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DE102020100047A1 |
Object detection system and device
An object detection system comprises a plurality of first object detection devices (200, 201, 202, 203, 204), each comprising a transmission section (411, 910, 930, 950) that is configured to... |
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DE102020100022A1 |
POSITION DETERMINATION TECHNOLOGY
This disclosure provides a positioning technique. A computer includes a processor and memory. The memory stores instructions executable by the processor to receive object data from an external... |
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DE102019211431A1 |
Method for operating radar sensors in a motor vehicle and motor vehicle
Method for operating radar sensors (3) of a coherence group in a motor vehicle (1), the radar sensors (3) being synchronized with one another via an oscillator signal and / or a synchronization... |
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DE102019203274B3 |
Computer-implemented method for creating an environment model for an automatically operated vehicle, control device and computer program product for automated control of a vehicle and control system for a vehicle
Computer-implemented method for creating an environment model for an automated vehicle (1), an environment of the vehicle (1) being subdivided into cells (cij) and scanned with beams of at least... |
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DE102019203191B3 |
Method for recognizing a wet or damp road in the area of ??a vehicle
The invention relates to a method for recognizing a wet or moist roadway (1) in the area of ??a vehicle (10), in which a noise level (USR) is evaluated, with a current value of the noise level... |
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DE102019200163A1 |
Lidar system, method for operating a lidar system and computer program
Lidar system (1,1a) for a vehicle for scanning a surrounding area of ??the vehicle using laser beams, comprising a transmission device (3) with a laser beam source (4), which is designed to emit... |
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DE102019200157A1 |
LIDAR device with angle-based detector evaluation
Disclosed is a LIDAR device for scanning a scanning area, comprising a transmission unit for generating rays, a movable mirror for deflecting the generated rays along the scanning area and... |
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DE102019200154A1 |
Sending unit for a LIDAR sensor, LIDAR sensor with a sending unit and method for controlling a sending unit for a LIDAR sensor
Transmitting unit (101) for a LIDAR sensor (100) for illuminating a field of view (106) with primary light (104, 104-1, 104-2) comprising at least one light source (102) for generating and... |
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DE102019200141A1 |
Method for capturing partial areas of an object
Method for detecting partial areas of an object, in which a radar sensor (1) is provided for object detection, the object is recognized as such by radar signals emitted by the radar sensor (1)... |
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DE102019200127A1 |
Radar sensor architecture
Body element comprising a sensor module (42) which is designed to generate and receive RF signals, and one or more waveguide antennas (43) which are coupled to the sensor module (42), the... |
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DE102019200126A1 |
Radar monitoring of road and road conditions
Device (400-1) comprising a processor (103, 410) which is designed to detect a surface condition of a roadway based on radar echo signals. |
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DE102019100322A1 |
DF method and DF system
A DF procedure has the following steps: a) determining the bearing in the form of at least one angle of incidence of a signal by at least one bearing unit (14), wherein a quality measure of the... |
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DE102019100320A1 |
DF method and DF system
A DF procedure has the following steps: a) Receiving a signal by means of at least two antenna elements (12) by a plurality of receivers (14) and digitizing the received signal, at least one... |
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DE102019003325B3 |
Method for operating a weapon laser system
With the new method of operating a weapon laser system, the company's own troops and uninvolved third parties are to be protected against weapon laser beams that damage the eyes or skin. In a... |
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DE102018124788B4 |
Method for the detection of objects in a surveillance area and electro-optical sensor
Method for the detection of objects in a surveillance area, in which Light pulses (12) are sent into the monitoring area (40), Light pulses (14) reflected by an object (10) located in the... |
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DE102018006225B4 |
Process for converting a interference-free GNSS receiving system into a CRPA receiving system
Method for converting a interference-free GNSS receiving system into an interference-suppressing CRPA receiving system (2), in which an existing GNSS antenna is replaced by a CRPA antenna (4) with... |
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DE102015117184B4 |
Surveying instrument
Measuring instrument (1) comprising a GNSS device (10), a frame unit (4) which can be rotated in a horizontal direction, a telescope unit (5) which is rotatably mounted on the frame unit in a... |
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DE102013018270B4 |
Method for determining a relative position between a transmitting antenna and a receiving coil device and system for carrying out a method
Method for determining a relative position between a transmitting antenna and a receiving coil device in particular where the position is specified in coordinates of a coordinate system related to... |
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DE102011077186B4 |
Device and method for estimating the signal in a communication system
A signal estimation device that estimates a direction of arrival (DOA) of a received signal in a communication system, the device comprising: a directional antenna configured to receive a signal... |
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DE102008014274B4 |
Method and device for determining a distance to an object
Method for determining a distance (d) to an object (20), comprising the steps: a) emitting a transmission light beam (18) from a light transmitter (12), b) receiving a received light beam (24)... |
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DE102007040294B4 |
Handle device
Handle device (10) for triggering the function of a lock (19) for opening and / or closing a movable part (42), in particular a door, a tailgate or the like of a motor vehicle (40), with an... |
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DE102020003009A1 |
Process for operating a lidar and lidar
The invention relates to a method for operating a lidar (1), whereby laser pulses (LP) are emitted by means of a laser transmitter unit (2), reflections (R) of the laser pulses (LP) are received... |
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DE102019220058A1 |
ACTIVE SENSOR, OBJECT IDENTIFICATION SYSTEM, VEHICLE AND VEHICLE LAMP
An active sensor includes a light projector configured to emit probe light and an image sensor. The active sensor is configured to obtain a first image in a light-emitting state of the light... |
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DE102019205008B3 |
Rear collision avoidance system
Collision avoidance system comprising a processor which is designed to cover the rear area of ??a vehicle with one of several sensors (R1 to RN, L1 to LM, K1 to KS) to record the existing sensor... |
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DE102019202010B3 |
Time stamp correction information determiner, transceiver for use in a positioning system, computer for determining a flight time, system and method
A timestamp correction information determiner for determining timestamp performance correction information based on transmission timestamp information and reception timestamp information... |
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DE102014103525B4 |
DEVICE AND METHOD FOR DETERMINING A DIRECTION FROM A SURFACE OF ONE OR MORE PHOTODETECTOR ELEMENTS OF AN INTEGRATED CIRCUIT TO A SOURCE GENERATING ELECTROMAGNETIC WAVES AND FOR PRODUCING A DEVICE
Device comprising: an integrated circuit that includes: at least two photodetector elements (124, 126) configured to detect electromagnetic energy; and at least one blocking structure (130)... |
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DE102010061057B4 |
Motor vehicle with side impact safety system with blind spot detection radar data fusion and method for operating a side impact safety system
Motor vehicle (10) comprising: a blind spot detection system that includes a remote sensor (22) disposed adjacent a rear corner of the vehicle and has a beam pattern (14) that covers a blind spot... |
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DE102008022971B4 |
Method for checking the adjustment of a sensor for distance measurement for the parking assistance, which sensor is oriented to one side of a motor vehicle
Method for checking the adjustment of a sensor (2) aligned to one side of a motor vehicle (1) for measuring the distance for the parking assistance, comprising the steps: Measuring a parking space... |
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DE102008002521B4 |
Method for sensor-based automatic measurement of parking spaces and corresponding device
Method for automatically measuring parking spaces from a moving vehicle, comprising the following steps: - Measuring the distance to a first object to the side of the vehicle and the distance... |
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DE102019220289A1 |
REAL-TIME GATING AND SIGNAL GUIDANCE IN LASER AND DETECTOR ARRAYS FOR LIDAR APPLICATION
A light detection and distance measuring system (LIDAR system), which is integrated in a vehicle, comprises a LIDAR transmitter, which is configured to emit laser beams into a field of view, the... |
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DE102019218737A1 |
adapter
[Task] An adapter is provided which is used for mounting a radar device on a vehicle and in which the radar device can be fastened easily and which can be used universally, even if the adapter is... |
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DE102019201697A1 |
Method for stopping an autonomous vehicle
In a method (V) for stopping an autonomous vehicle (1), the vehicle (1) moves along a target trajectory (2). A position determination system (8) of the vehicle (1) fails. The position... |
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DE102019120460A1 |
HIKING WAVE IMAGE DISTRIBUTOR FOR A HIGH-RESOLUTION RADAR SYSTEM
A radar system includes a TIM (Traveling Wave Imaging Manifold) antenna with a multi-path waveguide that is configured such that adjacent ones of the multiple paths have different path lengths.... |
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DE102019115879A1 |
DOPPLER AMBIGUITY RESOLUTION WITH HIGH ORDER PHASE SECTIONS
A vehicle, a radar system for the vehicle, and a method for operating the vehicle are disclosed. The radar system includes a transmitter, a receiver and a processor. The transmitter sends a source... |
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DE102019106858B3 |
Method for reconstructing a missing sample of a correlated signal in a SAR system
The method for reconstructing a missing sample of a correlated signal in a SAR system, in particular for effective data volume reduction in the SAR system, comprises providing, with a... |
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DE102019103222B3 |
Device for auto-configuration of automotive ultrasonic sensors on different data buses in different applications and corresponding method
The invention relates to a circuit (IC) for controlling one or more ultrasound transducers and / or one or more ultrasound transmitters and / or one or more ultrasound receivers. The circuit (IC)... |
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DE102019008627A1 |
Object monitoring system with distance measuring device
An object monitoring system includes a distance measuring device that generates a distance image of a target space for each of the imaging modes during the repetition of an imaging cycle having... |
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DE102018222862A1 |
Method and system for locating an acoustic source relative to a vehicle
The invention relates to an improved possibility for localizing an acoustic source relative to a vehicle, which, for example, requires only a single microphone. A method for localizing an acoustic... |
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DE102018222800A1 |
Locating and / or classifying objects from radar data with improved reliability at different distances
Method (100) for locating and / or classifying at least one object (3), a used radar sensor (1) comprising at least one transmitter (11) and at least one receiver (12) for radar waves (13, 14),... |
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DE102018222777A1 |
Optoelectronic sensor and method for operating an optoelectronic sensor
The present invention relates to an optoelectronic sensor comprising a laser ensemble (2) with a plurality of individually activatable laser sources (3a-3j), a receiving unit (11) and an... |
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DE102018222736A1 |
Underwater antenna comprising a space filled with a fluid and an underwater sound receiver
The present invention relates to an underwater antenna with a support (2) and an underwater sound receiver (1). The underwater sound receiver (1) is received in a recess in the interior of the... |
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DE102018222721A1 |
LIDAR sensor for a LIDAR system
The present invention relates to a LiDAR sensor (1) comprising a transceiver array (2) which comprises a multiplicity of optical transceivers (3a, 3b, 3c, 3d, 3e), the transceiver array (2) being... |
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DE102018222718A1 |
Optoelectronic sensor, method and vehicle
The invention relates to an optoelectronic sensor comprising a transmission unit (20), which is set up to transmit a plurality of optical signals to a plurality of segments of an object, and a... |
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DE102018222705A1 |
Method for operating an ultrasonic sensor arrangement and ultrasonic sensor arrangement
The present invention relates to a method for operating an ultrasound sensor arrangement with at least one first ultrasound sensor and a second ultrasound sensor, in particular a means of... |
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DE102018222701A1 |
Sensor device and method for operating a sensor device for a vehicle
A method for operating a sensor device (20) for a vehicle (10) is proposed, in which an optical signal (22) is emitted and reflections (24) of the optical signal (22) are received again. The... |
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DE102018222699A1 |
Method and control device for maneuvering a motor vehicle to a service device to be operated by a driver from the motor vehicle, and motor vehicle and suitable service device
The invention relates to a method for maneuvering a motor vehicle (10) to a service device (12) to be operated by a driver from the motor vehicle (10). The invention provides that a control device... |
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DE102018222686A1 |
Evaluation of location measurements of an environment sensor for a motor vehicle
Method for evaluating location measurements of an environment sensor for a motor vehicle, comprising the steps: associating location measurements (10) with an object (14) described by an estimated... |
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DE102018222672A1 |
Determination of the orientation of objects with radar and other electromagnetic interrogation radiation
Method (100) for determining the spatial orientation (11b) of an object (1) from at least one measurement signal (3) which contains the response (3a) of the object (1) to electromagnetic... |
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DE102018222663A1 |
Method for adaptively determining an integrity area of ??a parameter estimate
The invention relates to a method for adaptively determining an integrity area (1) of a parameter estimate, the integrity area (1) describing the area in which an estimated parameter with a... |
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DE102018222643A1 |
5A method for determining a UERE, method for determining a UERE, computer-implemented data structure, use, device and computer-implemented program
Computer-implemented data structure (UERE database) comprising at least one location-dependent UERE value, the at least one UERE value using a method for determining a location- or time-dependent... |