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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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DE102004043524B4 |
RTK positioning system and positioning method therefor
RTK Positioning System (1), RTK = Real Time Kinematic, which determines positions with pseudolites (2) used as GPS satellites (2) and which has: a plurality of pseudolites (2) each arranged at a... |
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DE102016010439B4 |
Method for determining the ambiguities of differential measurements of carrier phases of frequency-multiplexed signals
Carrier phases are periodic, so that the measurements of the carrier phases have an integer ambiguity. Differences of carrier phase measurements are formed to eliminate errors. In... |
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DE102015103605B4 |
Distance measurement method and device
A method of determining a distance or location of a remote device or reflector, the method comprising: Receiving a signal from a remote signal transmitter connected to, contained in, or attached... |
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DE102016010439A1 |
Method for determining the ambiguities of differential measurements of carrier phases of frequency-multiplexed signals
Method for determining the ambiguities of difference measurements of carrier phases of frequency-multiplexed signals, wherein Each channel of the frequency-multiplexed signal is used by its own... |
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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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DE102015014303A1 |
Method for the time-optimized determination of initial ambiguities of the differences of synchronously measured carrier phases to GNSS satellites for the space vector between the antennas of two receivers
Centimeter-accurate satellite-based position sensors are characterized by two receivers synchronously measuring carrier phases of the same satellite signals. In this case, GNS systems, eg GPS, are... |
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DE102015103605A1 |
Distance measurement method and device
The present invention relates to a method for determining a distance or location of a remote device or reflector, the method comprising: receiving a signal from a remote signal transmitter... |
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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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DE112006001256B4 |
Positioning system for providing synthetic reference data associated method and tangible medium
Positioning system (30; 50) for providing synthetic reference data with additional error for controlling geographical position accuracy, comprising: a global reference GNSS (Global Navigation... |
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DE112006001220B4 |
Apparatus for controlling the geographical position accuracy associated method and tangible medium
Rover station (118; 124A-C; 70; 80A-B; 200A-B; 300A-D), with a global reference satellite navigation system (Global Navigation Satellite System - GNSS) operates to control the geographical... |
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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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DE102011001296A1 |
Method and device for determining the relative position between two receivers and use of the device for stabilizing suspended loads
A method and a device for determining the relative positions between two receivers (10, 11) for satellite navigation are proposed. In the method and the device, the receivers (10, 11) carry out... |
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DE112009002042T5 |
Methods and apparatus for processing GNSS signals with tracking interruption
There are methods and devices provided for estimating parameters, ie ambiguities, which are derived from GNSS signals. There are observations of each of received frequencies of a GNSS signal from... |
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DE112009002044T5 |
Methods and apparatus for processing GNSS signals having Ambiguitätskonvergenzangabe
There are provided methods and apparatus for estimating parameters, ie ambiguities, which are derived from GNSS signals. There are observations of a GNSS signal from each of a plurality of GNSS... |
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DE112009002036T5 |
Methods and apparatus for GNSS signal processing with Ambiguitätsauswahl
There are provided methods and apparatus for estimating parameters, ie ambiguities, which are derived from GNSS signals. There are observations of a GNSS signal from each of a plurality of GNSS... |
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DE112009002018T5 |
Methods and apparatus for processing GNSS signals with scaling the measure of quality
There are provided methods and apparatus for estimating parameters, ie ambiguities, which are derived from GNSS signals. There are observations of GNSS signals from each of a plurality of GNSS... |
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DE112009002026T5 |
Methods and apparatus for processing GNSS signals with selection of candidate sets
A method for estimating parameters derived from signals of a global navigation satellite system (GNSS), and are useful to determine a position, comprising the steps of: obtaining observations of a... |
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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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DE112009001008T5 |
Apparatus for detecting a relative position and system for detecting a relative position
Device for detecting a relative position, which is mounted in a movable object and detects the relative position of a movable object with respect to another movable object, characterized by... |
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DE112009000972T5 |
Interferometric positioning of an inter-moving bodies, apparatus and method thereof
Interferometric positioning of an inter-moving bodies, which is mounted in a mobile body, for carrying out positioning in coordination with two or more other moving bodies in the area of the... |
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DE10309673B4 |
Communication system and method for the reciprocal distance determination
Communication system having at least a first and a second communication device (10), wherein the first communication device includes a transmitter (22) for transmitting a first signal (40) to the... |
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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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DE112006002628T5 |
GNSS signal processing with Partial-setting ambiguities
A method of processing signal data derived from signals received at multiple stations from satellites of one or more GNSS, comprising: determining from the signal data a complete set of integer... |
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DE112006002680T5 |
GNSS signal processing with frequency dependent bias modeling
A method of processing signal data derived from signals received from multiple stations from satellites of two or more GNSS, at least one GNSS comprises a FDMA GNSS comprising: preparing... |
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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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DE112007000563T5 |
GNSS signal processing method and apparatus
On A method of processing a set of GNSS signal data received from multiple satellites at multiple reference stations, comprising: a. For each reference station, applying a station geometry filter... |
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DE102007014114A1 |
mobile crane
The This invention relates to a mobile crane with means for wireless reception or to establish the whereabouts of Crane characterizing data and transmission means that these Means associated with... |
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DE112006002665T5 |
Multi-GNSS signal processing with timing difference Modelling
On A method of processing signal data derived from signals received at multiple stations from satellites of two or more GNSS, each GNSS having a respective clock error, comprising: preparing... |
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DE112006002381T5 |
Ionosphärenmodellbildungsvorrichtung- and procedures
On A method of processing a set of GNSS signal data derived, of signals having at least two carrier frequencies and received of two or more satellites at two or more reference stations over... |
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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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DE112006001220T5 |
Apparatus for controlling the geographical position accuracy
Rover station, with a global reference satellite navigation system (Global Navigation Satellite System - GNSS) works to control the geographical position accuracy, comprising: a safe signal... |
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DE112006001256T5 |
Positioning system for synthetic reference data
Positioning System for providing synthetic reference data for controlling geographical position accuracy, comprising: a global Reference Navigation Satellite System (Global Navigation Satellite... |
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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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DE102004034031A1 |
Transportable measuring probe, measuring system, process for acquisition of data and use of the measuring system
The Invention relates to a portable measuring probe and is that it comprises a transmission and reception module for the wireless transmission of Information, wherein said transmission and... |
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DE102004043524A1 |
RTK positioning system and positioning method therefor
The Places of pseudolites, and the location of a stationary reference station are a Users processing unit previously known and code and carrier phase of signals which are sent from the... |
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DE102004021873A1 |
Systems and methods for determining the Verzögerungsversätze of communication systems
process for determining Verzögerungsversätzen of Communication systems are provided. Such a process comprises the steps of: Determining components of a propagation path of a base station a... |
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DE10309673A1 |
Process for reciprocal distance determination
In a communication system including a first communication unit transmits a first signal (40) to a second communication unit and processed at the same time the first signal in its receiver. A... |
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DE19922862A1 |
Communications device, has position determination module coupled to accumulator to form common unit detachably connected to mobile radio stage, and electrically coupled to it via its interface
The communications device has a mobile radio stage (12) with an accumulator (18) and an interface (24) and a position determination module (16) for determining the position of satellite-supported... |
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DE19908799A1 |
Determination and display of correlated position of truck when it is loaded by excavating machine
The method involves determining and displaying a correlated position of a truck (110) when it is loaded by an excavating machine (108), and comprises the steps of recording a load event signal,... |
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DE4026740A1 |
METHOD for precise positioning
The method for precise orientation, in particular for geodetic positioning by means of carrier frequency phase difference measurements of GPS satellites uses the double difference $ I1 of the... |
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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... |