mhurhangee/patent-ind-claim-en huggingface dataset:
A method for providing aid after a vehicle accident, in which method, after the accident, a wireless data and/or voice connection between the vehicle and a rescue centre is established by means of an emergency call device of the vehicle , wherein first sensor data, ascertained by means of at least one first sensor in the vehicle are transmitted to the rescue centre, wherein - the first sensor data detected by the first sensor and second sensor data detected by at least one second sensor provided in the vehicle are transmitted automatically to a data storage unit independent of the rescue centre and are stored there, - contact information assigned to the data storage unit is transmitted from the vehicle to the rescue centre via the wireless data and/or voice connection , characterised in that - the data storage unit is provided in a data processing centre in which there is also provided a backend computer , in which data derived at least from the stored second sensor data are formed, and - the rescue centre retrieves the derived data with use of the contact information, wherein the retrieved data are suitable for selecting aids appropriate to the type of accident. - the first sensor data detected by the first sensor and second sensor data detected by at least one second sensor provided in the vehicle are transmitted automatically to a data storage unit independent of the rescue centre and are stored there, - contact information assigned to the data storage unit is transmitted from the vehicle to the rescue centre via the wireless data and/or voice connection , - the data storage unit is provided in a data processing centre in which there is also provided a backend computer , in which data derived at least from the stored second sensor data are formed, and - the rescue centre retrieves the derived data with use of the contact information, wherein the retrieved data are suitable for selecting aids appropriate to the type of accident.
A system comprising: a compressor operable in a refrigeration circuit and including a motor ; a sensor arranged to produce a signal indicative of one of current and power drawn by said motor; an ambient temperature sensor arranged to produce a signal indicative of an ambient temperature; a liquid-line temperature sensor arranged to provide a signal indicative of a temperature of subcooled liquid circulating within said refrigeration circuit; and processing circuitry arranged to determine a condenser temperature using a compressor map and arranged to determine a subcooling value of said refrigeration circuit from said condenser temperature and said liquid-line temperature signal, wherein said processing circuitry is arranged to reference said current or power signal on said compressor map to determine said condenser temperature, wherein said processing circuitry is arranged to determine a condenser temperature difference by subtracting said ambient temperature from said condenser temperature, wherein said processing circuitry is arranged to determine a low-side fault of at least one of said compressor and said refrigeration circuit based on said subcooling value and said condenser temperature difference decreasing, and wherein said processing circuitry is arranged to determine a high-side fault of at least one of said compressor and said refrigeration circuit based on said subcooling value and said condenser temperature difference increasing. a compressor operable in a refrigeration circuit and including a motor ; a sensor arranged to produce a signal indicative of one of current and power drawn by said motor; an ambient temperature sensor arranged to produce a signal indicative of an ambient temperature; a liquid-line temperature sensor arranged to provide a signal indicative of a temperature of subcooled liquid circulating within said refrigeration circuit; and processing circuitry arranged to determine a condenser temperature using a compressor map and arranged to determine a subcooling value of said refrigeration circuit from said condenser temperature and said liquid-line temperature signal, wherein said processing circuitry is arranged to reference said current or power signal on said compressor map to determine said condenser temperature, wherein said processing circuitry is arranged to determine a condenser temperature difference by subtracting said ambient temperature from said condenser temperature, wherein said processing circuitry is arranged to determine a low-side fault of at least one of said compressor and said refrigeration circuit based on said subcooling value and said condenser temperature difference decreasing, and wherein said processing circuitry is arranged to determine a high-side fault of at least one of said compressor and said refrigeration circuit based on said subcooling value and said condenser temperature difference increasing.
A serving tray comprising a tray body and a base, by means of which the tray body can rest on a flat surface, the tray body comprising a tray bottom and a side wall protruding from the bottom of the tray and defining a wall perimeter, the bottom of the tray and the side wall delimiting an open space , called upper, located above the bottom of the tray and inside the wall perimeter in the usage configuration of the serving tray , this upper space , also called useful space, being able to receive the objects to be supported and/or carried using said serving tray , the base comprising a skirt at least partially surrounding the bottom of the tray and defining, with the tray body , an open space , called lower, located at least partially below the bottom of the tray and inside the perimeter defined by the skirt in the usage configuration of the serving tray , said skirt being interrupted to delimit an open perimeter, the interruption forming an access opening able to allow the entry of the hand and part of the arm of the carrier of the serving tray inside said lower space , including in the resting state of the serving tray , to position the palm of the hand bearing on the bottom of the tray, the so-called visible surface of the skirt , facing the outside of the serving tray , being able to form a communication and/or receiving surface of a communication medium , characterized in that the skirt is attached on the tray body and is fastened, preferably removably, on the tray body .
An in vitro population of engineered neural cells, neural stem cells, or neural progenitor cells that comprise a nucleic acid sequence that encodes an adenovirus E4ORF1 polypeptide but that does not comprise the entire adenovirus E4 region, said E4ORF1 polypeptide having an ability to increase cell proliferation when expressed in glial cells, or an ability to increase axonal length when expressed in neuronal cells.
A control apparatus for a vehicle comprising: a control device configured to switch a traveling range of the vehicle based on an operation position of a shift operation apparatus operated by a driver, the operation position being detected by an operation position detection apparatus ; an abnormality determination device (72; 120) configured to determine that a detection abnormality of the operation position detection apparatus has occurred; and a limp home control device (70; 100; 122) configured to execute a limp home control in a case where the abnormality determination device (72; 120) determines that the detection abnormality of the operation position detection apparatus has occurred during vehicle traveling, the limp home control being a control by which the vehicle travels without depending on operation of the shift operation apparatus , wherein the limp home control device (70; 100; 122) is configured to continue automatic driving in a case where the abnormality determination device (72; 120) determines that the detection abnormality of the operation position detection apparatus has occurred during the automatic driving. a control device configured to switch a traveling range of the vehicle based on an operation position of a shift operation apparatus operated by a driver, the operation position being detected by an operation position detection apparatus ; an abnormality determination device (72; 120) configured to determine that a detection abnormality of the operation position detection apparatus has occurred; and a limp home control device (70; 100; 122) configured to execute a limp home control in a case where the abnormality determination device (72; 120) determines that the detection abnormality of the operation position detection apparatus has occurred during vehicle traveling, the limp home control being a control by which the vehicle travels without depending on operation of the shift operation apparatus , wherein the limp home control device (70; 100; 122) is configured to continue automatic driving in a case where the abnormality determination device (72; 120) determines that the detection abnormality of the operation position detection apparatus has occurred during the automatic driving.
Respirator for ventilating a patient, comprising: a respiratory tube connector for connecting a respiratory tube ; an actuator that is pneumatically connected to the respiratory tube connector for delivering air to a patient via the respiratory tube connector ; a breathing sensor connector for a breathing sensor for returning a breathing sensor signal; a digital programmable controller that is electrically connected to said breathing sensor connector , wherein the breathing signal is fed to said digital controller that is programmed to calculate a lung volume signal from said breathing signal, wherein the lung volume signal monotonically increases with the lung volume of the patient , and wherein the controller is programmed to calculate an inhaled volume and an exhaled volume from the lung volume signal for each breath; characterized in that the controller is further programmed to store an EFE event when the exhaled volume exceeds the associated inhaled volume by an adjustable value , and to increase the pressure at the end of exhalation during an EFE event . a respiratory tube connector for connecting a respiratory tube ; an actuator that is pneumatically connected to the respiratory tube connector for delivering air to a patient via the respiratory tube connector ; a breathing sensor connector for a breathing sensor for returning a breathing sensor signal; a digital programmable controller that is electrically connected to said breathing sensor connector , wherein the breathing signal is fed to said digital controller that is programmed to calculate a lung volume signal from said breathing signal, wherein the lung volume signal monotonically increases with the lung volume of the patient , and wherein the controller is programmed to calculate an inhaled volume and an exhaled volume from the lung volume signal for each breath; characterized in that the controller is further programmed to store an EFE event when the exhaled volume exceeds the associated inhaled volume by an adjustable value , and to increase the pressure at the end of exhalation during an EFE event .
A method of fabricating an electrochromic stack , the method comprising: forming a cathodically coloring layer comprising a cathodically coloring material; and forming an anodically coloring layer comprising nickel-tungsten-niobium-oxide; wherein the nickel-tungsten-niobium-oxide has an atomic ratio of Ni:(W+Nb) that is between 1.5:1 and 3:1, and an atomic ratio of W:Nb that is between 0.2:1 and 1:1, and wherein the anodically coloring layer is amorphous. forming a cathodically coloring layer comprising a cathodically coloring material; and forming an anodically coloring layer comprising nickel-tungsten-niobium-oxide; wherein the nickel-tungsten-niobium-oxide has an atomic ratio of Ni:(W+Nb) that is between 1.5:1 and 3:1, and an atomic ratio of W:Nb that is between 0.2:1 and 1:1, and wherein the anodically coloring layer is amorphous.
A method for a providing node , comprising: - receiving profile information associated with a user and at least one device connected to a first local private network, - providing a profile information transaction comprising the profile information associated with the user and the at least one device to a first private distributed ledger in response to successful authentication of the at least one device, - providing a profile availability transaction to a public distributed ledger, the profile availability transaction comprising an availability indication of the profile information, - receiving a profile request transaction for profile information associated with the user via a public distributed network of nodes storing the public distributed ledger, and - in response to validation of the profile request transaction, causing transmission of at least some of the profile information in the first private distributed ledger to a requesting node of the public distributed network. - receiving profile information associated with a user and at least one device connected to a first local private network, - providing a profile information transaction comprising the profile information associated with the user and the at least one device to a first private distributed ledger in response to successful authentication of the at least one device, - providing a profile availability transaction to a public distributed ledger, the profile availability transaction comprising an availability indication of the profile information, - receiving a profile request transaction for profile information associated with the user via a public distributed network of nodes storing the public distributed ledger, and - in response to validation of the profile request transaction, causing transmission of at least some of the profile information in the first private distributed ledger to a requesting node of the public distributed network.
A structure comprising an aircraft nacelle or a thrust reverser, the structure comprising a stationary part and a movable part , the structure comprising: a first guide provided on or in the stationary part of the structure or the movable part of the structure; a first electrical connector attached to the stationary part of the structure; a second electrical connector attached to the movable part of the structure; and characterized by further comprising a carriage movable along the first guide; wherein the carriage comprises a closed loop electrical cable mounted in or on a carriage body such that the closed loop electrical cable can rotate, wherein the first electrical connector is electrically connected to the closed loop electrical cable and the closed loop electrical cable is electrically connected to the second electrical connector , thereby providing an electrical connection from the stationary part of the structure to the movable part of the structure. a first guide provided on or in the stationary part of the structure or the movable part of the structure; a first electrical connector attached to the stationary part of the structure; a second electrical connector attached to the movable part of the structure; and characterized by further comprising a carriage movable along the first guide; wherein the carriage comprises a closed loop electrical cable mounted in or on a carriage body such that the closed loop electrical cable can rotate, wherein the first electrical connector is electrically connected to the closed loop electrical cable and the closed loop electrical cable is electrically connected to the second electrical connector , thereby providing an electrical connection from the stationary part of the structure to the movable part of the structure.
An antenna, comprising a ground plate , and an antenna module disposed on the ground plate , wherein the antenna module comprises a clearance area in the ground plate , a support , and at least two branches ; and each branch is disposed on the support ; a partial projection of the support on a horizontal plane falls within the clearance area ; and a projection, on the horizontal plane, of one end of each branch that is configured to connect to a feed point is outside the clearance area , and a projection of a tail end on the horizontal plane is inside the clearance area , wherein the clearance area comprises a first side edge (a) and a second side edge (b) that are adjacent to each other, and a third side edge (c) and a fourth side edge (d) that are disposed respectively opposite to the first side edge (a) and the second side edge (b); and the support comprises a first side surface and a second side surface that are adjacent to each other, and a third side surface and a fourth side surface that are respectively opposite to the first side surface and the second side surface; and a projection of the second side surface of the support on the horizontal plane falls on a straight line of the second side edge (b) of the clearance area , and coincides with at least a part of the second side edge (b) of the clearance area ; a distance between a projection of the support on the horizontal plane and each of the third side edge (c) and the fourth side edge (d) of the clearance area is 0 mm to 5 mm; and the first side surface of the support is outside the clearance area . each branch is disposed on the support ; a partial projection of the support on a horizontal plane falls within the clearance area ; and a projection, on the horizontal plane, of one end of each branch that is configured to connect to a feed point is outside the clearance area , and a projection of a tail end on the horizontal plane is inside the clearance area , wherein the clearance area comprises a first side edge (a) and a second side edge (b) that are adjacent to each other, and a third side edge (c) and a fourth side edge (d) that are disposed respectively opposite to the first side edge (a) and the second side edge (b); and the support comprises a first side surface and a second side surface that are adjacent to each other, and a third side surface and a fourth side surface that are respectively opposite to the first side surface and the second side surface; and a projection of the second side surface of the support on the horizontal plane falls on a straight line of the second side edge (b) of the clearance area , and coincides with at least a part of the second side edge (b) of the clearance area ; a distance between a projection of the support on the horizontal plane and each of the third side edge (c) and the fourth side edge (d) of the clearance area is 0 mm to 5 mm; and the first side surface of the support is outside the clearance area .
An inkjet printer for printing on natural leather comprising: - a first vacuum belt for conveying an unwoven fabric which is , configured as a second vacuum belt, for conveying under an inkjet print head a natural leather ; and characterized by - a device for applying pressure to said natural leather on said second vacuum belt; wherein said device comprises a portion for traversing said natural leather with a rub by a relative movement between said pressure device and said second vacuum belt, carrying said natural leather . - a first vacuum belt for conveying an unwoven fabric which is , configured as a second vacuum belt, for conveying under an inkjet print head a natural leather ; and characterized by - a device for applying pressure to said natural leather on said second vacuum belt; wherein said device comprises a portion for traversing said natural leather with a rub by a relative movement between said pressure device and said second vacuum belt, carrying said natural leather .
A magnetic bistable hinge system comprising: a hinge bracket having an axis (A) extending therethrough; a first magnet coupled to the hinge bracket and configured to rotate about the axis (A) of the hinge bracket from a first bistable position to a second bistable position, the first magnet having a north pole and an opposed south pole ; a rotatable member coupled to the hinge bracket and the first magnet ; a second magnet spaced a pre-determined distance away from the first magnet and having a north pole and an opposed south pole , wherein a south pole of the first magnet and a south pole of the second magnet face in a direction toward one another; wherein when the south pole of the first magnet is at a first angle relative to the south pole of the second magnet , the first magnet and the second magnet are in the first bistable position and the rotatable member is in a closed position relative to the hinge bracket ; wherein when the south pole of the first magnet is at a second angle relative to the south pole of the second magnet , the first and second magnets are at the second bistable position, and the rotatable member is rotated to an open position relative to the hinge bracket ; and characterised in that when the south pole of the first magnet is at a third angle relative to the south pole of the second magnet in which the first magnet and the second magnet no longer repel one another, the rotatable member is in a fully open position relative to the hinge bracket . a hinge bracket having an axis (A) extending therethrough; a first magnet coupled to the hinge bracket and configured to rotate about the axis (A) of the hinge bracket from a first bistable position to a second bistable position, the first magnet having a north pole and an opposed south pole ; a rotatable member coupled to the hinge bracket and the first magnet ; a second magnet spaced a pre-determined distance away from the first magnet and having a north pole and an opposed south pole , wherein a south pole of the first magnet and a south pole of the second magnet face in a direction toward one another; wherein when the south pole of the first magnet is at a first angle relative to the south pole of the second magnet , the first magnet and the second magnet are in the first bistable position and the rotatable member is in a closed position relative to the hinge bracket ; wherein when the south pole of the first magnet is at a second angle relative to the south pole of the second magnet , the first and second magnets are at the second bistable position, and the rotatable member is rotated to an open position relative to the hinge bracket ; and characterised in that when the south pole of the first magnet is at a third angle relative to the south pole of the second magnet in which the first magnet and the second magnet no longer repel one another, the rotatable member is in a fully open position relative to the hinge bracket .