mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling a motor vehicle provided with autonomous driving means, sensors comprising at least one telemetry sensor, means for merging data determined by the sensors and a road navigation assistance means with traffic management, the merging means being configured to determine an estimated trajectory of the motor vehicle, the position and the speed of at least one target object detected by the sensors around the motor vehicle, the markings of at least one traffic lane and the target object closest to the motor vehicle, the method comprising the following steps:- a first value is determined if there is an intersection or a convergence between the estimated trajectory of the vehicle and the center line of at least one detected traffic lane,- a second value is determined if the closest target object in the line of travel of the motor vehicle is also detected by the at least one telemetry sensor,- a third value is determined if a collision will occur by comparing the distance between the closest target object and the motor vehicle with a predetermined threshold,- a fourth value is determined if the space between the motor vehicle and the closest target object is empty as a function of the data from the at least one telemetry sensor, and- a fifth value is determined if there is congestion on the trajectory of the vehicle, then - a determination is made as to whether the autonomous driving means can be activated as a function only of the first to fifth values.
Railway car for transporting passengers, comprising at least one passenger compartment and a heating system for the passenger compartment, the heating system comprising a source of infra-red radiation, characterised in that the heating system comprises at least one waveguide configured to guide the infra-red radiation generated by the source and a diffuser configured to illuminate at least a portion of the passenger compartment with the infra-red radiation.
Method for moving a robot arm for a non-invasive ultrasound examination, wherein an ultrasound probe is attached to the robot arm, said method comprising the following method steps: - providing a trained artificial neural network, - recording a medical issue, - determining a motion dataset containing a motion sequence of the robot arm by applying the trained artificial neural network to the medical issue, - transferring the motion dataset to a control unit of the robot arm, and - moving the robot arm in accordance with the motion sequence of the motion dataset, characterised in that the motion sequence is projected onto the surface of the patient's body by means of a projector. - providing a trained artificial neural network, - recording a medical issue, - determining a motion dataset containing a motion sequence of the robot arm by applying the trained artificial neural network to the medical issue, - transferring the motion dataset to a control unit of the robot arm, and - moving the robot arm in accordance with the motion sequence of the motion dataset, characterised in that the motion sequence is projected onto the surface of the patient's body by means of a projector.
Process for the production of a biogas containing methane from an organic matter amenable to anaerobic digestion comprising feeding an anaerobic digester with the organic matter, said anaerobic digester containing an aqueous medium comprising microorganisms capable of digesting said organic matter to obtain a digestion medium comprising an aqueous liquid, converting part of the organic matter into biogas, wherein: - the anaerobic digester is operated continuously and the feeding rate of the anaerobic digester with the organic matter is at least 4.1 kg of dry organic matter per cubic meter of digestion medium and per day, and wherein: - the total inorganic carbon concentration of the aqueous liquid of the digestion medium is maintained during the anaerobic digestion above 9500 mg of equivalent CaCO3/l and, - the buffering capacity of the digestion medium is maintained above 200 mmol/l,, by the addition of a buffering reagent comprising sodium bicarbonate to the digestion medium. - the anaerobic digester is operated continuously and the feeding rate of the anaerobic digester with the organic matter is at least 4.1 kg of dry organic matter per cubic meter of digestion medium and per day, - the total inorganic carbon concentration of the aqueous liquid of the digestion medium is maintained during the anaerobic digestion above 9500 mg of equivalent CaCO3/l and, - the buffering capacity of the digestion medium is maintained above 200 mmol/l,,
A cooking method for preparing food in the cooking chamber of a cooking device, wherein - the cooking chamber has a door, a first opening, a second opening and a closure for closing the second opening, - the cooking device has a temperature sensor arranged outside the cooking chamber for detecting gas volume flowing out of the cooking chamber through the first opening, characterized in that during the cooking method the closure is moved from a first position to a second position in closing direction such that the movement in closing direction creates an excess pressure inside the cooking chamber, and after leaving the first position, in particular after reaching the second position, a measurement is performed by the temperature sensor, wherein the maximum slope of a temperature change and therefore the air humidity inside the cooking chamber is determined by the temperature sensor under consideration of the cooking chamber temperature. - the cooking chamber has a door, a first opening, a second opening and a closure for closing the second opening, - the cooking device has a temperature sensor arranged outside the cooking chamber for detecting gas volume flowing out of the cooking chamber through the first opening, during the cooking method the closure is moved from a first position to a second position in closing direction such that the movement in closing direction creates an excess pressure inside the cooking chamber, and after leaving the first position, in particular after reaching the second position, a measurement is performed by the temperature sensor, wherein the maximum slope of a temperature change and therefore the air humidity inside the cooking chamber is determined by the temperature sensor under consideration of the cooking chamber temperature.
A computer-implemented method comprising: receiving a radar signal representing a superposition of reflections of two or more points of a hand within a radar field provided by a radar system, a first of the two or more points having a first movement and a second of the two or more points having a second movement; determining a velocity profile of the radar signal, the velocity profile indicating energies at multiple velocities, a first of the energies representing a reflection of the first point having the first movement and a second of the energies representing a reflection of the second point having the second movement: characterized by further comprising: extracting, from the velocity profile and one or more prior-determined or later-determined velocity profiles over time, relative velocities between the first and second points of the hand; determining a displacement trajectory by integrating the relative velocities, the displacement trajectory representing a relative displacement between the first and second points of the hand; determining, based on the displacement trajectory, a gesture of the first and second points of the hand; passing the gesture effective to control or alter a display, function, or capability of a device. receiving a radar signal representing a superposition of reflections of two or more points of a hand within a radar field provided by a radar system, a first of the two or more points having a first movement and a second of the two or more points having a second movement; determining a velocity profile of the radar signal, the velocity profile indicating energies at multiple velocities, a first of the energies representing a reflection of the first point having the first movement and a second of the energies representing a reflection of the second point having the second movement: characterized by further comprising: extracting, from the velocity profile and one or more prior-determined or later-determined velocity profiles over time, relative velocities between the first and second points of the hand; determining a displacement trajectory by integrating the relative velocities, the displacement trajectory representing a relative displacement between the first and second points of the hand; determining, based on the displacement trajectory, a gesture of the first and second points of the hand; passing the gesture effective to control or alter a display, function, or capability of a device. extracting, from the velocity profile and one or more prior-determined or later-determined velocity profiles over time, relative velocities between the first and second points of the hand; determining a displacement trajectory by integrating the relative velocities, the displacement trajectory representing a relative displacement between the first and second points of the hand; determining, based on the displacement trajectory, a gesture of the first and second points of the hand; passing the gesture effective to control or alter a display, function, or capability of a device.
A method of facilitating takeoff and landing of an aircraft comprising: obtaining aircraft information including a current position and a current altitude of the aircraft; retrieving, from a database, vertiport information for a desired landing or takeoff location area including current environmental information and current traffic information; determining, based on the aircraft information and the vertiport information, an aircraft path including a vertical path portion and a cruise path portion; determining, based on the aircraft path, a dynamic switchover point between the vertical path portion and the cruise path portion along the aircraft path; and transmitting control information to one or more aircraft propulsion systems wherein the control information includes a vertical control portion and a cruise control portion; wherein the one or more aircraft propulsion systems will operate under one of the vertical control portion or the cruise control portion of the control information until the aircraft reaches the dynamic switchover point, and wherein the one or more aircraft propulsion systems will operate under the other of the vertical control portion or the cruise control portion of the control information after the aircraft reaches the dynamic switchover point. obtaining aircraft information including a current position and a current altitude of the aircraft; retrieving, from a database, vertiport information for a desired landing or takeoff location area including current environmental information and current traffic information; determining, based on the aircraft information and the vertiport information, an aircraft path including a vertical path portion and a cruise path portion; determining, based on the aircraft path, a dynamic switchover point between the vertical path portion and the cruise path portion along the aircraft path; and transmitting control information to one or more aircraft propulsion systems wherein the control information includes a vertical control portion and a cruise control portion; wherein the one or more aircraft propulsion systems will operate under one of the vertical control portion or the cruise control portion of the control information until the aircraft reaches the dynamic switchover point, and wherein the one or more aircraft propulsion systems will operate under the other of the vertical control portion or the cruise control portion of the control information after the aircraft reaches the dynamic switchover point.
A method of reducing signaling during link setup in a wireless communication system, the method comprising: receiving, at a wireless communication device from a network service provider, a first message indicating a characteristic for each of one or more network services, wherein the characteristic for each of the one or more network services comprises a load value for each of the one or more network services; selecting, at the wireless communication device, a network service of the one or more network services to associate with based on the characteristics; generating, at the wireless communication device, an access request message for requesting information to obtain the network service; queuing the access request message for transmission on the channel in a queue; and while the access request message is in the queue, receiving a second message comprising the information expected in response to the queued access request message; and removing the access request message from the queue based on the received information. receiving, at a wireless communication device from a network service provider, a first message indicating a characteristic for each of one or more network services, wherein the characteristic for each of the one or more network services comprises a load value for each of the one or more network services; selecting, at the wireless communication device, a network service of the one or more network services to associate with based on the characteristics; generating, at the wireless communication device, an access request message for requesting information to obtain the network service; queuing the access request message for transmission on the channel in a queue; and while the access request message is in the queue, receiving a second message comprising the information expected in response to the queued access request message; and removing the access request message from the queue based on the received information.
A steering system for a vehicle equipped with a bodywork and with one single wheel at the front, this system including two triangular supports (34, 36) of a fork intended to be fastened to the ends of a steering tube disposed at the front of the framework of this vehicle, characterized in that it includes a fixed shaft intended to be adjusted into the steering tube, receiving at each side a triangular support (34, 36) via a bearing, this shaft successively receiving above the upper triangular support an axial stop, a fastening arm of the bodywork, then an upper axial tightening means fitted on the fixed shaft, which tightens the set carried by this shaft down to the lower triangular support.
An alternator for vehicle including a case supporting components (13, 14), a rotor supported on the case in a rotatable manner, a stator located on an outer periphery of the rotor and supported on both sides by the case, a stator winding provided to the stator, a rectifier device adapted to rectify an AC electromotive force generated in the stator winding to a DC, and a voltage regulator adapted to limit the alternator power to a specified value, in which at least one of the rectifier device and the voltage regulator, which are the components, is supported on the case on an opposite side to the rotor and its outer periphery is protected by a cover, wherein, a convex portion provided to an inner surface of the cover is fit in a concave portion provided to the components at a region opposing the inner surface of the cover in close proximity to the inner surface of the cover; and the fitting configuration is provided to at least a point-symmetric position with respect to an external connection terminal of the components protruding from inside to outside of the alternator cover; wherein: the component provided with the fitting configuration is the voltage regulator which is attached to the alternator; characterized in that: the fitting configuration provided to the voltage regulator is formed of a concave portion provided to a voltage regulator cooling member (132, 134) or to a voltage regulator connector portion in the opposing surface opposing the inner surface of the cover in close proximity.
A chewable wafer suitable for delivering a base composition comprising inulin, rosemary extract, pantethine and sodium borate, and a mixture of lipids comprising, by weight, 19-29% phosphatidylcholine, 15-25% phosphatidylethanolamine, 3.5%- 10% phosphatidic acid, 10-18% phosphatidylinositol, 2-10% phosphatidylglycerol, 10-20% glycolipids and 5-11% other phospholipids including phosphatidylserine, or metabolic precursors thereof; wherein the wafer comprises a carrier for delivery of the base composition, the carrier comprising xylitol, flavoring agent, vegetable stearate, beet juice powder and citric acid.
An apparatus, comprising: a wireless station, STA, arranged to transition wireless communications from a first access point, AP1, to a second access point, AP2, in an IEEE 802.11n-compliant wireless network supporting MAC Service Data Unit, MSDU, aggregation; and wherein said STA, during said wireless communications transition, is arranged to use a Post-Transition Extended Session and a Post-Transition Extended Session Aliveness Interval, wherein the Post-Transition Extended Session is an extension to the session for the Post-Transition Extended Session Aliveness Interval, being a time period that the STA and AP1 keep a session alive after the transition, and wherein when said STA roams to AP2, said STA is arranged t o send a Power Saving Mode indication to AP1, in response to the Power Saving Mode indication from the STA, the AP1 is arranged to buffer incoming data for the STA, after sending the Power Saving Mode indication, said STA is arranged to conduct a Reassociation process and key derivation with AP2, when said STA receives a Reassociation response from AP2, said STA is arranged to send a Power Saving Mode indication to AP2 to cause AP2 to buffer incoming data for the STA, and said STA is arranged to switch to AP1 to receive any data buffered by AP1 while AP2 buffers data for the STA while the STA receives buffered data from AP1. a wireless station, STA, arranged to transition wireless communications from a first access point, AP1, to a second access point, AP2, in an IEEE 802.11n-compliant wireless network supporting MAC Service Data Unit, MSDU, aggregation; and wherein said STA, during said wireless communications transition, is arranged to use a Post-Transition Extended Session and a Post-Transition Extended Session Aliveness Interval, wherein the Post-Transition Extended Session is an extension to the session for the Post-Transition Extended Session Aliveness Interval, being a time period that the STA and AP1 keep a session alive after the transition, and wherein when said STA roams to AP2, said STA is arranged t o send a Power Saving Mode indication to AP1, t o send a Power Saving Mode indication to AP1, in response to the Power Saving Mode indication from the STA, the AP1 is arranged to buffer incoming data for the STA, after sending the Power Saving Mode indication, said STA is arranged to conduct a Reassociation process and key derivation with AP2, when said STA receives a Reassociation response from AP2, said STA is arranged to send a Power Saving Mode indication to AP2 to cause AP2 to buffer incoming data for the STA, and said STA is arranged to switch to AP1 to receive any data buffered by AP1 while AP2 buffers data for the STA while the STA receives buffered data from AP1.
One-piece implant for drainage of aqueous humor with higher or lower speed depending on the pressure gradient between the interior and the exterior of the eye, the implant being made of a material which does not adhere to eye tissue and comprising three parts: a first part suitable to be located in the anterior chamber of the eye, a second part that has a sheet form and is suitable to puncture the corneal limbus to be arranged between the cornea and the sclera, and a third part having a sheet form suitable to be located outside of the eye, wherein the implant is made of stainless steel, silicone, polytetrafluoroethylene, polypropylene, or a biocompatible metal or alloy; wherein the second part forms a space upwardly between the cornea and the upper surface of the implant, and a space downwardly between the sclera and the lower surface of the implant wherein these spaces create a one direction path through which the aqueous humor will flow depending on the pressure gradient between the interior and the exterior of the eye; characterised in that the first part is provided with an upper base and a double triangle shape protruding in a direction perpendicular to the upper base which allows for introducing and removing the implant with ease while at the same time keeping the implant fixed in position. a first part suitable to be located in the anterior chamber of the eye, a second part that has a sheet form and is suitable to puncture the corneal limbus to be arranged between the cornea and the sclera, and a third part having a sheet form suitable to be located outside of the eye, wherein the implant is made of stainless steel, silicone, polytetrafluoroethylene, polypropylene, or a biocompatible metal or alloy; wherein the second part forms a space upwardly between the cornea and the upper surface of the implant, and a space downwardly between the sclera and the lower surface of the implant wherein these spaces create a one direction path through which the aqueous humor will flow depending on the pressure gradient between the interior and the exterior of the eye; characterised in that the first part is provided with an upper base and a double triangle shape protruding in a direction perpendicular to the upper base which allows for introducing and removing the implant with ease while at the same time keeping the implant fixed in position. wherein the implant is made of stainless steel, silicone, polytetrafluoroethylene, polypropylene, or a biocompatible metal or alloy; wherein the second part forms a space upwardly between the cornea and the upper surface of the implant, and a space downwardly between the sclera and the lower surface of the implant wherein these spaces create a one direction path through which the aqueous humor will flow depending on the pressure gradient between the interior and the exterior of the eye; characterised in that the first part is provided with an upper base and a double triangle shape protruding in a direction perpendicular to the upper base which allows for introducing and removing the implant with ease while at the same time keeping the implant fixed in position.