is describable with three spatial directions x, y and z, wherein the z-direction extends parallel to a basic-position beam axis of the focused radiation, - a control device for controlling the ophthalmological therapy assembly, - characterized in that the device for changing the position of the focus is configured to perform a slow scanning movement in the processing volume of the transparent material in every desired direction determined by the three spatial directions, and to perform a fast scanning movement, independent of the slow scanning movement, in a partial region of the processing volume in every desired direction determined by the three spatial directions, - wherein the partial region of the fast scanning movement is movable owing to the slow scanning movement in the entire processing volume.