Kelling
Enno Kelling, Eschborn DE
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20090287412 | Method and Apparatus for Transmitting Vehicle-Related Information In and Out of a Vehicle - A method for transmitting vehicle-related information in and out of a vehicle and an apparatus for carrying out the method are disclosed. The method includes the steps of (i) receiving location information via reception means for position finding, (ii) evaluating vehicle-related information and location information via means for coordinating an interaction between the communication means, the reception means and means for wireless radio networking, (iii) transmitting vehicle-related information and the location information to mobile terminals carried in the vehicle by wireless radio networking comprising one bi-directional communication link, and (iv) indicating the vehicle-related information and location information audibly, visually, haptically, or any combination thereof, within a reproduction unit in the mobile terminals. | 11-19-2009 |
20100241354 | VERIFICATION OF DIGITAL MAPS - An assessment module for assessing data from a digital map for a vehicle. The assessment is made on the basis of a piece of dedicated map quality information and measurement data from an ambient sensor system in the vehicle. The connected driver assistance systems and safety systems in the vehicle use the digital map data on the basis of the assessment. | 09-23-2010 |
20110199229 | METHOD AND SYSTEM FOR DETECTING THE TYP OF TIRE - Disclosed is a method and a circuit configuration as well as a navigation system are disclosed, wherein the extraction and transmission of signals running on a line bus ( | 08-18-2011 |
20110215758 | SYSTEM, DEVICE AND METHOD FOR DATA TRANSFER TO A VEHICLE AND FOR CHARGING SAID VEHICLE - A data transfer, power supply and charging apparatus having a data interface transfers both energy to an energy storage device and vehicle- or driver-related data via a charging cable or electric line. The use of a charging cable for transmitting data to and from the vehicle is suitable particularly for electric and hybrid vehicles in the automotive sector. In this way, it is possible to perform updates for vehicle-internal systems and to check these. In addition, the data transfer, power supply and charging apparatus may include a communication unit which also allows data to be received and sent during travel without an electrical connection. | 09-08-2011 |
Greg Kelling US
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20110277416 | METAL ROOF TRUSS HAVING GENERALLY S-SHAPED WEB MEMBERS - The metal truss assembly disclosed herein is made from generally U-shaped metal chords and multiple generally S-shaped web members extending between the chords. A typical truss assembly has a pair of elongated, opposed, diverging metal upper chords and a lower chord, with the chords each forming generally U-shaped channels defining an interior chord space. A plurality of elongated metal web members extend between the upper and lower chords, with each of the web members extending into the interior space of an upper chord and the lower chord and attached to the chords. The web members, as taught herein, have a generally S-shaped cross-section. The shape of the web members is an advancement of prior art web members. | 11-17-2011 |
Greg Kelling, West Ampton, NJ US
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20100077692 | METAL ROOF TRUSS HAVING GENERALLY S-SHAPED WEB MEMBERS - The metal truss assembly disclosed herein is made from generally U-shaped metal chords and multiple generally S-shaped web members extending between the chords. A typical truss assembly has a pair of elongated, opposed, diverging metal upper chords and a lower chord, with the chords each forming generally U-shaped channels defining an interior chord space. A plurality of elongated metal web members extend between the upper and lower chords, with each of the web members extending into the interior space of an upper chord and the lower chord and attached to the chords. The web members, as taught herein, have a generally S-shaped cross-section. The shape of the web members is an advancement of prior art web members. | 04-01-2010 |
Mark Kelling, Marlboro, NY US
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20130207108 | Critical Dimension and Pattern Recognition Structures for Devices Manufactured Using Double Patterning Techniques - An illustrative test structure is disclosed herein that includes a plurality of first line features and a plurality of second line features. In this embodiment, each of the second line features have first and second opposing ends and the first and second line features are arranged in a grating pattern such that the first ends of the first line features are aligned to define a first side of the grating structure and the second ends of the first features are aligned to define a second side of the grating structure that is opposite the first side of the grating structure. The first end of the second line features has a first end that extends beyond the first side of the grating structure while the second end of the second line features has a first end that extends beyond the second side of the grating structure. | 08-15-2013 |
20150050811 | CRITICAL DIMENSION AND PATTERN RECOGNITION STRUCTURES FOR DEVICES MANUFACTURED USING DOUBLE PATTERNING TECHNIQUES - An illustrative test structure is disclosed herein that includes a plurality of first line features and a plurality of second line features. In this embodiment, each of the second line features have first and second opposing ends and the first and second line features are arranged in a grating pattern such that the first ends of the first line features are aligned to define a first side of the grating structure and the second ends of the first features are aligned to define a second side of the grating structure that is opposite the first side of the grating structure. The first end of the second line features has a first end that extends beyond the first side of the grating structure while the second end of the second line features has a first end that extends beyond the second side of the grating structure. | 02-19-2015 |
Ralf Kelling, Eversmeer DE
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20150159633 | MONITORED COMPONENT CONNECTION, WIND POWER INSTALLATION, METHOD OF MONITORING A COMPONENT CONNECTION FOR UNWANTED RELEASE OF THE COMPONENT CONNECTION IN THE CONNECTED CONDITION - The invention concerns a monitored component connection comprising a first component forming a holding portion, a second component forming a receiving portion, and a connecting portion which holds the second component to the first component in the connected condition, wherein the connecting portion engages into a connection receiving means of the receiving portion. According to the invention it is proposed that for monitoring for an unwanted connection weakness in the component connection in the connected condition the connection receiving means can be acted upon with a testing pressure, and the testing pressure can be monitored for a defect deviation which is sufficient to indicate a connection weakness in the component connection in the connected condition. | 06-11-2015 |
René Kelling, Stuttgart DE
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20150129805 | METHOD FOR PRODUCING CO AND/OR H2 IN AN ALTERNATING OPERATION BETWEEN TWO OPERATING MODES - The invention relates to a method for producing syngas in an alternating operation between two operating modes. The method has the steps of providing a flow reactor; endothermically reacting carbon dioxide with hydrocarbons, water, and/or hydrogen in the flow reactor, at least carbon monoxide being formed as the product, under the effect of heat generated electrically by one or more heating elements ( | 05-14-2015 |
Sven Kelling, Cambridgeshire GB
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20100127025 | CONVERTIBLE GARMENT AND CONTAINER | 05-27-2010 |
Sven Kelling, Cambridge GB
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20090133470 | Dry Side Sensor Mounting for Sensor Chip Assembly - An assembly design for an oscillating resonator-based sensor where an oscillating crystal resonator such as a quartz crystal resonator is rigidly affixed or ‘mounted’ onto a solid substrate in such a fashion that the resonator can either rest flush against the substrate surface or upon a rigid mounting adhesive. Once cured, the mounting adhesive forms a liquid tight seal between the mounted resonator and the substrate such that only the sensing electrode surface will be exposed to fluids applied to the front side of the substrate. The mounted resonator assembly is designed in such a way that it can be interfaced with a fluid delivery system to form a liquid tight chamber or flow cell around the mounted resonator without incurring additional physical impact upon the mounted resonator. The assembled flow cell can in turn be used to direct multiple fluid streams to flow in a laminar manner over the sensing surface of the mounted resonator and by varying the rates of flow for the different laminar flowing fluid streams the total hydraulic pressure exerted on the surface of the mounted resonator can be held constant. | 05-28-2009 |
20110000280 | Dry Side Sensor Mounting for Sensor Chip Assembly - An assembly design for an oscillating resonator-based sensor where an oscillating crystal resonator such as a quartz crystal resonator is rigidly affixed or ‘mounted’ onto a solid substrate in such a fashion that the resonator can either rest flush against the substrate surface or upon a rigid mounting adhesive. Once cured, the mounting adhesive forms a liquid tight seal between the mounted resonator and the substrate such that only the sensing electrode surface will be exposed to fluids applied to the front side of the substrate. The mounted resonator assembly is designed in such a way that it can be interfaced with a fluid delivery system to form a liquid tight chamber or flow cell around the mounted resonator without incurring additional physical impact upon the mounted resonator. The assembled flow cell can in turn be used to direct multiple fluid streams to flow in a laminar manner over the sensing surface of the mounted resonator and by varying the rates of flow for the different laminar flowing fluid streams the total hydraulic pressure exerted on the surface of the mounted resonator can be held constant. | 01-06-2011 |
Ursula Kelling, Neubiberg DE
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20130076451 | Method for Trimming an Adjustable Oscillator to Match a CAN-Bus and a CAN-Bus Communication Controller - A method for trimming a cycle time of an adjustable oscillator to match a Controller Area Network-bus (CAN-bus) operating with a predetermined bit time includes determining a measured number of cycles of an adjustable oscillator between a first signal and a second signal within a CAN frame transmitted on a CAN-bus; determining an information about a present cycle time of the adjustable oscillator using the measured number of cycles and a nominal number of cycles per bit time; and trimming a cycle time of an adjustable oscillator to match the CAN-bus operating with a predetermined bit time based on the determined information. | 03-28-2013 |