mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising an aerodynamic angle detection system configured to: calculate a first rate of change in an inertial aerodynamic angle for an aircraft using data received from an inertial measurement system for the aircraft; calculate a second rate of change in an externally measured aerodynamic angle for the aircraft; generate a filtered aerodynamic angle during flight of the aircraft using the first rate of change in the inertial aerodynamic angle and the second rate of change in the externally measured aerodynamic angle; and change a contribution of the first rate of change in the inertial aerodynamic angle used in generating the filtered aerodynamic angle based on a difference between the first rate of change in the inertial aerodynamic angle and the second rate of change in the externally measured aerodynamic angle, thereby enabling controlling the flight of the aircraft using the filtered aerodynamic angle, wherein the apparatus is configured such that the contribution of the first rate of change in the inertial aerodynamic angle increases when a transitory turbulence is present during the flight of the aircraft and the contribution of the first rate of change in the inertial aerodynamic angle is decreased when a sustained gust of wind is present. calculate a first rate of change in an inertial aerodynamic angle for an aircraft using data received from an inertial measurement system for the aircraft; calculate a second rate of change in an externally measured aerodynamic angle for the aircraft; generate a filtered aerodynamic angle during flight of the aircraft using the first rate of change in the inertial aerodynamic angle and the second rate of change in the externally measured aerodynamic angle; and change a contribution of the first rate of change in the inertial aerodynamic angle used in generating the filtered aerodynamic angle based on a difference between the first rate of change in the inertial aerodynamic angle and the second rate of change in the externally measured aerodynamic angle, thereby enabling controlling the flight of the aircraft using the filtered aerodynamic angle, wherein the apparatus is configured such that the contribution of the first rate of change in the inertial aerodynamic angle increases when a transitory turbulence is present during the flight of the aircraft and the contribution of the first rate of change in the inertial aerodynamic angle is decreased when a sustained gust of wind is present.
An information processing apparatus, comprising: an image recognition unit adapted to acquire a captured image of a control panel equipped with a plurality of control devices in which device identification images indicating model information are arranged, and to recognize the device identification images comprised in the captured image; a device specification unit adapted to specify the model information and installation positions of the control devices based on the device identification images which are recognized by the image recognition unit; a heat generation prediction unit adapted to predict a heat generation state in the control panel based on the model information and the installation positions of the control devices which are specified by the device specification unit; and an output control unit adapted to output heat generation state information which is predicted by the heat generation prediction unit, the information processing apparatus being characterized in that the output control unit is adapted to generate and output a heat generation distribution map in the control panel based on the heat generation state information. an image recognition unit adapted to acquire a captured image of a control panel equipped with a plurality of control devices in which device identification images indicating model information are arranged, and to recognize the device identification images comprised in the captured image; a device specification unit adapted to specify the model information and installation positions of the control devices based on the device identification images which are recognized by the image recognition unit; a heat generation prediction unit adapted to predict a heat generation state in the control panel based on the model information and the installation positions of the control devices which are specified by the device specification unit; and an output control unit adapted to output heat generation state information which is predicted by the heat generation prediction unit, the information processing apparatus being characterized in that the output control unit is adapted to generate and output a heat generation distribution map in the control panel based on the heat generation state information.
Method for controlling the synchronization of a pinion rotating on a primary shaft of a parallel shaft gearbox without synchronization mechanisms driven by a traction machine of the vehicle and rotatably connected to a secondary shaft of the gearbox, by sending to the traction machine, before coupling of the pinion on the primary shaft, a torque command T 1 ref which depends on a torque signal T 1 calc calculated to minimize the difference ( σ) between the primary speed ( ω 1) and the secondary speed ( ω 2) multiplied by the reduction ratio between the two shafts of the gearbox, characterized in that the amplitude of the calculated torque signal T 1 calc is limited on values equal to the ratio of the maximum T 1 max and minimum T 1 min torques of the traction machine to a calibrated limitation coefficient ( α), when the difference (σ) is greater in absolute value than the desired accuracy ( ε) on the targeted primary speed ( ω 1) upon completion of the synchronization phase.
A distributed electrical power generating and utilizing system, comprising: an induction generator driven by a prime mover requiring reactive power to operate for providing electrical power on a bus; said bus having a gross load and also being connectable to a utility power grid by a switch; said gross load including at least a non-linear electrical load component; and said bus including a harmonic filter having a first inductance connected in parallel with a series connection of a first resistance and a filter inductance, a second inductance connected to a junction of the filter inductance and the first inductance, a filter capacitor connected at one end to a junction between the first resistance and the filter inductance, wherein the filter capacitor is connected in shunt with a voltage source and the load current source; and wherein a power factor correcting capacitor is integrated therewith for collectively compensating harmonic distortion caused by the non-linear load component and for correcting power factor to compensate for reactive power required by at least the inductive generator. an induction generator driven by a prime mover requiring reactive power to operate for providing electrical power on a bus; said bus having a gross load and also being connectable to a utility power grid by a switch; said gross load including at least a non-linear electrical load component; and said bus including a harmonic filter having a first inductance connected in parallel with a series connection of a first resistance and a filter inductance, a second inductance connected to a junction of the filter inductance and the first inductance, a filter capacitor connected at one end to a junction between the first resistance and the filter inductance, wherein the filter capacitor is connected in shunt with a voltage source and the load current source; and wherein a power factor correcting capacitor is integrated therewith for collectively compensating harmonic distortion caused by the non-linear load component and for correcting power factor to compensate for reactive power required by at least the inductive generator.
A composition obtainable by dissolving ciclosporin with a water content of less than about 1.0 wt %, based on the total weight of the ciclosporin, in 1-perfluorobutyl-pentane, wherein the ciclosporin is dissolved in the absence of ethanol.
A reinforcing member for optical fiber fusion-splicing portions, which reinforces fusion-splicing portions of plural coated optical fibers collectively, the reinforcing member (12, 12a-12d) comprising: a heat-shrinkable tube (13, 13a-13d); a rod-shaped tensile strength body (14, 14a-14d); and plural tube-shaped heat-fusible adhesive members (15, 15a-15d) arranged in the heat-shrinkable tube (13, 13a-13d) and into which the fusion-splicing portions of the single-core coated optical fibers are individually inserted, wherein the heat-shrinkable tube (13, 13a-13d) is shrunk by heating, so that the plural tube-shaped heat-fusible adhesive members (15, 15a-15d) are held in the heat-shrinkable tube (13, 13a-13d) in contact with each other, wherein each gap between the tensile strength body (14, 14a-14d), the heat-shrinkable tube (13, 13a-13d), and the plural tube-shaped heat-fusible adhesive members (15, 15a-15d) has a size to prevent insertion of the single-core coated optical fiber, characterized in that the rod-shaped tensile strength body (14, 14a-14d) is arranged to be in contact with an inner surface of the heat-shrinkable tube (13, 13a-13d), and the rod-shaped tensile strength body (14, 14a-14d) has at least one flat surface, wherein all of the plural tube-shaped heat-fusible adhesive members (15, 15a-15d) are arranged in one space portion formed between the flat surface of the tensile strength body (14, 14a-14d) and the heat-shrinkable tube (13, 13a-13d). a heat-shrinkable tube (13, 13a-13d); a rod-shaped tensile strength body (14, 14a-14d); and plural tube-shaped heat-fusible adhesive members (15, 15a-15d) arranged in the heat-shrinkable tube (13, 13a-13d) and into which the fusion-splicing portions of the single-core coated optical fibers are individually inserted, wherein the heat-shrinkable tube (13, 13a-13d) is shrunk by heating, so that the plural tube-shaped heat-fusible adhesive members (15, 15a-15d) are held in the heat-shrinkable tube (13, 13a-13d) in contact with each other, wherein each gap between the tensile strength body (14, 14a-14d), the heat-shrinkable tube (13, 13a-13d), and the plural tube-shaped heat-fusible adhesive members (15, 15a-15d) has a size to prevent insertion of the single-core coated optical fiber, characterized in that the rod-shaped tensile strength body (14, 14a-14d) is arranged to be in contact with an inner surface of the heat-shrinkable tube (13, 13a-13d), and the rod-shaped tensile strength body (14, 14a-14d) has at least one flat surface, wherein all of the plural tube-shaped heat-fusible adhesive members (15, 15a-15d) are arranged in one space portion formed between the flat surface of the tensile strength body (14, 14a-14d) and the heat-shrinkable tube (13, 13a-13d).
A vehicle control station comprising: a first hand rest (14, 22, 52); at least one first micro-joystick (16, 56) positioned relative to the first hand rest such that the first hand rest is configured to locate an operator's hand and fingers in position to operate the at least one first micro-joystick; and a first function enable switch (18, 62) configured to activate the at least one first micro-joystick, characterised in that the first function enable switch (18, 62) is positioned relative to the first hand rest (14, 22) for operation by one of the operator's fingers different from those positioned to operate the at least one first micro-joystick, and wherein the first function enable switch (18, 62) is positioned relative to the first hand rest (14, 22) for operation by a thumb of the operator. a first hand rest (14, 22, 52); at least one first micro-joystick (16, 56) positioned relative to the first hand rest such that the first hand rest is configured to locate an operator's hand and fingers in position to operate the at least one first micro-joystick; and a first function enable switch (18, 62) configured to activate the at least one first micro-joystick, characterised in that the first function enable switch (18, 62) is positioned relative to the first hand rest (14, 22) for operation by one of the operator's fingers different from those positioned to operate the at least one first micro-joystick, and wherein the first function enable switch (18, 62) is positioned relative to the first hand rest (14, 22) for operation by a thumb of the operator.
An access terminal having user applications (128, 130, and 134) identified by product keys, said access terminal comprising: apparatus (132, 502, 602) that invokes at least one of said user applications; apparatus (132, 604, 704) that identifies a product key of said one invoked user application; apparatus that receives from an access network a secret key and stores the secret key in the access terminal, wherein the secret key identifies said access terminal to the access network, wherein said secret key is not known to a user of said access terminal; apparatus that identifies said access terminal to the access network based upon said secret key, wherein said secret key protects said access terminal from serving unauthorized user applications; apparatus (132, 128, 130, 133, 406, 506) that determines a quality of service (QoS) level to be granted to said one invoked user application based upon said product key and said stored secret key by applying said product key and said stored secret key to key matching algorithms in a control logic of the access terminal; apparatus (132, 128, 130, 134, 510) that generates indicia characterizing a destination defining a server to which a connection is to be established from said one invoked user application; and apparatus (126, 508, 608) that transmits said determined QoS level and said indicia from said one invoked user application to the access network for the establishment of said connection by said access network. apparatus (132, 502, 602) that invokes at least one of said user applications; apparatus (132, 604, 704) that identifies a product key of said one invoked user application; apparatus that receives from an access network a secret key and stores the secret key in the access terminal, wherein the secret key identifies said access terminal to the access network, wherein said secret key is not known to a user of said access terminal; apparatus that identifies said access terminal to the access network based upon said secret key, wherein said secret key protects said access terminal from serving unauthorized user applications; apparatus (132, 128, 130, 133, 406, 506) that determines a quality of service (QoS) level to be granted to said one invoked user application based upon said product key and said stored secret key by applying said product key and said stored secret key to key matching algorithms in a control logic of the access terminal; apparatus (132, 128, 130, 134, 510) that generates indicia characterizing a destination defining a server to which a connection is to be established from said one invoked user application; and apparatus (126, 508, 608) that transmits said determined QoS level and said indicia from said one invoked user application to the access network for the establishment of said connection by said access network.
Optical amplification stage for OTDR monitoring, the stage comprising a first and a second optical signal path having respectively first and second direction of propagation of a respective first and second optical signal, the first and second direction of propagation being mutually opposite, a first and a second optical amplifier located along the first and second optical signal path respectively and having an optical amplification band, each of the first and second optical signal being a WDM signal occupying a WDM band comprised within the optical amplification band, a first optical coupler placed along the first optical signal path downstream the first optical amplifier with respect to the first direction of propagation, a second optical coupler placed along the second optical signal path downstream the second optical amplifier with respect to the second direction of propagation and an optical by-pass path optically connecting the first and the second optical coupler, each coupler having a first and a second signal port belonging to the respective optical signal path, the first port facing the respective optical amplifier, and a first and second by-pass port, the first by-pass port belonging to the optical by-pass path, wherein the first by-pass port is the cross-port with respect to the second signal port, the optical amplification stage comprising a first and a second optical reflector optically connected to the second by-pass port of respectively the first and second optical coupler, characterized in that the optical amplification stage comprises an optical filter placed along the optical by-pass path and having an attenuation greater than or equal to 25dB, over the entire WDM band, and in that the first and second reflector and the optical filter are structured so that the sum, in dB, of the attenuation of the optical filter at a first and second OTDR wavelengths, comprised within the amplification band and outside the WDM band, and of the optical power ratio of the optical radiation incident to each optical reflector to the radiation reflected thereby at the first and second OTDR wavelengths, is less than or equal to 20 dB.
A system for handling and moving bedridden or mobility impaired persons, where the system comprises a vertical arm and a horizontal arm pivotal in a horizontal plane, the vertical arm and the horizontal arm being connected to each other through a pivot connection, characterised in that the vertical arm is arranged in at least a vertically disposed cabinet, the horizontal arm consist of first and second sub-arms (71, 72), which sub-arms (71, 72) are connected to each other, the horizontal arm further being arranged in and connected to a horizontally disposed overhead cabinet, in such a way that the horizontally disposed overhead cabinet follows the movement of the horizontal arm's second sub-arm.
An apparatus for actuating a safety gear associated with an elevator car, the apparatus comprising: a first stage actuation mechanism; and a second stage actuation mechanism comprising a wedge arrangement (102, 104) configured to grip a guiderail associated with the elevator car when the first stage actuation mechanism is triggered; a casing comprising the wedge arrangement (102, 104) and configured for vertical linear movement along the guiderail; and a transmission member coupled to the casing from a first end and configured to be coupled to the safety gear from a second end; wherein the apparatus is configured to cause the safety gear to actuate when the first stage actuation mechanism is triggered, the first stage actuation mechanism causing the wedge arrangement (102, 104) of the second stage actuation mechanism to grip the guiderail and to decelerate vertical movement of the casing in relation to the guiderail, the deceleration of the casing causing the transmission member to engage the safety gear to the guiderail to stop the elevator car. a first stage actuation mechanism; and a second stage actuation mechanism comprising a wedge arrangement (102, 104) configured to grip a guiderail associated with the elevator car when the first stage actuation mechanism is triggered; a casing comprising the wedge arrangement (102, 104) and configured for vertical linear movement along the guiderail; and a transmission member coupled to the casing from a first end and configured to be coupled to the safety gear from a second end; a wedge arrangement (102, 104) configured to grip a guiderail associated with the elevator car when the first stage actuation mechanism is triggered; a casing comprising the wedge arrangement (102, 104) and configured for vertical linear movement along the guiderail; and a transmission member coupled to the casing from a first end and configured to be coupled to the safety gear from a second end; wherein the apparatus is configured to cause the safety gear to actuate when the first stage actuation mechanism is triggered, the first stage actuation mechanism causing the wedge arrangement (102, 104) of the second stage actuation mechanism to grip the guiderail and to decelerate vertical movement of the casing in relation to the guiderail, the deceleration of the casing causing the transmission member to engage the safety gear to the guiderail to stop the elevator car.
Centrifugal pellet dryer, comprising a housing accommodating a rotor surrounded by a screen, said screen including at least one porous screen member (5a, 5b... 5n) and supported by a screen support holding the screen relative to the housing, characterized in that said screen support includes at least one damper for dampening vibrations of the screen and isolating screen vibrations from the housing.
A method for processing data representing a characteristic of a compound in a crystalline state and/or undergoing crystallization, the method comprising: applying a perturbation to the compound; sequentially obtaining spectral images of the compound without the use of exogenous probes, the sequentially acquired spectral images capturing induced changes in spectral intensities as a function of the applied perturbation; identifying and selecting, in at least one of the acquired spectral images, a region of interest with respect to the applied perturbation; selecting and analyzing spectral data of the compound, including data for side chains of amino acids, for the corresponding region of interest in a plurality of the sequentially acquired spectral images; wherein analyzing the spectral data includes analyzing side chain modes of the compound as internal probes, applying two-dimensional correlation (2DCOS) analysis to the spectra at the regions of interest in the plurality of sequentially acquired spectral images to generate a synchronous correlation plot for the compound; identifying in the synchronous correlation plot a cross peak that correlates with an auto peak associated with aggregation of the compound; and using the cross peak to determine a characteristic of crystallization of the compound. applying a perturbation to the compound; sequentially obtaining spectral images of the compound without the use of exogenous probes, the sequentially acquired spectral images capturing induced changes in spectral intensities as a function of the applied perturbation; identifying and selecting, in at least one of the acquired spectral images, a region of interest with respect to the applied perturbation; selecting and analyzing spectral data of the compound, including data for side chains of amino acids, for the corresponding region of interest in a plurality of the sequentially acquired spectral images; wherein analyzing the spectral data includes analyzing side chain modes of the compound as internal probes, applying two-dimensional correlation (2DCOS) analysis to the spectra at the regions of interest in the plurality of sequentially acquired spectral images to generate a synchronous correlation plot for the compound; identifying in the synchronous correlation plot a cross peak that correlates with an auto peak associated with aggregation of the compound; and using the cross peak to determine a characteristic of crystallization of the compound.