mhurhangee/ep-ind-claims huggingface dataset:
A system for routing ACARS messages towards a plurality of transmission media, intended to be loaded onboard an aircraft, characterized in that it comprises: - a database containing a plurality of routing profiles, each profile being formed by a list indicating a rank of preference for each transmission medium; - selection means for extracting, from a ACARS message sending request, a routing profile identifier, and for selecting, in the routing profile stored in the database, corresponding to said identifier, a transmission medium according to its rank of preference, said thereby selected transmission medium being then used for transmitting said message. - a database containing a plurality of routing profiles, each profile being formed by a list indicating a rank of preference for each transmission medium; - selection means for extracting, from a ACARS message sending request, a routing profile identifier, and for selecting, in the routing profile stored in the database, corresponding to said identifier, a transmission medium according to its rank of preference, said thereby selected transmission medium being then used for transmitting said message.
A method of making an X-ray detector, comprising: providing a main frame for supporting a detector stack comprising detector layers, wherein the main frame comprises a detachable protruding edge portion, wherein the protruding edge portion is removably attached to the main frame by fasteners and wherein the fasteners are screws; bonding the detector layers onto the main frame leaving the protruding edge portion extending beyond an edge of the detector layers; detaching the protruding edge portion of the main frame along a detachment line adjacent the edge of the detector layers; and applying a cover with a thin edge wall to the detector stack. providing a main frame for supporting a detector stack comprising detector layers, wherein the main frame comprises a detachable protruding edge portion, wherein the protruding edge portion is removably attached to the main frame by fasteners and wherein the fasteners are screws; bonding the detector layers onto the main frame leaving the protruding edge portion extending beyond an edge of the detector layers; detaching the protruding edge portion of the main frame along a detachment line adjacent the edge of the detector layers; and applying a cover with a thin edge wall to the detector stack.
An ultrasonic thickness reduction inspection method, comprising: disposing a plurality of ultrasonic sensors (101-1,..., 101-12) on a surface of an inspection target; exciting the plurality of ultrasonic sensors (101-1,..., 101-12) by a frequency modulated wave signal in which a frequency is changed with time; supplying ultrasonic waves to the inside of the inspection target; receiving signals in which the plurality of ultrasonic sensors (101-1,..., 101-12) is excited by a plurality of echoes from the inside of the inspection target by the ultrasonic waves supplied to the inside of the inspection target; summing the plurality of received echo signals; calculating, from cross correlation between the signals summing the plurality of echo signals and the frequency modulated wave signal, a time difference between a first peak of the summed signals and a first peak of the frequency modulated wave signal; and detecting a change in a thickness of the inspection target based on the calculated time difference. disposing a plurality of ultrasonic sensors (101-1,..., 101-12) on a surface of an inspection target; exciting the plurality of ultrasonic sensors (101-1,..., 101-12) by a frequency modulated wave signal in which a frequency is changed with time; supplying ultrasonic waves to the inside of the inspection target; receiving signals in which the plurality of ultrasonic sensors (101-1,..., 101-12) is excited by a plurality of echoes from the inside of the inspection target by the ultrasonic waves supplied to the inside of the inspection target; summing the plurality of received echo signals; calculating, from cross correlation between the signals summing the plurality of echo signals and the frequency modulated wave signal, a time difference between a first peak of the summed signals and a first peak of the frequency modulated wave signal; and detecting a change in a thickness of the inspection target based on the calculated time difference.
Construction work unit, in particular drilling unit, with - a carrier vehicle, - a mast mounted on the carrier vehicle rotatably about a pivot axis, which mast can be pivoted between an erect operating position and an inclined transport position, and - at least one erection cylinder for pivoting the mast between the operating position and the transport position, characterised in that - for pivoting the mast, in addition to the at least one erection cylinder, an erection cable is provided which is guided via a cable deflection pulley (86, 68) arranged on the mast and can be arranged on the one hand on the carrier vehicle and on the other hand on the mast, and - in that by applying a pulling force to the erection cable via the cable deflection pulley (86, 68) an erection force can be transferred to the mast in the direction of its operating position, and - in that for the application of the pulling force to the erection cable a winch is provided for winding up the erection cable. - a carrier vehicle, - a mast mounted on the carrier vehicle rotatably about a pivot axis, which mast can be pivoted between an erect operating position and an inclined transport position, and - at least one erection cylinder for pivoting the mast between the operating position and the transport position, - for pivoting the mast, in addition to the at least one erection cylinder, an erection cable is provided which is guided via a cable deflection pulley (86, 68) arranged on the mast and can be arranged on the one hand on the carrier vehicle and on the other hand on the mast, and - in that by applying a pulling force to the erection cable via the cable deflection pulley (86, 68) an erection force can be transferred to the mast in the direction of its operating position, and - in that for the application of the pulling force to the erection cable a winch is provided for winding up the erection cable.
A stethoscope comprising: a. a body (30,42); b. a diaphragm (32; 48); c. an integral annular axially compliant suspension; characterised in that the stethoscope further comprises: d. a reticulated foam pressure pad; wherein the annular axially compliant suspension surrounds the reticulated foam pressure pad and is located below the diaphragm (32; 48) and inside an inner perimeter of the body (30,42). a. a body (30,42); b. a diaphragm (32; 48); c. an integral annular axially compliant suspension; d. a reticulated foam pressure pad; wherein the annular axially compliant suspension surrounds the reticulated foam pressure pad and is located below the diaphragm (32; 48) and inside an inner perimeter of the body (30,42).
A method for starting an internal combustion engine having a summed torque extending in a wave form over a rotational angle of its crankshaft by means of an electric machine that is rotationally coupled to the crankshaft and effective torsional elasticity between the crankshaft and electric machine, wherein at the start of the starting process the crankshaft positioned between the two summed torque maximums (Mm ax,1, M max,2) is rotated by means of the electric machine in the opposite direction to a direction of rotation of the crankshaft during operation of the internal combustion machine by a predefined rotational angle with a smaller summed torque as a maximum summed torque (M max,1) and the torsional elasticity is prestressed, wherein compression work is stored in the cylinders of the internal combustion engine and is then accelerated by reversing the direction of rotation by means of the electric machine to overcome the maximum summed torque (M max) by the expansion forces released by the cylinders and the relaxation forces of the torsional elasticity, wherein the torsional elasticity is designed as a spring device, characterised in that the spring device has a clearance angle of up to ± 30°, for example, so that a force-free area of the spring device is effective after the prestressing of the spring device promoting the acceleration of the electric machine has been removed and the summed torque maximum is substantially reached, before the spring device builds up a spring torque again in the opposite direction.
Planar drive device having a first platform and having a second platform, which platforms are movable in an X-Y plane on a work bench, wherein the first platform has a frame, a transmission and a working platform for the arrangement of a work tool, wherein the transmission permits an adjustment of the distance of the working platform with respect to the X-Y plane, wherein the second platform has a frame and a drive member which is coupled in terms of movement at least indirectly to the working platform such that the distance of the working platform from the X-Y plane is adjustable by changing a distance between the two platforms (16, 18) within the X-Y plane, wherein, for the adjustment of the distance of the working platform from the X-Y plane, the drive member and the transmission are effective in a movement plane perpendicular to the X-Y plane, in that the drive member is movable relative to the working platform along a working axis perpendicular to the movement plane, characterized in that a first portion of the work tool is connected to the drive member and a second portion of the work tool is connected to the working platform such that, by relative movement of the platforms (16, 18) in the X-Y plane in a direction parallel to the working axis, the work tool can be transferred into at least two different working states in which the first portion and the second portion take up different relative positions from one another.
A method for forming a composite laminate, the method comprising: generating a layup plan for laying up a plurality of plies having a plurality of merge zones, each ply of the plurality of plies having a corresponding merge zone at which ends of a first plurality of tows for the each ply and ends of a second plurality of tows for the each ply meet, locations of the plurality of merge zones being offset relative to each other through a thickness of the composite laminate, wherein generating the layup plan comprises computing a first path for laying up the first plurality of tows for a selected ply and a second path for laying up the second plurality of tows for the selected ply, wherein the first path and the second path are at least one of non-parallel or nonlinear and wherein the first plurality of tows and the second plurality of tows form the selected ply having a baseline orientation, wherein the baseline orientation is the zero degree orientation relative to a centerline through a tool; and laying up the plurality of plies according to the layup plan to form the composite laminate. generating a layup plan for laying up a plurality of plies having a plurality of merge zones, each ply of the plurality of plies having a corresponding merge zone at which ends of a first plurality of tows for the each ply and ends of a second plurality of tows for the each ply meet, locations of the plurality of merge zones being offset relative to each other through a thickness of the composite laminate, wherein generating the layup plan comprises computing a first path for laying up the first plurality of tows for a selected ply and a second path for laying up the second plurality of tows for the selected ply, wherein the first path and the second path are at least one of non-parallel or nonlinear and wherein the first plurality of tows and the second plurality of tows form the selected ply having a baseline orientation, wherein the baseline orientation is the zero degree orientation relative to a centerline through a tool; and laying up the plurality of plies according to the layup plan to form the composite laminate.
System for mounting at least one clip-type component on at least one part (18, 181, 182), the part comprising an inner face provided with engagement areas and the component having a head designed to be snapped onto an engagement area of the part and a body designed to be snapped onto a support during subsequent fastening of said part onto said support, said system comprising at least one component dispensing device (3, 4, 5) designed to successively deliver components to at least one exit area, the system comprising at least one mounting head (9, 9a, 9b, 9c, 9d, 9e, 9f), each mounting head being provided with an area for receiving a component, a bearing area able to receive the inner face of the part, and an impact system used to transfer a component from the receiving area to an engagement area of the part when said part is in position on the bearing area and said system comprising at least one manipulation device (26, 261, 262, 263) designed to move components from the at least one exit area to the at least one receiving area prior to positioning the at least one part in contact with the at least one bearing area.
A method for preparing an acrylic polymer composition, comprising: combining one or more (meth)acrylate, (meth)acrylamide, or (meth)acrylonitrile monomers or mixtures thereof with an initiator and a photoredox catalyst in a solvent system comprising N,N-dimethylacetamide to obtain a reaction mixture; polymerizing the monomers by irradiating the reaction mixture with a light source; and discontinuing polymerization. combining one or more (meth)acrylate, (meth)acrylamide, or (meth)acrylonitrile monomers or mixtures thereof with an initiator and a photoredox catalyst in a solvent system comprising N,N-dimethylacetamide to obtain a reaction mixture; polymerizing the monomers by irradiating the reaction mixture with a light source; and discontinuing polymerization.
Use of brazzein for synergistically enhancing the sweet taste and/or the sweetness quality of a sweet-tasting substance in a preparation comprising a sweet-tasting substance selected from the group consisting of sucrose, sucralose, acesulfam-K, Na-cyclamate, saccharin, glucose, fructose, lactose or xylit, wherein the concentration of brazzein is from about 1 mg/L to about 100 mg/L, based on the total preparation
A tool adapter assembly, comprising: a tool holding element configured to hold an electrode for electromachining of a workpiece, and comprising a holding head configured to be assembled onto a machining tool comprising a spindle and a holding body connected to the holding head and configured to conductively hold the electrode; and one or more adapters configured to be disposed on the spindle and configured for electrical connection to a power source and the tool holding element so as to provide electrical connection between the power source and the electrode, wherein the one or more adapters comprises one or more bases (23, 45) configured to be disposed on the machining tool and one or more arms (24, 46) configured to cooperate with the respective one or more bases (23, 45) so as to conductively contact the tool holding element, the one or more arms (24,26) having a first end pivotally connected to the one or more bases (23, 45) and a second end opposite to the first end having one or more electrically conductive elements, for transferring electrical power from the arm to the holding body. a tool holding element configured to hold an electrode for electromachining of a workpiece, and comprising a holding head configured to be assembled onto a machining tool comprising a spindle and a holding body connected to the holding head and configured to conductively hold the electrode; and one or more adapters configured to be disposed on the spindle and configured for electrical connection to a power source and the tool holding element so as to provide electrical connection between the power source and the electrode, wherein the one or more adapters comprises one or more bases (23, 45) configured to be disposed on the machining tool and one or more arms (24, 46) configured to cooperate with the respective one or more bases (23, 45) so as to conductively contact the tool holding element, the one or more arms (24,26) having a first end pivotally connected to the one or more bases (23, 45) and a second end opposite to the first end having one or more electrically conductive elements, for transferring electrical power from the arm to the holding body.
A system of defining a reference axis of a patient's eye in an external coordinate system, characterized in that it comprises: (a) a light source for directing a coherent or focused light beam on a reflective surface associated with the patient's eye, (b) an imaging system for recording an image of a limbus of the patient's eye and an image formed by a reflection of the light beam from a cornea of the patient's eye, and (c) a processor operatively connected to the imaging system to (i) from the image of the limbus, determine the center of the limbus of the patient's eye in the external-coordinate system, and (ii) from the image of the reflection, determine when the position of the reflection is coincident with the center of the limbus, at which position an axis normal to the cornea at the corneal center_defines the reference axis. (a) a light source for directing a coherent or focused light beam on a reflective surface associated with the patient's eye, (b) an imaging system for recording an image of a limbus of the patient's eye and an image formed by a reflection of the light beam from a cornea of the patient's eye, and (c) a processor operatively connected to the imaging system to (i) from the image of the limbus, determine the center of the limbus of the patient's eye in the external-coordinate system, and (ii) from the image of the reflection, determine when the position of the reflection is coincident with the center of the limbus, at which position an axis normal to the cornea at the corneal center_defines the reference axis. (i) from the image of the limbus, determine the center of the limbus of the patient's eye in the external-coordinate system, and (ii) from the image of the reflection, determine when the position of the reflection is coincident with the center of the limbus, at which position an axis normal to the cornea at the corneal center_defines the reference axis.
Capacitive proximity switch having an electrically conductive sensor surface which is covered by an electrically insulating cover plate and serves as part of a capacitor having a capacitance that varies with proximity, from which the sensor surface is connected to a control input of a semiconductor switch which additionally has a signal input having a clock signal and a signal output, wherein the signal output of the semiconductor switch has an output signal following the clock signal, said output signal having signal components that are proportional to the capacitance of the capacitor formed by means of the sensor surface, characterised in that the sensor surface has active screening and that the active screening is formed by means of a screening surface at which the clock signal is present at the same time as at the sensor surface.
A routing system comprising: a plurality of fabric endpoints; and a switching fabric comprising a fabric plane to switch cells among the fabric endpoints, wherein the fabric plane includes two fabric cores (210A, 210B) and one or more inter-core links connecting the fabric cores, wherein each fabric core is configured to select an output port of the fabric core to which to route a received cell of the cells based on (i) an input port of the fabric core on which the received cell was received and (ii) a destination fabric endpoint for the received cell, at least a portion of the selected output ports being connected to the inter-core links, and switch the received cell to the selected output port, wherein each fabric core includes a routing table that maps an input port to one more output ports to route the received cell based on (i) an input port of the fabric core on which the received cell was received, (ii) a destination fabric endpoint for the cell and (iii) on whether the destination input is a balanced endpoint or an unbalanced endpoint, wherein a balanced endpoint has the same number of links to the two fabric cores, and an unbalanced endpoint has different number of links to the two fabric cores. a plurality of fabric endpoints; and a switching fabric comprising a fabric plane to switch cells among the fabric endpoints, wherein the fabric plane includes two fabric cores (210A, 210B) and one or more inter-core links connecting the fabric cores, wherein each fabric core is configured to select an output port of the fabric core to which to route a received cell of the cells based on (i) an input port of the fabric core on which the received cell was received and (ii) a destination fabric endpoint for the received cell, at least a portion of the selected output ports being connected to the inter-core links, and switch the received cell to the selected output port, wherein each fabric core includes a routing table that maps an input port to one more output ports to route the received cell based on (i) an input port of the fabric core on which the received cell was received, (ii) a destination fabric endpoint for the cell and (iii) on whether the destination input is a balanced endpoint or an unbalanced endpoint, wherein a balanced endpoint has the same number of links to the two fabric cores, and an unbalanced endpoint has different number of links to the two fabric cores.