mhurhangee/patent-ind-claim-en huggingface dataset:
A medical device coated with a polymer, wherein magnetizable particles are bound to or encapsulated within the polymer, and wherein the magnetizable particles are ferromagnetic and comprise an alloy of iron and platinum having an L1 0 crystalline phase.
A method for forming an electrochemical device, the method comprising: (a) heating a ceramic material at a temperature to remove at least a portion of a resistive surface region of the ceramic material thereby forming a solid state electrolyte, wherein the temperature is in a temperature range of greater than 250°C to 500°C; and (b) placing the solid state electrolyte in contact with an electrode comprising lithium, wherein the ceramic material has a formula of Li w A x M 2 Re 3-y O z wherein w is 5 - 7.5, wherein A is selected from B, Al, Ga, In, Zn, Cd, Y, Sc, Mg, Ca, Sr, Ba, and any combination thereof, wherein x is 0 - 2, wherein M is Zr, wherein Re is selected from lanthanide elements, wherein y is 0.01 - 0.75, wherein z is 10.875 - 13.125, and wherein the material has a garnet-type or garnet-like crystal structure. (a) heating a ceramic material at a temperature to remove at least a portion of a resistive surface region of the ceramic material thereby forming a solid state electrolyte, wherein the temperature is in a temperature range of greater than 250°C to 500°C; and (b) placing the solid state electrolyte in contact with an electrode comprising lithium, wherein the ceramic material has a formula of Li w A x M 2 Re 3-y O z wherein w is 5 - 7.5, wherein A is selected from B, Al, Ga, In, Zn, Cd, Y, Sc, Mg, Ca, Sr, Ba, and any combination thereof, wherein x is 0 - 2, wherein M is Zr, wherein Re is selected from lanthanide elements, wherein y is 0.01 - 0.75, wherein z is 10.875 - 13.125, and wherein the material has a garnet-type or garnet-like crystal structure.
Interface for data transmission in a motor vehicle between a mobile data appliance having a computation unit and an information display in the motor vehicle, wherein the mobile data appliance and the central information display can be connected to one another by means of wireless communication and the screen content of the mobile data appliance can be presented on the information display , the computation unit of the mobile data appliance is set up to use the wireless communication to actuate the information display in the motor vehicle by means of video signals, and the computation unit of the information display is set up to present the video signals received from the mobile data appliance , characterized in that the computation unit of one or more information displays and/or the computation unit of a communication unit of the motor vehicle is/are set up to use the wireless communication to transmit a self-executing application program to the computation unit of the mobile data appliance , which program is programmed to set up the computation unit of the mobile data appliance , when a mobile data appliance registers on the wireless communication system of the motor vehicle.
Method for autonomous driving of a vehicle, called ego-vehicle (EV), the method comprising a consolidation of an indicator of the presence of a target object (VC), comprising the steps of: • obtaining data from at least one sensor of the ego-vehicle, said data comprising information on the presence of the target object; • estimation of a trajectory of the ego-vehicle; • calculation of an instantaneous indicator of the presence of the target object from said sensor data and said estimated trajectory of the ego-vehicle; • determination of a consolidated presence indicator from the instantaneous presence indicator and a history of consolidated presence indicators; • generation of an autonomous driving instruction from said consolidated presence indicator; the generation step includes the sub-steps of: ∘ if the consolidated presence indicator is lower than a predetermined value (S), triggering of a confirmation timer (TIMER); ∘ generation of the autonomous driving instruction so that the target object is taken into account if the consolidated presence indicator is greater than the predetermined value before the end of the confirmation timer. • obtaining data from at least one sensor of the ego-vehicle, said data comprising information on the presence of the target object; • estimation of a trajectory of the ego-vehicle; • calculation of an instantaneous indicator of the presence of the target object from said sensor data and said estimated trajectory of the ego-vehicle; • determination of a consolidated presence indicator from the instantaneous presence indicator and a history of consolidated presence indicators; • generation of an autonomous driving instruction from said consolidated presence indicator; the generation step includes the sub-steps of: ∘ if the consolidated presence indicator is lower than a predetermined value (S), triggering of a confirmation timer (TIMER); ∘ generation of the autonomous driving instruction so that the target object is taken into account if the consolidated presence indicator is greater than the predetermined value before the end of the confirmation timer. ∘ if the consolidated presence indicator is lower than a predetermined value (S), triggering of a confirmation timer (TIMER); ∘ generation of the autonomous driving instruction so that the target object is taken into account if the consolidated presence indicator is greater than the predetermined value before the end of the confirmation timer.
Sterilization device for packaging material comprising a power supply unit , and at least one electron beam emitter , wherein the power supply unit comprises - a housing comprising a first and at least one second chamber ; - at least one electric system disposed within the housing for providing an output voltage to a high voltage output connector , the electric system comprising control system components, power electronic components and high voltage electric components ; wherein the high voltage electric components are connected to the electron beam emitter ; wherein the power electronic components and the control system components are located within the second chamber and wherein the high voltage electric components are arranged in the first chamber ; wherein the first and the second chamber, respectively, are filled with an insulation gas; wherein at least one of the high voltage electric components is at least partly covered with a solid insulation layer , wherein the solid insulation layer is adapted to provide an electric insulation thereof, wherein the solid insulation layer comprises epoxy and is provided by potting; wherein the first and the second chamber, respectively, comprise at least one conveying device, such as a fan, used to create a circulating gas flow to cool the electric system. - a housing comprising a first and at least one second chamber ; - at least one electric system disposed within the housing for providing an output voltage to a high voltage output connector , the electric system comprising control system components, power electronic components and high voltage electric components ;
A transmission apparatus, comprising: a message generating section configured to generate a signaling message on each of assets, the assets including timed media and non-timed media; and a transmission section configured to transmit packets in a MPEG media transport system, the packets storing the signaling message, wherein the timed media include items corresponding to video, audio and/or caption data, wherein the non-timed media include items corresponding to files or directories of an application, characterized in that the signaling message includes - a first table, the first table indicating presentation unit identification information and item tag information, the presentation unit identification information identifying a presentation unit of the application and the item tag information identifying an item included in the presentation unit of the application, and - a second table indicating item identification information identifying an item on a transport stream, the item identification information corresponding to the item tag information identifying an item included in the presentation unit of the application. a message generating section configured to generate a signaling message on each of assets, the assets including timed media and non-timed media; and a transmission section configured to transmit packets in a MPEG media transport system, the packets storing the signaling message, wherein the timed media include items corresponding to video, audio and/or caption data, wherein the non-timed media include items corresponding to files or directories of an application, characterized in that the signaling message includes - a first table, the first table indicating presentation unit identification information and item tag information, the presentation unit identification information identifying a presentation unit of the application and the item tag information identifying an item included in the presentation unit of the application, and - a second table indicating item identification information identifying an item on a transport stream, the item identification information corresponding to the item tag information identifying an item included in the presentation unit of the application. - a first table, the first table indicating presentation unit identification information and item tag information, the presentation unit identification information identifying a presentation unit of the application and the item tag information identifying an item included in the presentation unit of the application, and - a second table indicating item identification information identifying an item on a transport stream, the item identification information corresponding to the item tag information identifying an item included in the presentation unit of the application.
Fastening device for fixing at least one cable , wherein the fastening device comprises a clip for receiving and/or fixing a cable , wherein the clip is designed such that it can at least partially engage around the cable and can clamp said cable in a force-fitting and/or interlocking manner, and wherein the fastening device has a fixing element which comprises a guide element and a retaining element , wherein the guide element is mechanically connected to the clip , and the retaining element is designed such that it allows the fastening device to be mounted in a fixed position, wherein the guide element is mounted in the clip in a mount which at least partially surrounds the clip with respect to its casing surface.
A method for securing industrial asset data in a computing environment , the method comprises: receiving, by a processor , a request for modifying asset data, wherein the request comprises one or more parameters associated with the one or more assets (108A-N) deployed in a technical installation and one or more parameters associated with a requestor profile; validating, by the processor , the request for modifying the asset data based on pre-stored one or more parameters associated with the one or more assets (108A-N) deployed in the technical installation and the pre-stored one or more parameters associated with the requestor profile using blockchain validation method; modifying, by the processor , the pre stored asset data to generate a modified asset data based on the validated request; generating, by the processor , a digital representation model of the modified asset data using a knowledge graph, wherein the digital representation model of the modified asset data comprises dynamic linking between the one or more parameters associated with the one or more assets (108A-N) deployed in the technical installation and the one or more parameters associated with the requestor profile; and outputting, by the processor , the generated digital representation model of the modified asset data on a user interface. receiving, by a processor , a request for modifying asset data, wherein the request comprises one or more parameters associated with the one or more assets (108A-N) deployed in a technical installation and one or more parameters associated with a requestor profile; validating, by the processor , the request for modifying the asset data based on pre-stored one or more parameters associated with the one or more assets (108A-N) deployed in the technical installation and the pre-stored one or more parameters associated with the requestor profile using blockchain validation method; modifying, by the processor , the pre stored asset data to generate a modified asset data based on the validated request; generating, by the processor , a digital representation model of the modified asset data using a knowledge graph, wherein the digital representation model of the modified asset data comprises dynamic linking between the one or more parameters associated with the one or more assets (108A-N) deployed in the technical installation and the one or more parameters associated with the requestor profile; and outputting, by the processor , the generated digital representation model of the modified asset data on a user interface.
A pixel arrangement structure, comprising a plurality of repeating units, wherein each repeating unit comprises one red sub-pixel , one blue sub-pixel and two green sub-pixels ; the four sub-pixels of each repeating unit constitute two pixels, the red sub-pixel and the blue sub-pixel being shared by the two pixels; in a first direction of the pixel array, the sub-pixel density is equal to 1.5 times of the pixel density, in a second direction of the pixel array, the sub-pixel density is equal to 1.5 times of the pixel density; and the first direction and the second direction are different directions; wherein, in the second direction, the green sub-pixels are disposed in pairs in each of which two green sub-pixels are adjacently disposed so as to form a plurality of pairs of green sub-pixels arranged along the second direction; one red sub-pixel and one blue sub-pixel are disposed between any two adjacent pairs of green sub-pixels ; characterized in that both the red sub-pixel and the blue sub-pixel have a shape of hexagon, each of three pairs of opposite sides of the hexagon has two sides parallel to each other; each green sub-pixel has a shape of pentagon, the pentagon comprises a pair of parallel opposite sides and a perpendicular side, the perpendicular side being perpendicular to the pair of parallel opposite sides; wherein the perpendicular sides of each pair of green sub-pixels are disposed adjacent to each other; a pair of parallel opposite sides of the red sub-pixel and a pair of parallel opposite sides of the blue sub-pixel are parallel to the pair of parallel opposite sides of the green sub-pixels and have a longer length than the other sides of the respective hexagon which have a same length.
Method for operating a vehicle having a transmission and a braking device during a journey, during which the vehicle, the transmission of which comprises at least one form-fitting shifting element, moves along a carriageway, wherein, during the journey of the motor vehicle, the shifting element of which is movable in form-fitting interaction with at least one further structural element, anti-lock braking is carried out by means of the braking device, in which, by means of a control device of the vehicle, at least one braking torque to be applied to at least one wheel of the vehicle by the braking device in order to brake the wheel is at least temporarily limited to a predeterminable value in order thereby to at least temporarily prevent locking of the wheel relative to the carriageway, wherein, during the anti-lock braking: - at least one value characterizing a change in a rotational speed of the wheel is determined (step S1), and - depending on the value a movement of the shifting element that brings about the form-fitting interaction of the shifting element with the further structural element is at least temporarily prevented (step S2), characterized in that - during the anti-lock braking, at least one braking value characterizing the braking torque is determined, wherein, during the anti-lock braking, the movement bringing about the form-fitting interaction of the shifting element with the further structural element is prevented depending on the determined braking value. - at least one value characterizing a change in a rotational speed of the wheel is determined (step S1), and - depending on the value a movement of the shifting element that brings about the form-fitting interaction of the shifting element with the further structural element is at least temporarily prevented (step S2), characterized in that - during the anti-lock braking, at least one braking value characterizing the braking torque is determined, wherein, during the anti-lock braking, the movement bringing about the form-fitting interaction of the shifting element with the further structural element is prevented depending on the determined braking value.
A disinfection unit configured to be operated in a room having a ceiling , wherein the disinfection unit comprises one or more nozzles (8, 8', 8") each being arranged to generate a jet and hereby spray a disinfection fluid into the room , wherein the disinfection unit comprises a control unit configured to calculate a quantity of disinfection fluid to be sprayed into the room on the basis of a predefined required degree of purity, wherein the disinfection unit : a) comprises a mobile device or b) is configured to be electrically and mechanically connected to a mobile device , wherein the mobile device is configured to move the disinfection unit , wherein the disinfection unit comprises a position determination device configured to determine the position of the disinfection unit , wherein the disinfection unit comprises a detection unit arranged and configured to detect a height (H 1 , H 2 , H 3 ) of the room , characterised in that the disinfection unit is configured to carry out a height detection while the mobile device is moved along a predefined path, wherein the predefined path is selected in such a manner that at least one height measurement is available for each square meter of the ceiling . a) comprises a mobile device or b) is configured to be electrically and mechanically connected to a mobile device , wherein the mobile device is configured to move the disinfection unit , wherein the disinfection unit comprises a position determination device configured to determine the position of the disinfection unit , wherein the disinfection unit comprises a detection unit arranged and configured to detect a height (H 1 , H 2 , H 3 ) of the room , characterised in that the disinfection unit is configured to carry out a height detection while the mobile device is moved along a predefined path, wherein the predefined path is selected in such a manner that at least one height measurement is available for each square meter of the ceiling .
A method of using a magnetometer system to analyse the magnetic field of a region of a subject's body, the method comprising: using one or more detectors to detect the time varying magnetic field of a region of a subject's body; using a digitiser to digitise a signal or signals from the one or more detectors, each signal that is digitised including noise and a periodic signal produced by one or more of the one or more detectors due to the time varying magnetic field of the region of the subject's body; and averaging the digitised signal or signals over plural periods; wherein the magnetometer system is configured such that detector noise and system noise in each signal provided to the digitiser for digitisation is greater than about 25% of the interval between digitisation levels of the digitiser, such that the magnetometer system can detect one or more signal features of the periodic signal produced by one or more of the one or more detectors due to the time varying magnetic field of the region of the subject's body that are smaller than the interval between digitisation levels of the digitiser. using one or more detectors to detect the time varying magnetic field of a region of a subject's body; using a digitiser to digitise a signal or signals from the one or more detectors, each signal that is digitised including noise and a periodic signal produced by one or more of the one or more detectors due to the time varying magnetic field of the region of the subject's body; and averaging the digitised signal or signals over plural periods; wherein the magnetometer system is configured such that detector noise and system noise in each signal provided to the digitiser for digitisation is greater than about 25% of the interval between digitisation levels of the digitiser, such that the magnetometer system can detect one or more signal features of the periodic signal produced by one or more of the one or more detectors due to the time varying magnetic field of the region of the subject's body that are smaller than the interval between digitisation levels of the digitiser.
Method for the sequential presentation of images comprising at least two images and carried out by way of a processor enabled to display said images on display means connected to it, said method comprising the steps of: - associating a first audio track to at least a first image stored in memory means associated with said processor in accordance with a user selection of said first audio track and said at least one first image; - associating a second audio track to at least a second image stored in said memory means in accordance with a user selection of said second audio track and said at least one second image; wherein said step of associating a first audio track to at least a first image and said step of associating a second audio track to at least a second image provide for storing a first identification code of the first audio track in the first metadata of said at least one first image, and storing a second identification code of the second audio track in second metadata of said at least one second image, - selecting by the user said at least one first image and said at least one second image for said sequential presentation; - reading said first and second metadata and determining that said first and second audio tracks are associated with the selected first and second images; - reproducing, by way of said processor and said display means , said at least first image for a first length of time of said determined first audio track while acoustically reproducing said determined first audio track on sound producing means connected to said processor ; - subsequently reproducing, by means of said processor and said display means , said at least one second image for a second length of time of said determined second audio track while acoustically reproducing said determined second audio track on said sound producing means . - associating a first audio track to at least a first image stored in memory means associated with said processor in accordance with a user selection of said first audio track and said at least one first image; - associating a second audio track to at least a second image stored in said memory means in accordance with a user selection of said second audio track and said at least one second image; - selecting by the user said at least one first image and said at least one second image for said sequential presentation; - reading said first and second metadata and determining that said first and second audio tracks are associated with the selected first and second images; - reproducing, by way of said processor and said display means , said at least first image for a first length of time of said determined first audio track while acoustically reproducing said determined first audio track on sound producing means connected to said processor ; - subsequently reproducing, by means of said processor and said display means , said at least one second image for a second length of time of said determined second audio track while acoustically reproducing said determined second audio track on said sound producing means .