mhurhangee/patent-ind-claim-en huggingface dataset:
An internet-of-things, loT, device in a mesh network , comprising an internet-of-things, loT, mesh network device , the loT device comprising: a radio transceiver configured to communicate with other devices in the mesh network ; a node validator configured to determine if a device of the other devices in the mesh network is invalid, wherein determining the device as invalid comprises: sending a trigger to a target node to return test data; analyzing the test data received from the target node ; if the test data is outside of the expected parameters: communicating the results to a second node; sending a trigger from the second node to the target node ; analyzing the test data received at the second node from the target node ; and classifying the target node as invalid device if the test data received at the second node is outside of expected parameters; and a fault controller configured to take over the operation of the invalid device and/or to instruct the invalid device to exit the mesh network . a radio transceiver configured to communicate with other devices in the mesh network ; a node validator configured to determine if a device of the other devices in the mesh network is invalid, wherein determining the device as invalid comprises: sending a trigger to a target node to return test data; analyzing the test data received from the target node ; if the test data is outside of the expected parameters: communicating the results to a second node; sending a trigger from the second node to the target node ; analyzing the test data received at the second node from the target node ; and classifying the target node as invalid device if the test data received at the sending a trigger to a target node to return test data; analyzing the test data received from the target node ; if the test data is outside of the expected parameters: communicating the results to a second node; sending a trigger from the second node to the target node ; analyzing the test data received at the second node from the target node ; and classifying the target node as invalid device if the test data received at the communicating the results to a second node; sending a trigger from the second node to the target node ; analyzing the test data received at the second node from the target node ; and classifying the target node as invalid device if the test data received at the second node is outside of expected parameters; and a fault controller configured to take over the operation of the invalid device and/or to instruct the invalid device to exit the mesh network .
A vehicle comprising: a sunroof ; and a light control film (1, 1A, 1B, 1C, 1D-1, 1D-2, 1E) having a vertically-aligned liquid crystal layer attached to the sunroof , characterized in that the light control film (1, 1A, 1B, 1C, 1D-1, 1D-2, 1E) is attached to the sunroof of the vehicle such that liquid crystal molecules tilt in a direction towards a rear of the vehicle when an electric field is applied to the liquid crystal layer . a sunroof ; and a light control film (1, 1A, 1B, 1C, 1D-1, 1D-2, 1E) having a vertically-aligned liquid crystal layer attached to the sunroof , characterized in that the light control film (1, 1A, 1B, 1C, 1D-1, 1D-2, 1E) is attached to the sunroof of the vehicle such that liquid crystal molecules tilt in a direction towards a rear of the vehicle when an electric field is applied to the liquid crystal layer .
Single circuit tire pressure valve assembly comprising a control and supply channel and a tire pressure valve with a control inlet which is connected via a branching and a control branch to the control and supply channel , with a supply inlet which is connected via the branching and a supply branch to the control and supply channel , with a vent and with a tire port , wherein a) in a first switching position the tire pressure valve closes the tire port , b) in a second switching position the tire pressure valve connects the tire port to the vent , c) in a third switching position the tire pressure valve connects the tire port to the supply inlet , d) the tire pressure valve for an at least temporary pressure in the control and supply channel - which is lower than a first threshold value is in the first switching position, - which is higher than the first threshold value and lower than the second threshold value is transferred from the first switching position into the second switching position and - which is higher than the second threshold value is transferred from the first switching position or from the second switching position into the third switching position, characterized in that a self holding valve is provided which comprises a passive self holding function such that after transferring the tire pressure valve into the third switching position the third switching position is upheld even if the pressure in the control and supply channel temporarily falls below the second threshold value. a) in a first switching position the tire pressure valve closes the tire port , b) in a second switching position the tire pressure valve connects the tire port to the vent , c) in a third switching position the tire pressure valve connects the tire port to the supply inlet , d) the tire pressure valve for an at least temporary pressure in the control and supply channel - which is lower than a first threshold value is in the first switching position, - which is higher than the first threshold value and lower than the second threshold value is transferred from the first switching position into the second switching position and - which is higher than the second threshold value is transferred from the first switching position or from the second switching position into the third switching position, - which is lower than a first threshold value is in the first switching position, - which is higher than the first threshold value and lower than the second threshold value is transferred from the first switching position into the second switching position and - which is higher than the second threshold value is transferred from the first switching position or from the second switching position into the third switching position,
Stable epoprostenol sodium drug substance which can be stored in deep freezer (-20±5 °C) for at least 3 years, characterized by that the lyophilized drug substance consists of epoprostenol sodium salt and, related to the amount of the epoprostenol sodium salt, of 3-7.5 mass% sodium hydroxide.
Lighting device for a motor vehicle, comprising an array of at least two light sources of the light emitting semiconductor type and an array of at least a first illumination element and a second illumination element , each illumination element being a microlens associated with one of the light sources and configured for being lit by the said associated light source in such a way that a light beam emitted by the light source exhibits a shape dependent on a shape of the illumination element, characterized in that the first illumination element has a light exit face of trapezoidal shape having two opposite parallel sides , called bases, such that one of the bases, called the large base , is longer than a length of the other base, called the small base , the said trapezium also having two sides that are not parallel with each other and connecting the large base and the small base , and the second illumination element has a shape partially complementary to the trapezoidal shape, in counter-form to the trapezium , and comprises two portions of triangular areas arranged on either side of the large base up to the small base , two edges extending from two opposite ends of the large base , parallel with each other, in the direction of the small base , distant by at least a length of the order of the length of the large base .
An acoustic panel for a turbomachine, in particular for an aircraft, comprising vibrating masses and walls forming cavities, said walls comprising two skins that are substantially parallel and between which are located and extend the cavities forming Helmholtz resonator, one of said skins being perforated by orifices opening into said cavities and forming necks of said resonators, the vibrating masses being provided in at least some of said cavities and connected to the cavities walls, characterized in that said vibrating masses are connected to said cavity walls by elastic means housed in said cavities.
Method for detecting the state of a battery of an electrically driven motor vehicle comprising a device , - wherein the device has a charging plug comprising DC contacts for feeding a charging voltage (U L ) to the battery and has an impedance spectroscopy unit , which is connected to the DC contacts of the charging plug both for feeding a spectroscopy signal (S) to the battery and for detecting a response signal (A), wherein the charging plug is provided and set up for connection to a DC charging interface of the electrically driven motor vehicle , and wherein the impedance spectroscopy unit has two feed lines for feeding the spectroscopy signal (S) and two measurement lines for detecting the response signal (A), wherein in each case one of the feed lines and one of the measurement lines is connected to each of the DC contacts , - wherein the charging plug is connected to the DC charging interface of the motor vehicle , - wherein a battery charging system comprising the battery is set to a charging operating state (LB) by virtue of a charging of the battery by means of a charging column being simulated, wherein no or a comparatively low charging current flows, which does not charge the battery or only charges it to a negligible extent, - wherein an impedance spectroscopy of the battery is carried out, and - wherein a value (W) representing the state of the battery is determined from the results of the impedance spectroscopy. - wherein the device has a charging plug comprising DC contacts for feeding a charging voltage (U L ) to the battery and has an impedance spectroscopy unit , which is connected to the DC contacts of the charging plug both for feeding a spectroscopy signal (S) to the battery and for detecting a response signal (A), wherein the charging plug is provided and set up for connection to a DC charging interface of the electrically driven motor vehicle , and wherein the impedance spectroscopy unit has two feed lines for feeding the spectroscopy signal (S) and two measurement lines for detecting the response signal (A), wherein in each case one of the feed lines and one of the measurement lines is connected to each of the DC contacts , - wherein the charging plug is connected to the DC charging interface of the motor vehicle , - wherein a battery charging system comprising the battery is set to a charging operating state (LB) by virtue of a charging of the battery by means of a charging column being simulated, wherein no or a comparatively low charging current flows, which does not charge the battery or only charges it to a negligible extent, - wherein an impedance spectroscopy of the battery is carried out, and - wherein a value (W) representing the state of the battery is determined from the results of the impedance spectroscopy.
A device (S) for managing a surplus (P3) of photovoltaic power available at the terminals of a photovoltaic generator (DE) provided with photovoltaic panels (PV) that are capable of supplying power to fixed-power electrical appliances (AF) and variable-power electrical appliances (AV) connected to said photovoltaic generator (DE), said surplus of power (P3) being equal to the difference at each time t between the maximum potential electrical power (P1) that said photovoltaic generator (DE) could produce taking into account its illumination, and the electrical power (P2) actually consumed at each time t by said electrical appliances (AF, AV), wherein said device (S) includes: - a photoelectric control sensor (PE) that is able to measure at each time t the solar light intensity received by said photovoltaic panels (PV) and to deduce therefrom said maximum potential electrical power (P1); - a means (MP3) for determining said surplus of available power (P3), compared at this time t, between the value of the maximum potential electrical power (P1) and the value of the electrical power (P2) actually consumed by said electrical appliances (AF; AV); - and a means (MPG) for managing said surplus of available power (P3), said means (MPG) being configured to redirect and distribute said surplus of available power (P3) between said electrical appliances (AF, AV). - a photoelectric control sensor (PE) that is able to measure at each time t the solar light intensity received by said photovoltaic panels (PV) and to deduce therefrom said maximum potential electrical power (P1); - a means (MP3) for determining said surplus of available power (P3), compared at this time t, between the value of the maximum potential electrical power (P1) and the value of the electrical power (P2) actually consumed by said electrical appliances (AF; AV); - and a means (MPG) for managing said surplus of available power (P3), said means (MPG) being configured to redirect and distribute said surplus of available power (P3) between said electrical appliances (AF, AV).
A method comprising: receiving a first list of contacts and a second list of contacts from a social service platform ; receiving audio content, originating from a media service platform , via one of a plurality of devices , wherein the one device is associated with a member of the first list of contacts from the social service platform ; causing, at least in part, modification of the audio content to generate new audio content; determining that the new audio content can be transmitted to another one of the plurality of devices based on access rights associated with the received audio content; causing, at least in part, an addition of an access rights rule to the new audio content; and causing, at least in part, transmission of the new audio content and the access rights rule to the other one of the plurality of devices , wherein the other one device is associated with a member of the second list of contacts from the social service platform , wherein the access rights rule includes a digital signature to limit the access of the new audio content to a certain group of devices associated with members of the second list of contacts. receiving a first list of contacts and a second list of contacts from a social service platform ; receiving audio content, originating from a media service platform , via one of a plurality of devices , wherein the one device is associated with a member of the first list of contacts from the social service platform ; causing, at least in part, modification of the audio content to generate new audio content; determining that the new audio content can be transmitted to another one of the plurality of devices based on access rights associated with the received audio content; causing, at least in part, an addition of an access rights rule to the new audio content; and causing, at least in part, transmission of the new audio content and the access rights rule to the other one of the plurality of devices , wherein the other one device is associated with a member of the second list of contacts from the social service platform , wherein the access rights rule includes a digital signature to limit the access of the new audio content to a certain group of devices associated with members of the second list of contacts.
A device for producing compressed hydrogen, comprising a pressure-resistant reactor with a reactor chamber having a metal-containing contact mass , wherein the reactor comprises at least one feed line for feeding fluids into the reactor chamber and at least one discharge line for discharging fluids from the reactor chamber, wherein the at least one discharge line is provided with a device for controlling or regulating the flow rate, preferably having a valve, for adjusting the pressure within the reactor chamber, wherein a conveyance means is provided on the at least one feed line for introducing a water-containing medium into a reactor chamber, and wherein at least one discharge line protrudes into the reactor chamber, through which compressed hydrogen is discharged from the reactor chamber, wherein the reactor chamber has at least two areas that are separate from each other and are connected to each other in a gas-conducting manner, of which at least one area comprises the metal-containing contact mass and at least one additional area comprises at least one inert material , wherein the discharge line , which protrudes into the reactor chamber, ends up in the area comprising the inert material , and wherein in the reactor chamber at least one synthesis gas area is provided comprising a catalyst and/or a non-catalytic solid.
A body panel comprising a multilayer article, comprising, in this sequence, a) optionally a protective layer a, b) a substrate layer b of thickness 1.0 mm to 7.0 mm, based on a thermoplastic polymer, where the thermoplastic polymer is an aromatic polycarbonate or a PMMA, having light transmittance in the range from 380 to 780 nm of less than 1.0% determined at a layer thickness of 4 mm according to DIN ISO 13468-2:2006 (D65, 10°) and energy transmittance T DS of less than 40%, determined according to ISO 13837:2008 at a layer thickness of 4 mm, c) optionally a further layer c based on a thermoplastic polymer having a maximum thickness of 600 μm, d) a metal layer d comprising at least one element selected from Ag, Al, Au, Pt, Fe, Cr, Sn, In, Ti, Pd, Nb, Cu, V, stainless steel or alloys thereof, having a thickness of 40 nm to 500 μm, and e) optionally a protective layer e, wherein the metal layer d is disposed on the side of the multilayer article destined to be oriented toward the interior of the vehicle, and wherein the layers that follow on from layer d, including protective layer e, have a total thickness of not more than 50 nm. a) optionally a protective layer a, b) a substrate layer b of thickness 1.0 mm to 7.0 mm, based on a thermoplastic polymer, where the thermoplastic polymer is an aromatic polycarbonate or a PMMA, having light transmittance in the range from 380 to 780 nm of less than 1.0% determined at a layer thickness of 4 mm according to DIN ISO 13468-2:2006 (D65, 10°) and energy transmittance T DS of less than 40%, determined according to ISO 13837:2008 at a layer thickness of 4 mm, c) optionally a further layer c based on a thermoplastic polymer having a maximum thickness of 600 μm, d) a metal layer d comprising at least one element selected from Ag, Al, Au, Pt, Fe, Cr, Sn, In, Ti, Pd, Nb, Cu, V, stainless steel or alloys thereof, having a thickness of 40 nm to 500 μm, and e) optionally a protective layer e, wherein the metal layer d is disposed on the side of the multilayer article destined to be oriented toward the interior of the vehicle, and wherein the layers that follow on from layer d, including protective layer e, have a total thickness of not more than 50 nm.
A system for improving location accuracy of a radiofrequency ablation procedure performed on a target nerve of a patient, the system comprising: a probe having an outer diameter , a proximal end , and a distal end , the probe comprising an electrically insulated portion located at the proximal end and a conductive portion for delivering energy to a target nerve located at the distal end ; an introducer for facilitating insertion of the distal end of the probe into the patient adjacent the target nerve, the introducer having an inner diameter , a proximal end , and a distal end , wherein the exposed conductive portion of the probe is configured to extend past the distal end of the introducer during energy delivery to the target nerve, wherein the inner diameter of the introducer defines a lumen ; a pharmacological agent for blocking nerve signal transmission along the target nerve; and a fiducial marker configured for placement adjacent the target nerve, wherein the fiducial marker is configured to be deployed from the introducer , characterized in that : the fiducial marker is disposed on an outer surface of the introducer . a probe having an outer diameter , a proximal end , and a distal end , the probe comprising an electrically insulated portion located at the proximal end and a conductive portion for delivering energy to a target nerve located at the distal end ; an introducer for facilitating insertion of the distal end of the probe into the patient adjacent the target nerve, the introducer having an inner diameter , a proximal end , and a distal end , wherein the exposed conductive portion of the probe is configured to extend past the distal end of the introducer during energy delivery to the target nerve, wherein the inner diameter of the introducer defines a lumen ; a pharmacological agent for blocking nerve signal transmission along the target nerve; and a fiducial marker configured for placement adjacent the target nerve, wherein the fiducial marker is configured to be deployed from the introducer ,
A management method of an assistance system for a windscreen of a cab of a vehicle , the vehicle comprising a camera assembly including at least one camera having a field of vision between 150° and 180° and located on the top of the windscreen with an angle between 25° and 75° with respect to the windscreen , for providing a captured image of a wide angle field of view located in front of the vehicle , said wide angle field of view comprising a first front field of vision (F1), a second field of vision (F2) of a class VI front-view according to the Regulation UN ECE n°46 and a third rear field of the vision (F3), wherein the first front field of vision (F1) corresponds to a first part of the captured image, the second field of view (F2) corresponds to a second part of the captured image and the third field of view (F3) corresponds to a third part of the captured image, wherein the third rear field of vision (F3) provides the captured image including at least 60% of the windscreen , the method comprising: - Determining a state of the windscreen using the at least one camera , and - Processing the captured image, according to the state of the windscreen , to operate the windscreen system on the windscreen , wherein the processing of the captured image is based at least on the third part of the captured image. - Determining a state of the windscreen using the at least one camera , and - Processing the captured image, according to the state of the windscreen , to operate the windscreen system on the windscreen , wherein the processing of the captured image is based at least on the third part of the captured image.
A method of multiplexing a first numerology with a second numerology, comprising: transmitting symbols of the first numerology in one set of frequency tones of a frequency division multiplexed transmitter; transmitting symbols of the second numerology in a second set of frequency tones of the frequency division multiplexed transmitter, a ratio of spacing between tones of the first numerology tones and the second numerology tones being an integer number K that is related to the ratio of the number of symbols transmitted by the first numerology and the second numerology in a time period; and transmitting symbols in a guard band located between the first numerology tones and second numerology tones, the symbols in the guard band being transmitted in a waveform that can be interpreted either as the first numerology or as the second numerology. transmitting symbols of the first numerology in one set of frequency tones of a frequency division multiplexed transmitter; transmitting symbols of the second numerology in a second set of frequency tones of the frequency division multiplexed transmitter, a ratio of spacing between tones of the first numerology tones and the second numerology tones being an integer number K that is related to the ratio of the number of symbols transmitted by the first numerology and the second numerology in a time period; and transmitting symbols in a guard band located between the first numerology tones and second numerology tones, the symbols in the guard band being transmitted in a waveform that can be interpreted either as the first numerology or as the second numerology.