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DE102017215614A1 |
Stochastically clocked imaging of a lidar system
The present invention relates to a method for operating a sensor system (5) with a light emission device (3) which has an emitter (1) and a raster unit (2). The light emission device (3) is... |
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DE102017215603A1 |
Method for automatically controlling a transmission operation of an aircraft and aircraft with a device for automatic control of a transmission operation of the aircraft
The present invention provides a method for automatically controlling a transmission operation of an aircraft (1) during a communication of the aircraft (1) with a satellite comprising in step A)... |
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DE102017215586A1 |
Method and device for determining the deviation of a sensor axis of an environmental sensor from the travel axis of a vehicle
A method and a device for determining the deviation (5) between a sensor axis (4) of an environment sensor (2) and the travel axis (3) of the vehicle (1) to which the environment sensor (2) is... |
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DE102017215583A1 |
Device and method for locating pedestrians in the environment of a vehicle
The invention relates to a device (10) and a method for locating pedestrians in the environment of a vehicle (3), having at least one vehicle-side transmitting and receiving unit (14) which... |
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DE102017215561A1 |
FMCW radar sensor with synchronized high frequency components
An FMCW radar sensor comprising a plurality of radio frequency components (10, 12) synchronized with one another by a synchronization signal (sync), at least one of which has a transmission part... |
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DE102017215518A1 |
Method and system for locating an object
The invention relates to a method for locating an object (120) in an environment (110), wherein a plurality of light sources are arranged on the object (120), each being different from one another... |
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DE102017215329A1 |
Door sensor device
The invention relates, inter alia, to a door sensor device (50) for mounting on a pivotable about a pivot axis (20) door element, in particular a swing door (10), with at least one transmitting... |
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DE102017215307A1 |
Lidar arrangement and vehicle and robot with such a lidar arrangement
According to the invention, a lidar arrangement (1) is provided which comprises a plurality of lidar systems (10, 20). In this case, the first lidar system (10) is spatially spaced from the second... |
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DE102017215301A1 |
LIDAR device and method for scanning a scan area with at least one beam of constant alignment
Disclosed is a LIDAR device for scanning a scanning region having at least one beam with at least one radiation source for generating at least one generated beam, with a rotatable mirror for... |
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DE102017120435A1 |
mobile phone
Mobile telephone (1) comprising a 3D scanner (10) arranged to at least partially detect the three-dimensional uncoded shape (25) of the environment of the mobile phone. |
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DE102017120379A1 |
COUNTERPLATE AND WATER VEHICLE
The invention relates to a counter-record for generating an underwater counter-noise signal which attenuates a reflection of an external sound signal, wherein the counter-record is at least... |
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DE102017120368A1 |
Method and apparatus for generating a modulated continuous wave radar signal
The invention relates to a method for measuring the elevation angle (φe) and / or azimuth angle (φA) with an antenna arrangement, the antenna arrangement at least two transmitting antennas (Tx)... |
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DE102017118880B4 |
Method for operating a sensor device of a motor vehicle, sensor device, driver assistance system and motor vehicle
The invention relates to a method for operating a first sensor device for monitoring an environmental region (3) of a motor vehicle (1), sensor data of a second sensor device (8) of the motor... |
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DE102017111318B4 |
Ultrasonic sensor unit with ultrasonic sensor and infrared sensor
The invention relates to an ultrasound sensor unit (10) for use in a vehicle, having an ultrasound sensor (12) comprising an ultrasound diaphragm (16) and a piezoelement (18) mechanically... |
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DE102017010403B3 |
Sensor arrangement for detecting shifts of Ansprengzielen
A known sensor arrangement (1) for detecting displacements of blowing targets (100) has the following features: a) the sensor arrangement (1) has an acceleration sensor (10), b) the acceleration... |
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DE102016213817B4 |
A method, apparatus and computer readable storage medium having instructions for determining the lateral position of a vehicle relative to the lanes of a lane
Method for determining a lateral position of a vehicle relative to the lanes of a carriageway, comprising the steps of: - detecting (10) lane markings; - determining (11) a starting position and a... |
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DE102016123286B4 |
Method and apparatus for georeferencing aerial image data
A method of georeferencing provided aerial image data acquired with an imaging system and imaging a portion of the earth's surface, wherein georeferencing of the aerial image data is based on... |
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DE102016110734B4 |
Method and device for measuring vehicle antennas
Method for measuring at least one vehicle antenna (3) of a vehicle (2), wherein at least one transmission signal (18, 18.1, 18.2, 18.3) is emitted by at least one signal generator (8, 8.1, 8.2)... |
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DE102014201009B4 |
Apparatus and method for aligning a light beam and optical sensor arrangement
Apparatus for aligning a radiated and to be received light beam (aL, rL) of an optical distance sensor (4), in particular an optical distance sensor for detecting a motion error of a target... |
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DE102010044993B4 |
Method for data transmission and device for environment detection
Method for data transmission between at least one data sink (20) and at least two data sources (10.1 to 10.12) via a data bus (5), for a device for detecting surroundings in a vehicle (1), wherein... |
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DE202014011304U1 |
Decoupling element for an ultrasonic sensor and arrangement with a decoupling element
Decoupling element (1) for an ultrasonic sensor (10), wherein the decoupling element (1) is deformable and annular and is intended to an ultrasound generator (11) of the ultrasound sensor (10) at... |
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DE112017002775T5 |
Object detecting device
A target detecting apparatus includes a target detecting section (S110 to S150), a following section (S150 to S170), a receiving tendency determining section (S230), and a destination determining... |
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DE112017001873T5 |
System and method for depth detection
A system for transit time measurements and a method of using the same are provided. The system includes an electromagnetic power source for outputting a coherent focused beam with frequency... |
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DE112017000933T5 |
Radar with range-independent resolution
An imaging device is provided that does not depend on range for resolution. Cell arrays consisting of antennas and real time delays can be placed behind the target. The signal reflected from each... |
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DE112017000573T5 |
Waveguide device and antenna device with the waveguide device
A waveguide device for use in propagating an electromagnetic wave of a band having a shortest wavelength λm in free space comprises: a first electroconductive member having an electrically... |
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DE112017000125T5 |
Hydraulic excavator and method for calibrating a hydraulic excavator
A boom (6) is attached to a body (1). A boom pin (13) carries the boom (6) and can be pivoted with respect to the body (1). A through hole (3ba) is formed in the body (1). The through hole (3ba)... |
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DE112017000124T5 |
Measuring device and method for calibrating a hydraulic excavator
A measuring device (150) is attached to an antenna support member (22a) of a rotary unit (3) and, together with an external meter (62), serves to measure a pivotal position of the rotary unit (3).... |
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DE102018214447A1 |
Object detection device
During a first scanning period in which the projection light is reflected by a first reflecting surface of a mirror of a rotating scanning unit, a plurality of light emitting elements are caused... |
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DE102018213976A1 |
Apparatus for measuring a distance of an object to a sensor
A device (1) is used to measure a distance of an object (2) to a sensor (3) of a detection device (4) in the distance range of at most 500 m. A measuring light source (5) generates a narrow-band... |
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DE102018121019A1 |
EXPANDING REAL SENSOR RECORDS WITH SIMULATED SENSOR DATA
Original sensor data is received from one or more sensors of a vehicle. A free space around the vehicle is identified according to the sensor data, such as by identifying regions in which data... |
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DE102018120685A1 |
MULTIPLE Dissolution DOPPLER PROCESSING
A system and method for processing echo signals reflected from one or more targets in a radar field of view is provided. The method includes receiving echo signals reflected from one or more... |
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DE102018120407A1 |
SYSTEM FOR CONTROLLING NOISE FROM AN EXTERNAL SOURCE OF A VEHICLE
A system and method for controlling sounds coming from a source outside a vehicle is disclosed. The method includes determining undesirable noise characteristics through active noise control of a... |
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DE102018120405A1 |
FUSION OF RADAR AND IMAGE SENSORS
A system and method for merging a radar system and an image sensor system involves obtaining radar reflections resulting from transmissions of radio frequency (RF) energy. The method also includes... |
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DE102017215932B3 |
Method for determining position information of a motor vehicle and motor vehicle
Method for determining position information (17) of a motor vehicle (1) comprising an inductive charging device (3) with at least one charging coil (5), in particular in the region of a vehicle... |
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DE102017215226A1 |
Method for navigating a road-bound motor vehicle with a pantograph
The invention relates to a method (2) for navigating a road-bound motor vehicle (4) with a current collector (34), in particular trolley lorries, under an overhead line (6). By means of a radar... |
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DE102017215056A1 |
Method for detecting crossing pedestrians, driver assistance system and vehicle
The invention relates to a method for detecting pedestrians (3) crossing in front of a vehicle (2), comprising the steps of: determining (S1) a microdoppler signal; and performing (S2) a... |
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DE102017214996A1 |
Method for determining the distance of a reflection point on an electrical conductor
The invention relates inter alia to a method for determining the distance (L) of a reflection point on an electrical conductor (21). According to the invention, it is provided that a frequency-... |
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DE102017214964A1 |
Method for determining an environment map in a motor vehicle and motor vehicle
Method for determining an environment map in the motor vehicle describing a surroundings of a motor vehicle three-dimensionally by at least one radar sensor, wherein radar data of the at least one... |
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DE102017214921A1 |
Mobile device, server and method for updating and providing a high-precision map
The present invention comprises a mobile device (100) for updating and transmitting a high accuracy card, a server (200) for receiving and transmitting a high accuracy card and a method (400) for... |
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DE102017214841A1 |
System and method for locating and identifying mechanical damage to a vehicle
The invention relates to a system (1) for locating and identifying mechanical damage to a vehicle (2), comprising at least three microphones (3) on the vehicle side; a data processing device (4)... |
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DE102017214800A1 |
Method and device for determining the position of transponder units
A transponder unit (30) has a first antenna (31) and a vehicle (10) has at least two second antennas (20n). A method for determining the position of a transponder unit (30) with respect to the... |
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DE102017214715A1 |
Optical arrangement for a LiDAR system, LiDAR system and working device
The present invention relates to an optical arrangement (10) for a LiDAR system (1), comprising (i) receiver optics (30) and transmitter optics (60) which are formed with partially coaxial beam... |
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DE102017214705A1 |
Coaxial LIDAR system with elongated mirror opening
The present invention relates to an optical arrangement (10) for a LiDAR system (1), comprising (i) receiver optics (30) and transmitter optics (60) which are formed with partially coaxial beam... |
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DE102017214702A1 |
LIDAR device for optical detection of a field of view
LIDAR device (111, 200) for optically detecting a field of view comprising: a control device (109) for transmitting (402) at least one control signal (A, B, C); a motor current having an electric... |
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DE102017214681A1 |
Apparatus and method for determining quality characteristics for angle measurement for a motor vehicle
The invention relates to an apparatus for determining quality characteristics for angle measurements for a motor vehicle, the apparatus comprising: an angle estimator (10) comprising at least one... |
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DE102017119321A1 |
SURROUNDING SENSOR WITH SIGNAL IDENTIFICATION
Extracting a receive codeword (28) from the received electromagnetic signal (24) and comparing the transmit codeword (20) with the receive codeword (28). The present invention also relates to an... |
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DE102017106217B4 |
Method and device for optoelectronic distance measurement
Method for optoelectronic distance measurement, in which the distance is determined by a position of distinguishable light points (6, 7), characterized in that at least one pair of light points... |
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DE102017008010A1 |
Apparatus, method and computer program for measuring the distance between a gas leak in a pressure vessel and a sensor
Embodiments provide an apparatus (10), method and computer program for measuring a distance between a gas leak (20) in a pressure vessel (30) and a sensor (40). The device (10) comprises the... |
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DE102016104547B4 |
Systems and methods for resolving position ambiguities using access point information
A positioning method, comprising the following steps: Obtaining Global Positioning System (GPS) position data associated with a mobile platform from a plurality of GPS satellites that the mobile... |
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DE102011011144B4 |
parking assistance
A parking assistance system (20; 120) for a vehicle (10; 110) comprising: an imaging device disposed at a rear portion (24; 124) of the vehicle (10; 110) and acquiring image data representing a... |