mhurhangee/ep-ind-claims huggingface dataset:
A method for laying-up the tapes of a prepreg composite material in the 0o direction of a non-planar composite component on a suitable mould using an Automated Tape Laying machine comprising steps of: a) determining the trajectories of said tapes as modified trajectories of geodesic trajectories complying with the following conditions in their projections on an horizontal plane: - that the radius of curvature R 2 of their curved segments is bigger than a predetermined value R min of 400mm for a tape of a width of 300mm; - that the gap G 2p between two contiguous tapes is comprised between 0 and a predetermined value G max of 3,5mm; with the following sub-steps: a1) projecting the geodesic trajectories corresponding to said tapes on an horizontal plane; a2) modifying the horizontal projected trajectories for complying with the above-mentioned conditions; a3) obtaining the modified trajectories on the corresponding laying-up surfaces by means of an intersection of said surfaces with a vertical plane which contains the modified horizontal trajectories; b) providing said modified trajectories to said Automated Tape Laying machine. a) determining the trajectories of said tapes as modified trajectories of geodesic trajectories complying with the following conditions in their projections on an horizontal plane: - that the radius of curvature R 2 of their curved segments is bigger than a predetermined value R min of 400mm for a tape of a width of 300mm; - that the gap G 2p between two contiguous tapes is comprised between 0 and a predetermined value G max of 3,5mm; with the following sub-steps: a1) projecting the geodesic trajectories corresponding to said tapes on an horizontal plane; a2) modifying the horizontal projected trajectories for complying with the above-mentioned conditions; a3) obtaining the modified trajectories on the corresponding laying-up surfaces by means of an intersection of said surfaces with a vertical plane which contains the modified horizontal trajectories; - that the radius of curvature R 2 of their curved segments is bigger than a predetermined value R min of 400mm for a tape of a width of 300mm; - that the gap G 2p between two contiguous tapes is comprised between 0 and a predetermined value G max of 3,5mm; a1) projecting the geodesic trajectories corresponding to said tapes on an horizontal plane; a2) modifying the horizontal projected trajectories for complying with the above-mentioned conditions; a3) obtaining the modified trajectories on the corresponding laying-up surfaces by means of an intersection of said surfaces with a vertical plane which contains the modified horizontal trajectories; b) providing said modified trajectories to said Automated Tape Laying machine.
Frame element for a furniture part frame of a furniture part, wherein the furniture part frame outwardly surrounds a surface region of the furniture part, wherein the frame element has a connecting portion, wherein the connecting portion can be coupled to a pivoting arm of a pivoting device by means of which the furniture part can be pivotably received on a furniture carcass of a furniture item, and wherein the connecting portion is accommodated sunk in a receiving volume of the frame element that is recessed with respect to an inner side of the frame element, wherein, in a closed state of the furniture part, the inner side of the frame element faces an end side of the furniture carcass, and wherein the receiving volume is accessible via an opening on the inner side of the frame element, wherein the connecting portion has latching means (39, 40) which can be connected to a pivoting arm of the pivoting device, wherein the latching means (39, 40) are present on a portion of the connecting portion that reaches through the opening of the frame element such that the latching means (39, 40) project outwardly on the inner side of the frame element, wherein the frame element takes the form of a hollow profile element, wherein a fastening opening is present in the inner side, wherein the fastening opening is adjacent to the opening towards the receiving volume in the inner side of the frame element, and wherein the fastening opening serves for passing through a fastening element by means of which the connecting portion can be mounted on the remaining frame element, wherein the connecting portion is mounted completely sunk with respect to the inner side of the frame element, wherein only the latching means of the connecting portion project to a desired degree on the inner side of the frame element.
A method of detecting an occlusion in tubing (4, 6, 8) connected to an infusion pump by a cassette removably received by the infusion pump, the infusion pump having a pumping mechanism (14, 20) operable to cause fluid flow through the tubing in an intended flow direction, a cassette access sensor providing a signal indicative of whether there is access to the cassette to allow removal of the cassette and installation of a new cassette, an upstream sensor at a location along the tubing upstream from the pumping mechanism in the flow direction, and a downstream sensor at a location along the tubing downstream from the pumping mechanism in the flow direction, wherein the upstream sensor and downstream sensor each provide a respective sensor signal indicative of a respective local fluid pressure in the tubing, the method comprising the steps of: establishing an upstream sensor signal baseline corresponding to fluid pressure equilibrium at the upstream sensor location and a downstream sensor signal baseline corresponding to fluid pressure equilibrium at the downstream sensor location; making an antiratchet decision when there has been access to the cassette in response to a signal from the cassette access sensor, the antiratchet decision determining whether or not occluded tubing was replaced; keeping the established upstream sensor signal baseline and the downstream sensor signal baseline when the antiratchet decision determines that occluded tubing was not replaced; establishing a new upstream sensor signal baseline and a new downstream sensor signal baseline when the antiratchet decision determines that occluded tubing was replaced; monitoring a difference between the upstream sensor signal and the upstream sensor baseline signal to detect an occlusion in the tubing upstream from the pumping mechanism; and monitoring a difference between the downstream sensor signal and the downstream sensor baseline signal to detect an occlusion in the tubing downstream from the pumping mechanism. establishing an upstream sensor signal baseline corresponding to fluid pressure equilibrium at the upstream sensor location and a downstream sensor signal baseline corresponding to fluid pressure equilibrium at the downstream sensor location; making an antiratchet decision when there has been access to the cassette in response to a signal from the cassette access sensor, the antiratchet decision determining whether or not occluded tubing was replaced; keeping the established upstream sensor signal baseline and the downstream sensor signal baseline when the antiratchet decision determines that occluded tubing was not replaced; establishing a new upstream sensor signal baseline and a new downstream sensor signal baseline when the antiratchet decision determines that occluded tubing was replaced; monitoring a difference between the upstream sensor signal and the upstream sensor baseline signal to detect an occlusion in the tubing upstream from the pumping mechanism; and monitoring a difference between the downstream sensor signal and the downstream sensor baseline signal to detect an occlusion in the tubing downstream from the pumping mechanism.
A method of manufacturing a lithium secondary battery pack, the method comprising: a first step of forming pouch-type battery cells configured such that an electrode assembly and an electrolyte are sealed by a pouch and a positive electrode tab and a negative electrode tab protrude outside the pouch from a side of the pouch; a second step of stacking multiple pouch-type battery cells formed in the first step; a third step of fixing the multiple pouch-type battery cells of the second step using a fixing unit to form a unit module; and a fourth step of arranging multiple unit modules formed in the third step in a module casing, wherein the fixing unit has a function of discharging gas in the pouch-type battery cell when temperature of the battery cell rises, characterized in that the fixing unit has thermal expansion properties. a first step of forming pouch-type battery cells configured such that an electrode assembly and an electrolyte are sealed by a pouch and a positive electrode tab and a negative electrode tab protrude outside the pouch from a side of the pouch; a second step of stacking multiple pouch-type battery cells formed in the first step; a third step of fixing the multiple pouch-type battery cells of the second step using a fixing unit to form a unit module; and a fourth step of arranging multiple unit modules formed in the third step in a module casing, wherein the fixing unit has a function of discharging gas in the pouch-type battery cell when temperature of the battery cell rises, characterized in that the fixing unit has thermal expansion properties.
A control device for an internal combustion engine, comprising: a starter motor that is loaded on a direct-injection type internal combustion engine that directly injects a fuel into a cylinder, and is capable of aiding in starting the internal combustion engine; generation torque predicting means that predicts a torque that is generated at a time of combustion; and combustion starting means that starts the internal combustion engine by combustion in the cylinder, when a starting request to the internal combustion engine is issued; characterized by cylinder internal pressure detecting means that detects a pressure in the cylinder, wherein said generation torque predicting means predicts said torque based on at least a cylinder internal pressure detected before combustion by the cylinder internal pressure detecting means, start aiding means that predicts a torque that is generated by combustion in an initial explosion cylinder before start of the combustion by the generation torque predicting means, when the starting request is issued, and drives the starter motor only when the prediction torque is smaller than a predetermined starting request torque; and start aid extending means that detects an independence enabling cylinder with a prediction torque being the starting request torque or more out of a second and following cylinders that reach a combustion stroke, when the prediction torque of the initial explosion cylinder is smaller than the starting request torque, and stops the starter motor after continuing drive of the starter motor until an expansion stroke of the independence enabling cylinder. a starter motor that is loaded on a direct-injection type internal combustion engine that directly injects a fuel into a cylinder, and is capable of aiding in starting the internal combustion engine; generation torque predicting means that predicts a torque that is generated at a time of combustion; and combustion starting means that starts the internal combustion engine by combustion in the cylinder, when a starting request to the internal combustion engine is issued; cylinder internal pressure detecting means that detects a pressure in the cylinder, wherein said generation torque predicting means predicts said torque based on at least a cylinder internal pressure detected before combustion by the cylinder internal pressure detecting means, start aiding means that predicts a torque that is generated by combustion in an initial explosion cylinder before start of the combustion by the generation torque predicting means, when the starting request is issued, and drives the starter motor only when the prediction torque is smaller than a predetermined starting request torque; and start aid extending means that detects an independence enabling cylinder with a prediction torque being the starting request torque or more out of a second and following cylinders that reach a combustion stroke, when the prediction torque of the initial explosion cylinder is smaller than the starting request torque, and stops the starter motor after continuing drive of the starter motor until an expansion stroke of the independence enabling cylinder.
An adhesive wafer for an ostomy device, the wafer comprising a central portion and a peripheral portion, the wafer comprising a first adhesive layer, a backing layer on the distal side of the first adhesive layer, a second skin-facing adhesive layer and a hole for accommodating a stoma, and a release layer configured to releasing a neutralizer, the release layer adapted to be releasable from at least one envelope located between the first and the second adhesive layer, characterized in that the first adhesive layer covers the entire proximal surface of the backing layer.
A detergent composition comprising: (a) a smoke reducing surfactant package comprising a mixture of an anionic surfactant and an amphoteric surfactant; and (b) a detersive surfactant comprising a nonionic surfactant comprising an alcohol alkoxylate having an amount of free alcohol, wherein the detergent composition has a mole ratio of 1.4 to 1 of the smoke reducing surfactant package to moles free alcohol, and the detergent is substantially free of phosphorous and of nonyl phenol ethoxylate compounds. (a) a smoke reducing surfactant package comprising a mixture of an anionic surfactant and an amphoteric surfactant; and (b) a detersive surfactant comprising a nonionic surfactant comprising an alcohol alkoxylate having an amount of free alcohol, wherein the detergent composition has a mole ratio of 1.4 to 1 of the smoke reducing surfactant package to moles free alcohol, and the detergent is substantially free of phosphorous and of nonyl phenol ethoxylate compounds.
Casting-rolling installation with at least one finishing train which has at least a last roll stand, and with a cooling device which is arranged downstream of the finishing train, characterized by at least one temperature adjusting element for increasing or at least substantially keeping constant a temperature of an object, in particular of a workpiece, in order to counteract cooling, said temperature adjusting element being arranged after the last roll stand and before the cooling device and/or being arranged after the last roll stand and after the cooling device.
An electric pipette comprising a body, a tip part, a hook part, a push-button part, which push-button part is configured to actuate driving of a cylindrical piston by means of an electric motor for absorbing liquid into a tip container of the pipette or for discharging liquid from the tip container, and a display part, said body having a vertical axis, characterised in that at least one part selected from the group consisting of the push-button part and the display part is rotatable about the vertical axis of the electric pipette relative to the body of the pipette and independently from the other part (6, 7) of said group over an angle φ 2 or φ 3 for shifting said rotatable part (6, 7) about the vertical axis from a first position to a second position for improving ergonomics of the pipette, wherein in the second position said rotatable part (6, 7) points towards a different direction than in the first position.
Connecting device (V1, V2, Vn, 90, 191) for connecting a transmitting device for transmitting information, wherein the transmitting device is attached to a measuring tape (1, 10, 40, 50, 110, 151, 171, 190) for determining the position of a cab in a lift shaft, wherein the measuring tape (1, 10, 40, 50, 110, 151, 171, 190) is arranged vertically in the lift shaft and is designed relative to its length so that it extends at least over two floors, and wherein the measuring tape (1, 10, 40, 50, 110, 151, 171, 190) comprises a marking unit (M1, M2, M3, Mn, 13, 25, 43, 53) for marking at least two positions in the lift shaft, wherein the marking unit runs along the length of the measuring tape (1, 10, 40, 50, 110, 151, 171, 190), and wherein the measuring tape (1, 10, 40, 50, 110, 151, 171, 190) comprises a carrier strip (11, 21), wherein the transmitting device comprises at least one communication line (5, 14, 28, 30, 41, 51, 61, 62, 63, 71, 72, 73, 81, 82, 83, 111, 122, 130, 140) for transmitting an information signal and/or at least one supply line (14, 28, 30, 41, 51, 61, 62, 63, 71, 72, 73, 81, 82, 83, 111, 122, 130, 140) for supplying power and the at least one communication line runs along the length of the measuring tape, wherein the communication line is designed as an electric line for transmitting an electric signal or as a fibre glass line for transmitting an optical signal, wherein the connecting device (V1, V2, Vn, 90, 191) is designed as a guiding clamp for guiding and/or supporting the measuring tape, such that it at least partly surrounds the measuring tape, and wherein the guiding clamp comprises at least one recess (79, 93) for reading the marking unit (M1, M2, M3, Mn, 13, 25, 43, 53) characterised in that the connecting device comprises two connecting contacts (95a, 95b) for connecting to one of the communication lines and/or supply lines and an interruption device for interrupting one of the communication lines and/or supply lines, wherein the interruption device is arranged so that the interruption takes place between the two connection contacts (95a, 95b).
A cooling system, comprising: an evaporative condenser, a pump cabinet and a heat exchange terminal, the pump cabinet comprises a first branch and a second branch, wherein the first branch comprises a liquid storage tank and a fluorine pump, an input end of the liquid storage tank is connected to an output end of the evaporative condenser, an output end of the liquid storage tank is connected to an input end of the fluorine pump, and an output end of the fluorine pump is connected to an input end of the heat exchange terminal, the second branch comprises an oil-free compressor with a shaft and bearings, an input end of the compressor is connected to an output end of the heat exchange terminal and an output end of the compressor is connected to an input end of the evaporative condenser; characterized in that the pump cabinet further comprises a third branch which includes a make-up pump and a gas tank, and wherein an input end of the make-up pump is connected to an output end of the fluorine pump, an output end of the make-up pump is connected to an input end of the gas tank, and an output end of the gas tank is connected to an input end of the compressor, to supply a gaseous cooling agent to a positon between the shaft and bearings of the compressor to enable the shaft not to contact with the bearings of the compressor. the first branch comprises a liquid storage tank and a fluorine pump, an input end of the liquid storage tank is connected to an output end of the evaporative condenser, an output end of the liquid storage tank is connected to an input end of the fluorine pump, and an output end of the fluorine pump is connected to an input end of the heat exchange terminal, the second branch comprises an oil-free compressor with a shaft and bearings, an input end of the compressor is connected to an output end of the heat exchange terminal and an output end of the compressor is connected to an input end of the evaporative condenser; characterized in that the pump cabinet further comprises a third branch which includes a make-up pump and a gas tank, and wherein an input end of the make-up pump is connected to an output end of the fluorine pump, an output end of the make-up pump is connected to an input end of the gas tank, and an output end of the gas tank is connected to an input end of the compressor, to supply a gaseous cooling agent to a positon between the shaft and bearings of the compressor to enable the shaft not to contact with the bearings of the compressor.
A catalyst layer comprising an electrocatalyst, wherein the electrocatalyst comprises a metal compound obtained by hydrolyzing a metal salt selected from the group consisting of metal alkoxides, metal carboxylates and metal halides and the electrocatalyst has an ionization potential in the range of 5.0 to 5.4 eV, wherein the metal element forming the electrocatalyst is one selected from the group consisting of niobium, titanium, tantalum and zirconium.
A method, comprising: bypassing, at a first prefetcher associated with a first cache, issuing requests to prefetch data from a number of memory addresses in a sequence of memory addresses determined by the first prefetcher, wherein the number is indicated in a request received from a second prefetcher associated with a second cache and wherein the number is based on a number of outstanding prefetch requests at the second prefetcher; and issuing, from the first prefetcher, a request to prefetch data from a memory address subsequent to the bypassed memory addresses. bypassing, at a first prefetcher associated with a first cache, issuing requests to prefetch data from a number of memory addresses in a sequence of memory addresses determined by the first prefetcher, wherein the number is indicated in a request received from a second prefetcher associated with a second cache and wherein the number is based on a number of outstanding prefetch requests at the second prefetcher; and issuing, from the first prefetcher, a request to prefetch data from a memory address subsequent to the bypassed memory addresses.
Electric motor system, in particular for a motor vehicle, - comprising an electric motor which has at least five coils that, in operation, drive a motor shaft of the electric motor, - comprising power electronics for the electrical supply of the coils, - comprising a control device for controlling the electric motor system, - wherein the power electronics have a respective associated bridge circuit for at least five of the at least five coils, in such a way that these at least five coils are supplied by the power electronics independently of one another, characterised in that the control device is configured in such a way that it detects the failure of the respective coil and operates the electric motor system as follows: - generation of an indication signal if, of the at least five coils, at most so many fail that at least three coils continue to be functional, - electrical supply of the functional coils. - comprising an electric motor which has at least five coils that, in operation, drive a motor shaft of the electric motor, - comprising power electronics for the electrical supply of the coils, - comprising a control device for controlling the electric motor system, - wherein the power electronics have a respective associated bridge circuit for at least five of the at least five coils, in such a way that these at least five coils are supplied by the power electronics independently of one another, characterised in that the control device is configured in such a way that it detects the failure of the respective coil and operates the electric motor system as follows: - generation of an indication signal if, of the at least five coils, at most so many fail that at least three coils continue to be functional, - electrical supply of the functional coils.