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DE112007002393B4 |
Navigation system with GPS and laser reference
Positioning system, comprehensive a laser transmitter (12, 74) which projects at least one laser beam which rotates about a generally vertical axis, a GNSS receiver (72) for determining the... |
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DE102018202983A1 |
Method for determining a data profile for the satellite-based determination of a position of a vehicle
The invention relates to a method for determining a data profile for the satellite-supported determination of a position of a vehicle (1), comprising the following steps: a) determining a vehicle... |
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DE102016225886A1 |
Method and device for position determination
The present invention relates to a method for determining a position of at least one object (7), in which at least one signal (9) from at least one object (7) on at least one carrier frequency of... |
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DE102016220491A1 |
Method and apparatus for operating a vehicle, method for operating a backend and backend, method for operating a mobile device and mobile device, and method and system for determining the location of a vehicle
A method for operating a vehicle (10) is specified. The vehicle has a locating device (13) for locating the vehicle (10) and a signal generator (15) for emitting a signal in a first and / or... |
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DE102007051198B4 |
System and method for automatically adjusting an implement
A system (200) for automatically adjusting an implement (104) with respect to a machine, the working unit (104) transmitting (100), comprising: an inertial navigation system (310) which is adapted... |
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DE102015005465A1 |
An apparatus and method for generating and providing position information
A method of generating and providing indivi (2) and at least one local position transmitter (31, 32, 33, ..., 3n). The processing unit (2) is provided with at least four different navigation... |
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DE112005001760B4 |
Position tracking and control system having a combination laser detector and global navigation satellite receiver system
By man portable integrated system for determining a three-dimensional position (DP1, DP2) An object of interest (15, 19) by detecting at least two fan-shaped beams (23, 23 '), which in differing... |
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DE102014115913A1 |
Method and mobile device for height measurement
The invention relates to a method for the automatic calibration of a device for measuring the height or the change in the height of a mobile terminal relative to at least one reference point, the... |
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DE112006002238B4 |
Method of improving a radio positioning system using a single fan laser
Method of improving a mobile radio positioning system (Mobile_RADPS) using a stationary fan laser transmitter; a rover having the mobile radio positioning system (Mobile_RADPS) integrated with a... |
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DE102011015871B4 |
Fulfill increased integrity requirements with an extension system of a satellite navigation system
Procedures to meet increased health requirements with an extension system of a satellite navigation system comprising the steps of: a) calculating a first scope of a combined integrity risk... |
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DE102011103875A1 |
Method for determining current position of airplane located in region of reference location on earth in e.g. start flight phase, involves correcting satellite navigation position data during failure of transmission of current data
The method involves determining deviation of satellite navigation position data for a reference location from known position data of the reference location. The deviation is transmitted as... |
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DE102011015871A1 |
Method for satisfying updated integrity requests of European geostationary navigation overlay service system of navigation satellite system in aircraft, involves replacing integrity information by data e.g. characteristics of signal errors
The method involves calculating a protection area with vertical integrity risk of 1E-7/150 seconds in case of an error in test positions, using original integrity information for all combinations... |
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DE102010005347A1 |
Method for enhancement of position determination in e.g. north pole of earth and in air by mobile navigation device, involves receiving signals emitted by satellites, and using signals for enhancement of position determination
The method involves emitting signals (12) for receiving and evaluating by a usage system (14) for position determination. Satellites (10) in a room segment are moved on an earth orbit (16), where... |
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DE102008000980B4 |
A method for configuring a device electronics of a hand-held power tool
A method to configure a device electronics of a hand-held power tool (10), said sensor means (20) for detecting measurement data, a control unit (50) for measurement data processing and control of... |
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DE102009045709A1 |
Improvement and validation of the position determination
According to one embodiment of the invention, external position data are received by infrastructure or adjacent vehicles to the vehicle, used to validate or improve the measured vehicle position.... |
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DE102008000980A1 |
A method for configuring a device electronics of a hand-held power tool
The present invention relates to a method to configure a device electronics of a hand-held power tool (10), said sensor means (20) for detecting measurement data, a control unit (50) for... |
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DE102009002629A1 |
Position measurement results of a measuring apparatus using an inclination sensor
A surveying device comprises an antenna for receiving a position determining signal. The measurement device further comprises a tilt sensor in order to obtain a tilt measurement that indicates a... |
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DE112007002393T5 |
Navigation system with GPS and laser reference
Positioning system, comprising a laser transmitter that projects at least a laser beam that rotates about a generally vertical axis, a GNSS receiver for position determination, the GNSS receiver... |
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DE102007008856A1 |
Satellite navigation receiver deceiving method for e.g. missile, involves transmitting received navigation signal as deception field signal at deception frequency by deception field end device
The method involves receiving navigation signal, which is relevant to position determination, of a satellite navigation system at a navigation frequency (L1, L2) using a position recording device... |
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DE112006002238T5 |
A method for improving a radio positioning system using a single laser compartments
process for enhancing a mobile radio positioning system (Mobile_RADPS) using a stationary fan laser transmitter; wherein a Rover mobile radio positioning system (Mobile_RADPS) which is integrated... |
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DE102007051198A1 |
Systems and methods for improving an inertial navigation system
systems and methods for improving an inertial navigation system (INS) include issuing a associated with the implement position information based from the INS, and the setting of the implement on a... |
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DE102006005192A1 |
A method for sensing a threat
The effectiveness the intrinsically safe treason method for threat analysis on the principle Passive radar using the channels in satellite navigation is extraordinarily without using significant... |
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DE112005001760T5 |
Position tracking and control system having a combination laser detector and global navigation satellite receiver system
Combination laser and global navigation satellite antenna (16) for determining an improved position estimate an object of interest (15, 19) by detecting at least two fan-shaped beams (23, 23 '),... |
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DE10005561A1 |
A method for determining a position in a space
The invention relates to a method for determining the position in a room, eg. As a closed or covered space. DOLLAR A To enable a relatively low cost accurate positioning even indoors, it is... |
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DE4011316A1 |
Satellite geodesy system for excavator shovel wheel position
The geodesy system uses measuring signals from at least 4 satellites (10..13) received by a receiver (1) attached to the excavator adjacent the shovel wheel (7) and by a second receiver (2) at a... |