mhurhangee/ep-ind-claims huggingface dataset:
A passenger vessel, which includes at least one living space constituted by a cabin which is delimited vertically by at least three contiguous partitions (20, 21, 22), each of these partitions (20, 21, 22) being blind, i.e. free of openings such as a window or a door, said living space also including a ceiling contiguous with said three partitions (20, 21, 22), characterized by the fact that said ceiling integrates a cabinet in which are positioned image projection devices (5a, 5b, 5c), which are respectively oriented so as to project each of the images over one of said three partitions (20, 21, 22), that said cabinet is closed by at least one plate with openings for the passage of the light beam from said devices, and that said cabin includes a bed of which the head is oriented in the direction opposite to that of the second of said three partitions (20, 21, 22).
A door assembly having a door skin, a carrier component and an interior panel component, wherein the carrier component is mounted on the door skin by way of at least one mounting element, wherein the at least one mounting element is also used to mount the interior panel component in that the at least one mounting element protrudes on the carrier component by way of a head portion, to which the interior panel component is fixed, and the at least one mounting element comprises a shank portion which is connected in a positively locking and/or non-positively locking manner to the door skin, characterized in that the shank portion is formed to create an aperture in the carrier component when the carrier component is being mounted on the door skin.
Anode for an X-ray tube, comprising: an anode disk comprising a circular focal track region being adapted to, upon impact of accelerated electron, emit X-rays in an emission direction transverse to an impacting direction of the electrons; a ring-like modulating absorption grid; wherein the modulating absorption grid encloses the focal track region; wherein the modulating absorption grid comprises wall portions of X-ray absorbing material, the wall portions being arranged such as to absorb X-rays emitted from the focal track region in the emission direction; wherein the modulating absorption grid comprises slits between neighboring wall portions, the slits being arranged along a circumferential direction of the modulating absorption grid at spacings (s) of less than 100μm and the slits having a width (w s) in the circumferential direction of less than 50μm. an anode disk comprising a circular focal track region being adapted to, upon impact of accelerated electron, emit X-rays in an emission direction transverse to an impacting direction of the electrons; a ring-like modulating absorption grid; wherein the modulating absorption grid encloses the focal track region; wherein the modulating absorption grid comprises wall portions of X-ray absorbing material, the wall portions being arranged such as to absorb X-rays emitted from the focal track region in the emission direction; wherein the modulating absorption grid comprises slits between neighboring wall portions, the slits being arranged along a circumferential direction of the modulating absorption grid at spacings (s) of less than 100μm and the slits having a width (w s) in the circumferential direction of less than 50μm.
A method comprising: receiving, at the data processing hardware, an indication of a candidate hotword input by a user of a user device; accessing, by the data processing hardware, training examples to identify an extent to which pronunciation of the candidate hotword varies among the training examples; generating, by the data processing hardware, based on the extent to which pronunciation of the candidate hotword varies among the training examples, a hotword suitability score for the candidate hotword; determining, by the data processing hardware, whether the hotword suitability score for the candidate hotword satisfies a suitability threshold; and when the hotword suitability score for the candidate hotword satisfies the suitability threshold, accepting, by the data processing hardware, the candidate hotword as a hotword for the user device associated with the user and configuring the user device to enter a state to receive voice commands in response to utterances of the hotword. receiving, at the data processing hardware, an indication of a candidate hotword input by a user of a user device; accessing, by the data processing hardware, training examples to identify an extent to which pronunciation of the candidate hotword varies among the training examples; generating, by the data processing hardware, based on the extent to which pronunciation of the candidate hotword varies among the training examples, a hotword suitability score for the candidate hotword; determining, by the data processing hardware, whether the hotword suitability score for the candidate hotword satisfies a suitability threshold; and when the hotword suitability score for the candidate hotword satisfies the suitability threshold, accepting, by the data processing hardware, the candidate hotword as a hotword for the user device associated with the user and configuring the user device to enter a state to receive voice commands in response to utterances of the hotword.
Cable seal comprising a base element and a plug element which can be plugged together to produce a predetermined sealing position, wherein a cable bushing extends through the base element and the plug element, and comprising at least one sealing element which is formed to enclose a cable which can be guided through the cable bushing, and which, in the assembled state, is sealingly arranged between the base element and the plug element, wherein the plug element and the base element have interacting fixing means, which arrest the plug element and the base element in the plugged-together state against one another in the predetermined sealing position, wherein the fixing means interacting on the plug element and the base element are formed as a latching or bayonet catch, characterized in that the base element has a conical receptacle for the sealing element and the plug element has an elastic pressing means which surrounds the sealing element and is formed to exert a concentric surface pressure on the sealing element in the plugged-together state in operative connection with the conical receptacle, and wherein the plug element is rotatable relative to the base element in the assembled state, wherein the predetermined sealing position is releasable by a rotational movement over a circumferential angle of less than 45°.
A mould for climbing shoes comprising a sole forming a supporting portion of the sole of the wearer's foot and comprising zones of convexity with a greater thickness configured to maintain the position of the foot being gripped; characterised in that the mould comprises side bands having different thicknesses designed to fill a space of the mould for forming a lateral support for a wearer's foot.
Method for the synchronization of a turbine with an AC network at network frequency, comprising the following steps: A) acceleration of the turbine to a frequency in the network frequency range; B) identification of an angular differential between the turbine and the AC network; C) identification of a speed differential between the turbine and the AC network; characterized by D) acceleration or deceleration of the turbine such that the turbine follows a setpoint trajectory, wherein the setpoint trajectory is a pre-calculated trajectory which, in relation to the angular differential, gives the setpoint speed differential which is required such that, upon the matching of the turbine speed to the AC network, an appropriate target angular position between the turbine and the AC network is achieved for synchronous infeed to proceed. A) acceleration of the turbine to a frequency in the network frequency range; B) identification of an angular differential between the turbine and the AC network; C) identification of a speed differential between the turbine and the AC network; characterized by D) acceleration or deceleration of the turbine such that the turbine follows a setpoint trajectory, wherein the setpoint trajectory is a pre-calculated trajectory which, in relation to the angular differential, gives the setpoint speed differential which is required such that, upon the matching of the turbine speed to the AC network, an appropriate target angular position between the turbine and the AC network is achieved for synchronous infeed to proceed.
An apparatus comprising: a first amplifier circuit coupled to an amplifier input to receive an input signal to be amplified by the first amplifier circuit; a second amplifier circuit coupled to the amplifier input and in parallel with the first amplifier circuit; and a linearization circuit coupled to the amplifier input, the first and second amplifier circuits being enabled in a first mode, one of the first and second amplifier circuits being enabled in a second mode, and the linearization circuit being enabled in the second mode and disabled in the first mode; wherein the first mode corresponding to a high-gain mode and the second mode corresponding to a low-gain mode, the first and second amplifier circuits providing a first gain in the high-gain mode, the first or second amplifier circuit providing a second gain in the low-gain mode, the second gain being lower than the first gain, wherein the linearization circuit is adapted to receive a gain control signal, the linearization circuit being enabled or disabled based on the gain control signal. a first amplifier circuit coupled to an amplifier input to receive an input signal to be amplified by the first amplifier circuit; a second amplifier circuit coupled to the amplifier input and in parallel with the first amplifier circuit; and a linearization circuit coupled to the amplifier input, the first and second amplifier circuits being enabled in a first mode, one of the first and second amplifier circuits being enabled in a second mode, and the linearization circuit being enabled in the second mode and disabled in the first mode; wherein the first mode corresponding to a high-gain mode and the second mode corresponding to a low-gain mode, the first and second amplifier circuits providing a first gain in the high-gain mode, the first or second amplifier circuit providing a second gain in the low-gain mode, the second gain being lower than the first gain, wherein the linearization circuit is adapted to receive a gain control signal, the linearization circuit being enabled or disabled based on the gain control signal.
A fitting for coupling to at least one pipe, comprising: - a sleeve for receiving the pipe; - at least one sealing member to provide a seal between the sleeve and the pipe; - a pressure member for applying a pressure to the sleeve and to the pipe; - gripper teeth provided on the pressure member and arranged to act on the pipe; and - actuation means (3, 7) for exerting a pressure to the pressure member comprising a pressure ring acting on the pressure member through adjoining slanting contacting surfaces (11', 11") of said pressure ring and pressure member, respectively; - wherein the at least one sealing member is positioned between the pressure member and the pipe; characterized in that the at least one sealing member is connected with or pressed against the sleeve without being positioned between slanting surfaces of the pressure member and the sleeve. - a sleeve for receiving the pipe; - at least one sealing member to provide a seal between the sleeve and the pipe; - a pressure member for applying a pressure to the sleeve and to the pipe; - gripper teeth provided on the pressure member and arranged to act on the pipe; and - actuation means (3, 7) for exerting a pressure to the pressure member comprising a pressure ring acting on the pressure member through adjoining slanting contacting surfaces (11', 11") of said pressure ring and pressure member, respectively; - wherein the at least one sealing member is positioned between the pressure member and the pipe;
A position sensor for providing position feedback for use in a process control system, the position sensor comprising: an accelerometer physically coupled to a control device, the control device used in controlling a process operating in the process control system; a processor to convert a signal generated by the accelerometer into a signal having a value indicative of a position of an actuator coupled to the control device; a communication interface to transmit a wireless signal indicative of the position of the actuator; and a power source to power the processor and the communication interface. an accelerometer physically coupled to a control device, the control device used in controlling a process operating in the process control system; a processor to convert a signal generated by the accelerometer into a signal having a value indicative of a position of an actuator coupled to the control device; a communication interface to transmit a wireless signal indicative of the position of the actuator; and a power source to power the processor and the communication interface.
An electric motor device comprising a rotor, fitted with at least two magnets with alternating polarization, a stator fitted with at least one coil, and electrical means for driving rotation of the rotor relative to the stator, the stator including a substantially spherical cavity receiving the rotor, which is itself substantially spherical, the electrical means comprising electromagnetic elements being arranged to drive the rotor in rotation about at least two axes, characterized in that the magnets form facets on the surface of the rotor, and the stator has a plurality of coils arranged to guarantee an offset in position between the coils and the magnets and in that the magnets are in the form of rounded triangles and are grouped together in a hexagonal mesh for covering at least a portion of the rotor.
A method for determining relative likelihood of a failure mode in a monitored system, the monitored system having one or more components, the method comprising: receiving evidence observations of monitored system from sensors connected in a many-to-many relationship to the failure modes; generating a fault condition including states of all failure modes that are connected to the sensors the fault condition being generated for a reference model of the monitored system based on the received evidence observations; characterized by computing a relative probability of failure for each failure mode L(FC=fc | M) based on a ratio of prior probabilities of a candidate hypothesis fc to a null hypothesis fm0 of no active failure modes p FC = fc p FC = f m 0 - a trigger factor associated with triggered sensors in the fault condition ∏ i | M i = 1 M i ∈ R 1 − 1 − f i ∏ k ∈ A i ∩ F i 1 − d ik f i; - a quiescent factor associated with quiescent sensors in the fault condition ∏ i | M i = 0 M i ∈ R ∏ k ∈ A ∩ Fi 1 − d ik; and monitoring the monitored system based upon the computed relative probability to identify a component failure in the monitored system, wherein FC is a vector consisting of the states of all the failure modes in a fault condition, M is a vector consisting of binary sensor readings, fi is a false alarm probability - probability that the i ith sensor reads "TRUE" due to a false alarm, d ik is a detection probability - probability that the k th failure mode will cause the i th sensor to trigger "TRUE", A is a set of active failure modes in FC and Fi is a set of failure modes related to sensor Mi. receiving evidence observations of monitored system from sensors connected in a many-to-many relationship to the failure modes; generating a fault condition including states of all failure modes that are connected to the sensors the fault condition being generated for a reference model of the monitored system based on the received evidence observations; - a trigger factor associated with triggered sensors in the fault condition ∏ i | M i = 1 M i ∈ R 1 − 1 − f i ∏ k ∈ A i ∩ F i 1 − d ik f i; - a quiescent factor associated with quiescent sensors in the fault condition ∏ i | M i = 0 M i ∈ R ∏ k ∈ A ∩ Fi 1 − d ik; and monitoring the monitored system based upon the computed relative probability to identify a component failure in the monitored system, wherein FC is a vector consisting of the states of all the failure modes in a fault condition, M is a vector consisting of binary sensor readings, fi is a false alarm probability - probability that the i ith sensor reads "TRUE" due to a false alarm, d ik is a detection probability - probability that the k th failure mode will cause the i th sensor to trigger "TRUE", A is a set of active failure modes in FC and Fi is a set of failure modes related to sensor Mi.
An ophthalmological analysis instrument, in particular for measuring a topography of an eye's surface, having a projection apparatus and a monitoring apparatus, said projection apparatus comprising at least one illumination device and a raster screen, said raster screen being made of a transparent body having annular aperture elements which reflect incoming light from a light source (25, 26) into an aperture space, said illumination apparatus comprising at least one first light source which can emit light in a monochromatic spectrum, light from the first light source coming in onto the raster screen in such a manner that an image pattern having monochromatic light of the first light source can be imaged on an eye's surface by means of the raster screen, images of the imaged image patterns being able to be recorded by means of the monitoring apparatus, a topography of the surface being able to be derived from the images, said illumination device comprising at least one other light source which can emit polychromatic light in a visible spectrum for illumination, characterized in that the aperture space is curved and is made of a reflector having a reflective surface and a surface of the reflector, said reflective surface and said surface always having the same distance (a), said projection apparatus being realized as a hollow-sphere segment and comprising the reflector, light from the other light source coming in onto the raster screen in such a manner that an image pattern having visible polychromatic light of the other light source being able to be imaged on an eye's surface by means of the raster screen, images of the imaged image pattern being able to be recorded by means of the monitoring apparatus.
An active steering bogie for railway vehicles, comprising: a front steering unit, which is hinged to front axle boxes on both sides of a front wheel shaft to steer the front wheel shaft; and a rear steering unit, which is hinged to rear axle boxes on both sides of a rear wheel shaft to steer the rear wheel shaft, the wheel shafts being steered by actuators using leverage, characterised in that each actuator comprises an electric linear motor, wherein each of the front and rear steering units (200, 200A) includes: a corresponding one of the actuators; a first and a second drive links (203 and 203a) hinged to a bogie frame to transmit force generated by the actuator, wherein the first drive link is hinged to the actuator; a first and a second follower links (204 and 204a), each of which is hinged to a corresponding one of the first and second drive links (203, 203a) to steer a corresponding one of the axle boxes; and a transmission link connecting the first and second drive links (203, 203a), which are provided on both lateral portions of the bogie. a front steering unit, which is hinged to front axle boxes on both sides of a front wheel shaft to steer the front wheel shaft; and a rear steering unit, which is hinged to rear axle boxes on both sides of a rear wheel shaft to steer the rear wheel shaft, the wheel shafts being steered by actuators using leverage, a corresponding one of the actuators; a first and a second drive links (203 and 203a) hinged to a bogie frame to transmit force generated by the actuator, wherein the first drive link is hinged to the actuator; a first and a second follower links (204 and 204a), each of which is hinged to a corresponding one of the first and second drive links (203, 203a) to steer a corresponding one of the axle boxes; and a transmission link connecting the first and second drive links (203, 203a), which are provided on both lateral portions of the bogie.
An apparatus for obtaining optical coherence tomography information associated with at least one sample, the apparatus comprising a sample arm and a reference arm; wherein the apparatus is configured to acquire a plurality of scan lines; wherein the apparatus is further configured so that the acquisition of a first one of the scan lines comprises receiving at least one first electromagnetic radiation from the at least one sample using the sample arm and at least one second electromagnetic radiation from a reference using the reference arm; wherein the apparatus further comprises: a detector for detecting an interference between the first and the second radiation; and determining means configured to determine, based on scan data of the first scan line, a delay scan range of a delay line of the apparatus, wherein the apparatus is further configured to scan, as a function of the determined delay scan range and for acquiring a second one of the scan lines, an electromagnetic radiation path length of the delay line through which a third electromagnetic radiation is transmitted; wherein the third electromagnetic radiation is at least one of: (i) at least one of transmitted to or received from the at least one sample using the sample arm, or (ii) at least one of transmitted to or received from the reference using the reference arm, wherein the determining means determines the delay scan range based on the scan data of the first scan line using at least one of a zero-th order procedure, a first derivative procedure, a second derivative procedure, a determination of a probability distribution function statistics or a fitting procedure. a detector for detecting an interference between the first and the second radiation; and determining means configured to determine, based on scan data of the first scan line, a delay scan range of a delay line of the apparatus, wherein the apparatus is further configured to scan, as a function of the determined delay scan range and for acquiring a second one of the scan lines, an electromagnetic radiation path length of the delay line through which a third electromagnetic radiation is transmitted; wherein the third electromagnetic radiation is at least one of: (i) at least one of transmitted to or received from the at least one sample using the sample arm, or (ii) at least one of transmitted to or received from the reference using the reference arm, (i) at least one of transmitted to or received from the at least one sample using the sample arm, or (ii) at least one of transmitted to or received from the reference using the reference arm, wherein the determining means determines the delay scan range based on the scan data of the first scan line using at least one of a zero-th order procedure, a first derivative procedure, a second derivative procedure, a determination of a probability distribution function statistics or a fitting procedure.