|
Match
|
Document |
Document Title |
|
|
DE102017007980A1 |
Method and control unit in a formation of coordinated vehicles
A method (300) and control unit (210) in a vehicle (101) for maintaining a formation (100) comprising a plurality of staggered vehicles (101, 102). The method (300) comprises: determining (301) a... |
|
|
DE102016216352A1 |
Method and device for tomography of sound
A method of spatial tomography of sound comprises the steps of: non-contact sensing of a physical parameter for a first and a second plurality of local areas in space along a first and a second... |
|
|
DE102016216251A1 |
Motor vehicle for use in traffic and method for determining an extent of a foreign vehicle in a motor vehicle
Motor vehicle (1, 1 ') for the transport of people and / or loads in road traffic, wherein in the motor vehicle (1, 1') at least two radar reflectors (2-15) along along at least one direction of... |
|
|
DE102016216250A1 |
Motor vehicle with operating device for a steering system and method for operating a steering system
Motor vehicle (1), comprising a steering system (2) and an operating device (3) associated with the steering system (2), wherein the operating device (3) for the steering system (2) detects at... |
|
|
DE102016216204A1 |
Floor lamp, method for operating a ground light and traffic signaling arrangement
The invention relates to a ground light, which is configured with at least one first wireless radio / radio receiving device such that on the basis of the signals emitted by the transmitting /... |
|
|
DE102016216176A1 |
Method for operating a radar sensor in or on a motor vehicle and motor vehicle
Method for operating a radar sensor (2) in or on a motor vehicle (1), wherein by means of the radar sensor at least one transmission signal sequence is emitted, which comprises at least one of a... |
|
|
DE102016215934A1 |
Method and device for determining a transit time and / or a distance between a plurality of transceivers, in particular for a vehicle access and / or start system
C3; C4; C5; C6; C7; C2 + n; C3 + n), - for determining at least one transit time (T00-T01; T10-T11) and / or at least one distance (d1, ...) between at least two of the transceivers, in particular... |
|
|
DE102016115705B4 |
Method for detecting objects in the environment of a vehicle
Method for detecting objects (O) in the vicinity of a vehicle (100), comprising the following steps: Generating a first light pattern (L1) in the surroundings of the vehicle (100) with a lighting... |
|
|
DE102016010448A1 |
Fiber-based laser scanner
A movable fiber (201) has a first degree of freedom of movement and a second degree of freedom of movement. An actuator is arranged to effect, during a period of time, a first movement of the... |
|
|
DE102016010236A1 |
LIDAR SYSTEM WITH MOBILE FIBER
An arrangement includes a fiber (201) having a first end (205) and a second end. The arrangement (100) comprises a fixing (250) which fixes the fiber (201) at a fixing point (206). An actuator is... |
|
|
DE102016010102A1 |
Sampling Optical Distance Sensor
Sampling optical distance sensor in which one or more lasers and / or laser lines including the corresponding optics are installed in a rotor, characterized in that a stationary receiver receives... |
|
|
DE102011056963C5 |
Measurement of distances according to the signal transit time principle
Sensor (200, 300, 400) for measuring distances in a detection region (14) according to the signal transit time principle with a transmitter (12) for emitting an electromagnetic signal at a... |
|
|
DE202016106582U1 |
Opto-electronic sensor for the acquisition of object information
Optoelectronic sensor (10) for detecting object information from a surveillance area (12) having a light receiver (24), a receiving optics (22) associated with the light receiver (24) for... |
|
|
DE112016001560T5 |
Method and system for real-time motion artifact handling and noise removal for runtime sensor images
The invention relates to a method and system for real-time motion artifact handling and noise removal for runtime sensor (TOF) sensor images, wherein the TOF sensor images correspond to received... |
|
|
DE102017214377A1 |
USING A TWO-DIMENSIONAL SCANNER TO ACCELERATE THE REGISTRATION OF THREE-DIMENSIONAL SCAN DATA
A method and system for generating a three-dimensional (3D) map of an environment are provided. An exemplary method includes receiving a 3D environmental scan by a processor system via a 3D... |
|
|
DE102017214270A1 |
EVALUATING THE BEAM VERSION BASED DESTINATION
A method and system estimate the location of a target with a radar system. A beam pattern is obtained for each of one or more transmitting antenna elements and a plurality of receiving antenna... |
|
|
DE102017118708A1 |
Method for measuring a room, measuring system for measuring a room and cooking appliance
A method for measuring a room is described, in particular a cooking chamber (14) of a cooking appliance (10), with a measuring system (16) comprising a plurality of radar sensor units (18). At... |
|
|
DE102017005887A1 |
safety device
The invention relates to a safety device (S) for an unprotected road user (V). According to the invention, the safety device (S) comprises at least one radar reflector (3), which is designed to be... |
|
|
DE102016224150B3 |
Method for operating a radar sensor and motor vehicle
Method for operating a radar sensor (3) which is installed behind a component (4) which can be radiated through radar radiation, in particular a bumper component, in a motor vehicle (1), wherein... |
|
|
DE102016215696A1 |
Route-side transmitting device, in particular balise, vehicle-side locating device and method for locating a vehicle
Among other things, the invention relates to a trackside transmitting device, in particular a balise (100), for transmitting a transmission signal (S1), which enables locating a vehicle (300), in... |
|
|
DE102016215645A1 |
Device and method for detecting a faulty determination of a geographical position of a vehicle
The present invention relates to an apparatus and method (400) for detecting an erroneous determination of a geographical position of a vehicle (102). The apparatus includes a sensor configured to... |
|
|
DE102016215541A1 |
Testing an autonomously controllable motor vehicle
A motor vehicle is configured to be autonomously controlled. A test system for such a motor vehicle comprises a requesting device for requesting the driver-independent execution of a predetermined... |
|
|
DE102016215509A1 |
Mirror target detection in a radar system in a vehicle
A method of operating a radar system (2) in a vehicle (1) comprising the steps of: - detecting a mirror surface (13), - determining a minimum distance from an object to the mirror surface,... |
|
|
DE102016215505A1 |
Ghost target detection in a radar system in a vehicle.
The method of operating a radar system in an ego vehicle includes the steps of determining a distance of the ego vehicle to two objects, determining a speed difference between these two objects,... |
|
|
DE102016215437A1 |
Radar sensor device for a motor vehicle, motor vehicle and method for operating a radar sensor device of a motor vehicle
Radar sensor device for a motor vehicle (1), comprising a plurality of radar sensor units (4a-d) and a control device (7), by means of which the radar sensor units (4a-d) are controllable for... |
|
|
DE102016115391A1 |
A method of adjusting an ultrasonic sensor device for a motor vehicle by means of a mobile terminal, ultrasonic sensor device, mobile terminal and system
The invention relates to a method for adjusting an ultrasound sensor device (2) for a motor vehicle (1), in which an evaluation parameter stored on a control device (3) of the ultrasound sensor... |
|
|
DE102016115390A1 |
Retrofittable ultrasonic sensor device for a motor vehicle with movement detection device for detecting a movement of the motor vehicle
The invention relates to an ultrasonic sensor device (1) for a motor vehicle (9), comprising at least one ultrasonic sensor (3, 4) for providing a sensor signal and a control device (2) for... |
|
|
DE102016115277A1 |
Optical device
The invention relates to an optical device, preferably according to the time of flight principle, in particular for obtaining 3D spatial information and / or for detecting polarization-changing... |
|
|
DE102016015107B3 |
Method for operating a radar system for avoiding deception by third parties
The invention relates to a method for operating a radar system for avoiding deception by third parties, wherein a connection (24, 25, 26) is provided between at least one direction finder (21, 22,... |
|
|
DE102016009961A1 |
Method for determining the position of a vehicle and computer system therefor
A composite metal part comprises at least two metal layers (1, 9, 9 '), the thickness ratio of the first metal layer (9, 9') to the second metal layer (1) being smaller in a first region (12) of... |
|
|
DE112016002387T5 |
VEHICLE CONTROL DEVICE AND VEHICLE CONTROL PROCEDURE
A vehicle control device includes: an object information acquiring unit 12 that determines, based on detection information from a radar device 21, a relative distance of an object to an own... |
|
|
DE112016001944T5 |
Distance measuring device
The processing unit determines, from a sensor unit, a plurality of readings corresponding to a charge amount accumulated in the accumulation region at another point with the plurality of charge... |
|
|
DE102017123052B3 |
Echo coding and decoding of ultrasonic signals using divalent chirp signals by threshold comparison of the frequency change
The proposed method serves to determine a possible distinguishing feature for received ultrasonic signals in a motor vehicle. The ultrasonic signals emitted by the ultrasonic sensors have a... |
|
|
DE102017123051B3 |
Echo encoding and decoding of ultrasonic signals using trivalent chirp signals by signing the frequency change
The proposed method serves to determine a possible distinguishing feature for received ultrasonic signals in a motor vehicle. The ultrasonic signals emitted by the ultrasonic sensors have a... |
|
|
DE102017123050B3 |
Echo coding and decoding of ultrasonic signals using trivalent chirp signals by threshold comparison of the frequency change
The proposed method serves to determine a possible distinguishing feature for received ultrasonic signals in a motor vehicle. The ultrasonic signals emitted by the ultrasonic sensors have a... |
|
|
DE102017123049B3 |
Echo encoding and decoding of ultrasonic signals using divalent chirp signals by signing the frequency change
The proposed method serves to determine a possible distinguishing feature for received ultrasonic signals in a motor vehicle. The ultrasonic signals emitted by the ultrasonic sensors have a... |
|
|
DE102016115073A1 |
Method for operating a distance measuring device of a vehicle, distance measuring device and driver assistance system
A method for operating a distance measuring device (12) of a vehicle (10), a distance measuring device (12) and a driver assistance system (26) are described. In the method, at least one optical... |
|
|
DE102016115040A1 |
Method and device for processing radar signals
A method for processing radar signals in a processing stage is proposed, the method comprising: (I) determining FFT results with a first accuracy and (ii) storing a first group of the FFT results... |
|
|
DE102016114909A1 |
A laser rangefinder and method of operating a laser rangefinder
The invention relates to a laser distance measuring device (1) for determining a distance to a target, in particular for a weapon system, comprising at least: - a first laser light source (TX1)... |
|
|
DE102016114772A1 |
Horn antenna for a radar device and radar device with such a horn antenna
Horn antenna (1) for a radar measuring device, in particular a radar level gauge with - an antenna horn (3) radiating forwardly in a main emission direction (A) with a backside feed (5), - an at... |
|
|
DE102016009756A1 |
Method for calibrating a sensor system of a motor vehicle and sensor system
The invention relates to a method for calibrating a sensor system (2) of a motor vehicle (1) in which, based on sensor data of a first sensor (5) of the sensor system (2), a first object feature... |
|
|
DE212017000019U1 |
Systems for determining an improved user location using real map data and sensor data
A computer-readable storage medium storing computer-readable instructions that, when executed by one or more processors, cause the one or more processors to perform user-device location... |
|
|
DE112014007236T5 |
Two-dimensional scanning with a three-dimensional scanner to speed up registration
A method for measuring and registering 3D coordinates causes a 3D scanner to measure a first collection of 3D coordinates of points from a first registration position. The 3D scanner captures 2D... |
|
|
DE112014007234T5 |
Using depth camera images to speed up the registration of three-dimensional scans
A method for measuring and registering 3D coordinates causes a 3D scanner to measure a first collection of 3D coordinates of points from a first registration position and a second collection of 3D... |
|
|
DE112014007231T5 |
Using a two-dimensional scanner to speed up the registration of three-dimensional scan data
A method for measuring and registering 3D coordinates causes a 3D scanner to measure a first collection of 3D coordinates of points from a first registration position. A 2D scanner captures... |
|
|
DE112014000060B4 |
Position calculating device of a working machine, position calculating device of an excavator and working machine
A position calculating device (24) of a work machine (100), comprising: a measuring device (29) provided in the work machine (100) and configured to detect angular velocity (ω) and acceleration... |
|
|
DE102017210623A1 |
Vehicle position detector, automatic steering control unit, vehicle position detection method and automatic steering control method
A vehicle position detector comprises: a satellite positioning receiver; an autonomous navigation processor which outputs its own vehicle position as an autonomous navigation position; a... |
|
|
DE102017117212A9 |
System and method for stereotriangulation
A system for detecting an object (130) comprises a substantially collimated scanning light source (120, 234, 300) configured to output source light; a first camera (110) configured to receive a... |
|
|
DE102017117212A1 |
System and method for stereotriangulation
A system for detecting an object (130) comprises a substantially collimated scanning light source (120, 234, 300) configured to output source light; a first camera (110) configured to receive a... |
|
|
DE102017008083A1 |
Method for operating a radar system in a motor vehicle, radar system, set up for carrying out such a method, and motor vehicle with such a radar system
The invention relates to a method for operating a radar system (3) in a motor vehicle (1), comprising the following steps: a) determining a radar cross section of a motor vehicle (9) arranged in... |