mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for monitoring a shaft connection comprising a damping element for damping torsional oscillations of the shaft connection, the apparatus comprising a measuring device for determining a shaft torque (M W) transmitted over the shaft connection, an evaluating device being connected to the measuring device, which evaluating device is configured to calculate a time derivative of a shaft torque (M W) determined by the measuring device, characterised in that the evaluating device is configured to detect overloading of the damping element on the basis of the calculated time derivative.
Timepiece mechanism including a preferred direction of magnetisation and including a movable timepiece component including an arbor intended to pivot about a pivot axis and including at least one addendum of greater radius (RMAX) about said pivot axis, where at least said addendum is delimited, on either side of said pivot axis, by two surfaces (14; 15), which define, projecting along a perpendicular plane to said pivot axis, a profile inscribed in a rectangle wherein the ratio of the length to the width defines an aspect ratio which is greater than or equal to 2, the direction of said length defining a main axis, where at least a portion (11, 11A) of said profile inscribed in said rectangle and delimited on two opposing sides by said two surfaces (14; 15), includes at least one blanked area centred on said pivot axis and extending along said main axis, said arbor being made of steel and said movable component being arranged to oscillate about a rest position defined by a rest plane passing through said pivot axis, and in which rest position said main axis occupies a determined angular position with respect to said rest plane, said movable component being returned to said rest position by elastic return means, and in which rest position said main axis is orthogonal to said preferred direction of magnetisation.
Rotorcraft winch, which is mountable to a rotorcraft such as a helicopter, the rotorcraft winch comprising: a stationary portion, a mobile portion (6, 16, 18), which is movable with respect to the stationary portion, and a rotorcraft winch lighting device (15, 16), wherein the rotorcraft winch lighting device (15, 16) comprises a stationary unit and a mobile unit, the mobile unit being movable with respect to the stationary unit and comprising at least one light source, characterized in that the stationary unit includes at least one stationary coil and the mobile unit comprises at least one electrical storage device, which is electrically connected to the at least one light source, and at least one mobile coil, which is electrically connected to the electrical storage device, and in that the at least one stationary coil and the at least one mobile coil are configured for transferring electrical energy from the stationary unit to the mobile unit when the at least one mobile coil is positioned in the vicinity of the at least one stationary coil. a stationary portion, a mobile portion (6, 16, 18), which is movable with respect to the stationary portion, and a rotorcraft winch lighting device (15, 16), wherein the rotorcraft winch lighting device (15, 16) comprises a stationary unit and a mobile unit, the mobile unit being movable with respect to the stationary unit and comprising at least one light source, characterized in that the stationary unit includes at least one stationary coil and the mobile unit comprises at least one electrical storage device, which is electrically connected to the at least one light source, and at least one mobile coil, which is electrically connected to the electrical storage device, and in that the at least one stationary coil and the at least one mobile coil are configured for transferring electrical energy from the stationary unit to the mobile unit when the at least one mobile coil is positioned in the vicinity of the at least one stationary coil. wherein the rotorcraft winch lighting device (15, 16) comprises a stationary unit and a mobile unit, the mobile unit being movable with respect to the stationary unit and comprising at least one light source, characterized in that the stationary unit includes at least one stationary coil and the mobile unit comprises at least one electrical storage device, which is electrically connected to the at least one light source, and at least one mobile coil, which is electrically connected to the electrical storage device, and in that the at least one stationary coil and the at least one mobile coil are configured for transferring electrical energy from the stationary unit to the mobile unit when the at least one mobile coil is positioned in the vicinity of the at least one stationary coil.
A filler plug for a hydraulic device, the filler plug being made of a metal and comprising an external thread portion, wherein: a head portion having a larger diameter than the external thread portion is formed on an upper end portion of the external thread portion; a circular sealing portion formed at a lower edge portion of the head portion is able to be caused to strongly contact a funnel-shaped inclined inner peripheral surface formed at one end of an internal thread portion formed in a through hole of the hydraulic device in such a manner that a tool is caused to engage with an engaging recess formed on an upper end surface of the head portion and the external thread portion is tightened with respect to the internal thread portion; an upper peripheral surface portion of the sealing portion is formed as a tapered portion configured to increase in diameter in a direction from the sealing portion toward an upper end portion of the head portion; a circular constricted portion is formed between the sealing portion and the upper end portion of the external thread portion; characterized in that a dimensionless value of a head portion height from the upper end surface of the head portion to the sealing portion, that is, a dimensionless value obtained by dividing the head portion height by a nominal designation value of the external thread portion ranges from 0.4 to 0.7. a head portion having a larger diameter than the external thread portion is formed on an upper end portion of the external thread portion; a circular sealing portion formed at a lower edge portion of the head portion is able to be caused to strongly contact a funnel-shaped inclined inner peripheral surface formed at one end of an internal thread portion formed in a through hole of the hydraulic device in such a manner that a tool is caused to engage with an engaging recess formed on an upper end surface of the head portion and the external thread portion is tightened with respect to the internal thread portion; an upper peripheral surface portion of the sealing portion is formed as a tapered portion configured to increase in diameter in a direction from the sealing portion toward an upper end portion of the head portion; a circular constricted portion is formed between the sealing portion and the upper end portion of the external thread portion; characterized in that a dimensionless value of a head portion height from the upper end surface of the head portion to the sealing portion, that is, a dimensionless value obtained by dividing the head portion height by a nominal designation value of the external thread portion ranges from 0.4 to 0.7.
Optical arrangement for illuminating at least one surface (281, 282) of a measurement object using light beams input from a beam-generating light source, wherein a first optical element for forming at least a first and at least a second beam path (210, 220) is arranged such that light beams in the at least first beam path are directed perpendicularly onto a first object surface by a second optical element, which is arranged downstream of the first optical element, and light beams in the at least second beam path are directed perpendicularly onto a second object surface by a third optical element, which is arranged downstream of the first optical element, and wherein the at least first beam path of the light beams reflected at the first object surface and the at least second beam path of the light beams reflected at the second object surface coincide at least partially in a region with a beam direction that is oriented mutually parallel, characterized in that this region is free of interference phenomena.
A method for detecting a potential item of interest in a target sample, the method comprising: a) providing a source of photons with an energy spectrum that overlaps a nuclear resonance in the item of interest; b) illuminating the target sample with photons from the source; c) providing at least one photon detector (38, 40, 42) to measure an intensity of photons scattered from at least a portion of the target sample in at least one energy channel; and d) identifying an item of interest detection event if the intensity of photons detected in at least one of the at least one energy channels of interest meets a predetermined item of interest detection criterion; characterized in that the source photons are generated by Compton scattering of photons by electrons. a) providing a source of photons with an energy spectrum that overlaps a nuclear resonance in the item of interest; b) illuminating the target sample with photons from the source; c) providing at least one photon detector (38, 40, 42) to measure an intensity of photons scattered from at least a portion of the target sample in at least one energy channel; and d) identifying an item of interest detection event if the intensity of photons detected in at least one of the at least one energy channels of interest meets a predetermined item of interest detection criterion;
Oxygen cylinder of a respiratory gas for being used in a circuit for supplying the respiratory gas to an aircraft passenger, wherein the oxygen cylinder comprises a pressure regulating unit with an integrated sealing mechanism for coupling the oxygen cylinder to a supply line for supplying the respiratory gas from the oxygen cylinder to a respiratory mask of an aircraft passenger, wherein the pressure regulating unit comprises a valve body being movable from a sealing position to a regulating position range and a motor unit (6, 8) for regulating the pressure of the respiratory gas supplied to the supply line by moving the valve body within the regulating position range, wherein, when the valve body is in the sealing position, the oxygen cylinder is sealed, and, when the valve body is in the regulating position range, the oxygen cylinder is adapted for supplying the respiratory gas to the supply line.
A fluid sensor comprising: a float constrained to move along a vertical axis; a guide at least partially constraining the float; a spring having a first end and a second end, wherein the spring is fit around the float, and wherein the first end is coupled to the guide and the second end is coupled to the float; a permanent magnet mechanically coupled to the float; a temperature sensor configured to measure a temperature of a fluid; a magnetic angle sensor configured to measure an angle of a magnetic field generated by the permanent magnet and positioned such that movement of the float along the vertical axis varies the angle of the magnetic field generated by the permanent magnet through the magnetic angle sensor; and a controller having an electronic processor, the controller configured to receive, via the magnetic angle sensor, the angle of the magnetic field; receive, via the temperature sensor, the temperature of the fluid; and determine, based on the angle of the magnetic field and the temperature of the fluid, a level of the fluid. a float constrained to move along a vertical axis; a guide at least partially constraining the float; a spring having a first end and a second end, wherein the spring is fit around the float, and wherein the first end is coupled to the guide and the second end is coupled to the float; a permanent magnet mechanically coupled to the float; a temperature sensor configured to measure a temperature of a fluid; a magnetic angle sensor configured to measure an angle of a magnetic field generated by the permanent magnet and positioned such that movement of the float along the vertical axis varies the angle of the magnetic field generated by the permanent magnet through the magnetic angle sensor; and a controller having an electronic processor, the controller configured to receive, via the magnetic angle sensor, the angle of the magnetic field; receive, via the temperature sensor, the temperature of the fluid; and determine, based on the angle of the magnetic field and the temperature of the fluid, a level of the fluid.
An apparatus for use in a user equipment, UE (104, 200), the apparatus comprising: processing circuitry configured to: receive signaling with device-to-device, D2D, discovery configuration information, the discovery configuration information including a discovery resource pool divided into sub-discovery resource pools based on time or frequency; receive a transmission probability factor from an evolved Node-B, eNB, serving a cell associated with the UE (104, 200), the transmission probability factor indicating a probability of transmission during a discovery period; cause transmission of a D2D discovery signal for an initial transmission during the discovery period and using a first sub-discovery resource pool of the sub-discovery resource pools, wherein a probability that the UE (104, 200) is configured to transmit the discovery signal is based on the transmission probability factor; and cause additional transmissions of the discovery signal during the discovery period using discovery resources from additional sub-discovery resource pools, other than the first sub-discovery resource pool, of the sub-discovery resource pools, wherein a number of the additional transmissions is based on a value provided by an evolved Node-B, eNB, wherein the additional transmissions are in each of the additional sub-discovery resource pools, other than the first sub-discovery resource pool, of the sub-discovery resource pools, and wherein the resources for the additional transmissions are selected based on the first sub-discovery resource pool and a hopping pattern. receive signaling with device-to-device, D2D, discovery configuration information, the discovery configuration information including a discovery resource pool divided into sub-discovery resource pools based on time or frequency; receive a transmission probability factor from an evolved Node-B, eNB, serving a cell associated with the UE (104, 200), the transmission probability factor indicating a probability of transmission during a discovery period; cause transmission of a D2D discovery signal for an initial transmission during the discovery period and using a first sub-discovery resource pool of the sub-discovery resource pools, wherein a probability that the UE (104, 200) is configured to transmit the discovery signal is based on the transmission probability factor; and cause additional transmissions of the discovery signal during the discovery period using discovery resources from additional sub-discovery resource pools, other than the first sub-discovery resource pool, of the sub-discovery resource pools, wherein a number of the additional transmissions is based on a value provided by an evolved Node-B, eNB, wherein the additional transmissions are in each of the additional sub-discovery resource pools, other than the first sub-discovery resource pool, of the sub-discovery resource pools, and wherein the resources for the additional transmissions are selected based on the first sub-discovery resource pool and a hopping pattern.
Method for welding the ends of internally coated steel tubes (1, 1') provided with a non-metal coating, in which method the tube ends are connected, in the region (5, 5') of the weld seam of the tube connection, to a corrosion-inert metal (3, 3') prior to the application of the inner coating (2, 2') in the tubes, then the inner coating (2, 2') is applied in such a way that the coating covers the corrosion-inert metal, with the exception of the weld seam region of the tube ends, and then the ends of the steel tubes are welded, the corrosion-inert metal (3, 3') being applied, before the welding of the tube ends, as lining or plating onto the insides of the tube ends, at least in the weld seam region (5, 5'), the lining of the tube ends being applied at least with a thickness corresponding to the thickness of the subsequently applied inner coating (2, 2'), characterized in that the lining or plating (3, 3') is mechanically processed again to the thickness of the inner coating (2, 2').
Method by means of which articles which are to be packaged, in particular blister packs, are transferred into containers, in particular folding boxes, and the filled containers are transported onwards, having the following steps: supplying a transporting apparatus which has at least two carriages, a running rail, along which the at least two carriages can be moved, and a linear-motor drive device for driving the at least two carriages, wherein the at least two carriages each have at least one permanent magnet, which is in operative connection with the linear-motor drive device, conveying articles by way of the transporting apparatus in a conveying direction to at least one transfer position, moving the articles from the transporting apparatus into at least one interim set-down region, which is arranged alongside the transporting apparatus, conveying at least one container by way of the transporting apparatus in the conveying direction to the at least one transfer position, moving the articles back from the at least one interim set-down region to the transporting apparatus, the at least one container being filled with articles in the process, and transporting the at least one container, filled with articles, onwards in the conveying direction by way of the transporting apparatus. supplying a transporting apparatus which has at least two carriages, a running rail, along which the at least two carriages can be moved, and a linear-motor drive device for driving the at least two carriages, wherein the at least two carriages each have at least one permanent magnet, which is in operative connection with the linear-motor drive device, conveying articles by way of the transporting apparatus in a conveying direction to at least one transfer position, moving the articles from the transporting apparatus into at least one interim set-down region, which is arranged alongside the transporting apparatus, conveying at least one container by way of the transporting apparatus in the conveying direction to the at least one transfer position, moving the articles back from the at least one interim set-down region to the transporting apparatus, the at least one container being filled with articles in the process, and transporting the at least one container, filled with articles, onwards in the conveying direction by way of the transporting apparatus.
Non-invasive cardiac sensor system comprising a measurement device that allows reading cardiac signals and has 3 non-invasive sensors in charge of collecting user data: a first LED sensor to extract pulse photoplethysmography on a finger, a second electroacoustic sensor that has a bell for heart sounds and a third sensor to process an electrocardiogram with two electrodes, and inside; a battery rechargeable; a microcontroller; means for Bluetooth communication and LED elements to give information to the user; a mobile device that stores the data through an application, where the application arranged on the mobile device presents two types of users: a master user and a plurality of users,, (18") who interact with the measurement device daily through the mobile device of each of them with a user panel with a basic interface that incorporates a button to link the mobile device to the measurement device, previously linked by the master user through his username and a second button that allows data to be captured once the mobile device and measurement device are linked, where the master user programs notifications to the patient/user accounts,, (18"), with a reminder in Pop-Up style when the time for measurements is approaching and programs depending on the status of the patients,, (18"), the number of necessary daily measures; and a server, where once the data from the measurement device is collected and recorded, it is processed for viewing and subsequent consultation and there they are processed for analysis and stored in the users' database,, (18").
A method for fluid volume tracking in a laboratory system or device, the system or device comprising: - at least one fluid buffer container, - at least one fluid supply container fluidically connected to the fluid buffer container, the fluid supply container comprising a data storage for storing at least data related to the content of the fluid supply container, - a scale for determining the content of the fluid buffer container, - a control unit comprising a temperature sensor, wherein the control unit is connected to the scale, the method comprising the following steps: a. determining by the control unit the content of the fluid buffer container by means of the scale and the temperature sensor, b. determining by the control unit if the content of the fluid buffer container is below a given threshold, c. determining by the control unit the filling amount of fluid to be supplied to the fluid buffer container from the fluid supply container, d. updating the data related to the content of the fluid supply container in the data storage of the fluid supply container by subtracting the filling amount previously determined from the content of the fluid supply container stored in the data storage of the fluid supply container, e. supply the filling amount of fluid from the fluid supply container to the fluid buffer container. - at least one fluid buffer container, - at least one fluid supply container fluidically connected to the fluid buffer container, the fluid supply container comprising a data storage for storing at least data related to the content of the fluid supply container, - a scale for determining the content of the fluid buffer container, - a control unit comprising a temperature sensor, wherein the control unit is connected to the scale, a. determining by the control unit the content of the fluid buffer container by means of the scale and the temperature sensor, b. determining by the control unit if the content of the fluid buffer container is below a given threshold, c. determining by the control unit the filling amount of fluid to be supplied to the fluid buffer container from the fluid supply container, d. updating the data related to the content of the fluid supply container in the data storage of the fluid supply container by subtracting the filling amount previously determined from the content of the fluid supply container stored in the data storage of the fluid supply container, e. supply the filling amount of fluid from the fluid supply container to the fluid buffer container.
A method to control a system for treating the NO x present in exhaust gases of an internal combustion engine by a reducing agent injected in the exhaust line upstream of an NO x reduction catalyst, said control comprising an observation of the efficiency of the treatment comprising a measurement of the quantity of NO x, present downstream of the NO x reduction catalyst, characterized in that a filter is applied to the observed efficiency value, and the filtered value is fixed if certain environmental conditions are brought together.