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DE102017201886B3 |
Method for determining accuracy information of a position vector
A method for determining accuracy information concerning the accuracy of a position vector describing a position of a receiver (3) of a satellite-based position-finding system (2), the position... |
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DE102017125931A1 |
Transit Time pixels
Light transit time pixel (100) for a light transit time sensor (22), with a first and a second semiconductor layer (120, 140), wherein between the two layers (120, 140) an electrically insulating... |
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DE102017122974A1 |
SYSTEMS AND METHOD FOR DETERMINING HUMIDITY AND USE THEREOF
Methods and systems are provided for making relative humidity measurements by means of an ultrasonic sensor. In one example, a plurality of ultrasound signals having different frequencies are... |
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DE102017122920A1 |
Systems and methods for determining the humidity and use thereof
Methods and systems for making measurements of relative humidity by means of an ultrasonic sensor are provided. In one example, the ultrasonic sensor for performing the relative humidity... |
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DE102017102489B3 |
Method for fog detection
The invention relates to a method for fog detection in a motor vehicle (10), comprising the steps of: providing a first fog sensor (1) with a first transmitter (2) emitting a first coded optical... |
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DE102016223259A1 |
Method for operating a radar sensor arrangement of a motor vehicle and motor vehicle
Method for operating a radar sensor arrangement of a motor vehicle (1), which has at least one in the vehicle longitudinal direction on the apron and / or at least one in the vehicle longitudinal... |
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DE102016223118A1 |
Method and system for detecting a raised object located within a parking lot
The invention relates to a method for detecting a raised object located within a parking space using at least two video cameras spatially distributed within the parking space, the respective... |
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DE102016223107A1 |
System and method for estimating the self-motion of a vehicle
The invention relates to a system (1) for estimating the intrinsic motion of a vehicle, comprising at least one lidar sensor (2) and at least one evaluation unit (3) for evaluating the data of the... |
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DE102016223068A1 |
Method for detecting blindness in radar sensors for motor vehicles
A method for detecting a blindness of a radar sensor (10) in a motor vehicle based on a measurement of the received power of a radar echo, characterized by the following steps, which are carried... |
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DE102016222999A1 |
Coil unit and vehicle with secondary coil unit
Coil unit for wireless transmission of electrical power to or from a coil counter unit via an alternating electromagnetic field, wherein the coil unit comprises at least one ultrasonic... |
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DE102016222810A1 |
Method for operating an ultrasound system
The present invention relates to a method for operating an ultrasound system (10), comprising emitting an ultrasound signal (3) comprising a plurality of signal sections (31, 32, 33), wherein a... |
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DE102016122682A1 |
Method and device for determining the order of objects by means of transponder technology
In a method and a device for determining the order of objects by means of a transponder system, which comprises at least one RFID transponder (100) with a transmitting unit and with a receiving... |
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DE102016122645A1 |
Receiving device for an optical detection device, detection device and driver assistance system
The invention relates to a receiving device for an optical detection device for receiving optical reception signals reflected at an object (18), in particular a transmitting device of the... |
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DE102016122482A1 |
Measuring arrangement and measuring method for determining the orientation of a measured object
The invention relates to a measuring arrangement (1) for determining the alignment of a measuring object (6), in particular a guide rail, and to a corresponding measuring method. The measuring... |
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DE102016122427A1 |
Method for operating an ultrasonic transducer device of a motor vehicle taking into account acoustic properties of the air, ultrasonic transducer device and motor vehicle
The invention relates to a method for operating an ultrasound converter device (3) of a motor vehicle (1), in which a first ultrasound transducer (4a) emits an ultrasound signal, the ultrasound... |
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DE102016122335A1 |
Optical sensor for detecting objects in a surveillance area and method for operating an optical sensor
The invention relates to an optical sensor for detecting objects in a surveillance area with a light transmitter for emitting transmitted light, in particular light pulses, in the surveillance... |
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DE102016122334A1 |
Optical measuring device for monitoring and detecting objects in a surveillance area
The invention relates to an optical measuring device for monitoring and detecting objects in a surveillance area, comprising at least one transmitting unit for emitting light pulses into the... |
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DE102016122194A1 |
Method for operating an optoelectronic sensor of a motor vehicle with variable control of a light source, optoelectronic sensor, driver assistance system and motor vehicle
The invention relates to a method for operating an optoelectronic sensor (5) of a motor vehicle (1), in which light pulses are emitted during a measuring cycle for detecting an object (3) with a... |
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DE102016122193A1 |
Function monitoring of a sensor device of a motor vehicle
The invention relates to a method for monitoring a function of a sensor device (2) of a motor vehicle (2), having (a) detecting (10a-10g) object information (ok(tn;tn+1)) via at least one... |
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DE102016122189A1 |
Radar sensor for a motor vehicle with an integrated into a radome antenna element, driver assistance system and motor vehicle
The invention relates to a radar sensor (4) for a motor vehicle (1), comprising a radome (9) and at least one antenna element (8), wherein the antenna element (8) is designed to have a first radar... |
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DE102016014001A1 |
MEMS scan module for a light scanner
A scanning module (100) for a light scanner (99) comprises a base (141) and an interface element (142) arranged to fix a mirror surface (151). The scanning module (100) also includes at least one... |
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DE112016003988T5 |
DISTANCE MEASURING DEVICE AND DISTANCE METHOD
The present distance measuring apparatus (1) is provided with at least one measuring unit (10), the measuring unit (10) comprising: a first light receiving unit (101) composed of a plurality of... |
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DE112015006867T5 |
signal generator
A signal generator according to the invention includes: a reference signal source configured to output a clock signal; a phase locked loop (PLL) circuit configured to generate a chirp signal as a... |
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DE102017204665A1 |
Time of flight camera system and method for determining system parameters of such a system
Time-of-flight camera system with a light-time camera and a modulable illumination, wherein the time of flight camera has a light transit time sensor with a plurality of light transit time pixels,... |
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DE102017122907A1 |
Systems and methods for determining the humidity and uses thereof
Methods and systems for making measurements of relative humidity using either an ultrasonic sensor positioned on the vehicle or using another sensor are provided. In one example, the ultrasonic... |
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DE102017102256A1 |
DEVICE, REFERENCE OBJECT FOR A DEVICE AND METHOD FOR OPERATING A DEVICE FOR DETERMINING A PRESENTED INFORMATION OF AN OBJECT ALONG A TRANSPORT TRACK
In various embodiments, a device (100) for determining a predetermined information of an object (112) along a transport path (110) is provided. The apparatus (100) comprising: the transport path... |
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DE102016222474A1 |
Radar sensor arrangement on a motor vehicle
Radar sensor arrangement on a motor vehicle (10), with at least two angle-resolving radar sensors (12), which together with a control and evaluation device (14) form a cooperative radar system,... |
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DE102016222471A1 |
System and method for creating occupancy profiles for building control
The present invention relates to a system for establishing a presence profile (P) of persons in a detection area (B) for building control. The system comprises at least one sensor (S1..S3) for... |
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DE102016222272B4 |
Appreciating an own position
The present invention relates to a method for estimating an eigenposition. In order to improve the estimation of the intrinsic position of, for example, a vehicle, it is proposed that at least one... |
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DE102016222272A1 |
Appreciating an own position
The present invention relates to a method for estimating an eigenposition. In order to improve the estimation of the intrinsic position of, for example, a vehicle, it is proposed that at least one... |
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DE102016222138A1 |
lidar
The present invention relates to a lidar system (1) for detecting an environment (200) comprising a laser light source (2) for emitting a laser light, a receiving device (3) for receiving a laser... |
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DE102016222092A1 |
TOF CAMERA, MOTOR VEHICLE, METHOD FOR MANUFACTURING A TOF CAMERA, AND METHOD FOR DETERMINING A DISTANCE TO AN OBJECT
In various embodiments, a TOF camera (20) is provided for determining a distance (D) to an object (32). The TOF camera (20) comprises: a radiation source (24) adapted to emit electromagnetic... |
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DE102016121851A1 |
System and method for controlling at least one vehicle function
A system (10) for controlling at least one vehicle function by means of gestures carried out by a user with an ID transmitter (11), with a recognition device (13) arranged on a vehicle (12), a... |
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DE102016121565A1 |
Sensor device for a vehicle
The invention relates to a sensor device (12) for a vehicle (10) having a sensor (14) and a control unit (16), wherein the sensor device (12) is designed, the control unit (16) based on at least... |
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DE102016121505A1 |
Truck with an automatically coupled radio remote control and a method for automatically coupling a radio remote control with a truck
System and method for automatically coupling an industrial truck with a radio remote control, wherein at least three transmitting and receiving units are arranged in a predetermined spatial... |
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DE102016013998A1 |
Optical sensor housing, which consists of two optically transparent housing hoods and a connecting housing part, which mechanically connects and optically separates the two housing hoods.
An embodiment of the present invention discloses a sensor housing, which consists of two optically transparent housing hoods and a connecting housing part that mechanically connects and optically... |
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DE202018102321U1 |
Object monitoring with a laser scanner
Fastening device for fastening a laser scanner to a fastening object, with a carrier (9), a holder (20) for rigidly holding the carrier (9) to the mounting object, a drive (30) for rotationally... |
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DE112015006810T5 |
Lane detection device and lane detection method
An object of the present invention is to provide a lane recognition apparatus which can accurately recognize a lane on which a subject vehicle is traveling and a position of the subject vehicle on... |
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DE112012001708B4 |
coordinate measuring machine
A coordinate measuring machine (10) adapted to transmit a first light beam (46) to a remote retroreflector target (26), said retroreflector target (26) occupying a particular position in space,... |
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DE102017219697A1 |
Object detection system for vehicles and object detection method for vehicles
An object detection system for a vehicle is disclosed, including: a transmitter configured to transmit a transmission beam in a transmission direction in accordance with a control signal; a... |
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DE102017125965A1 |
VEHICLE LOCATION DETERMINATION BASED ON WI-FI NODES
A method and apparatus for vehicle location based on WLAN nodes is disclosed. An exemplary disclosed vehicle includes a wireless network controller and a location device. In response to the loss... |
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DE102017125844A1 |
Construct map data using laser scanned images
A computer that includes a processor and memory that stores instructions that may be executed by the processor. The processor may be programmed to: generate a plurality of transformed patch images... |
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DE102017125662A1 |
A SYSTEM AND METHOD FOR DETERMINING AN ANCHOR ANGLE BASED ON AN INPUT FROM A SENSOR AND A KINEMATIC MODEL OF A VEHICLE AND A TRAILER AND FOR CONTROLLING THE VEHICLE BASED ON THE ANCHORING ANGLE
A system according to the present disclosure includes an estimated hitch angle module, a measured hitch angle module, a corrected hitch angle module, at least one of a driver assistance module,... |
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DE102017124756A1 |
RADAR CALIBRATION WITH KNOWN GLOBAL POSITIONING OF STATIC OBJECTS
System and method for calibrating a radar system on a mobile platform. A position of the platform is combined with a relative position of one or more stationary objects from the platform using the... |
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DE102017121622A1 |
ICE AND SNOW DETECTION SYSTEMS AND METHODS
Exemplary ice and snow detection systems and methods are described. In one implementation, a method activates an ice and snow detection system in response to receiving weather data indicating a... |
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DE102017011035A1 |
Method for transmitting and receiving radar signals in a vehicle
The invention relates to a method for transmitting and receiving radar signals in a vehicle (1), wherein from at least one radar transmitter (3) of the vehicle (1) a modulated radar signal (S) is... |
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DE102017010616A1 |
Device for the targeted location of transponders
The invention relates to a device (1) for directional detection of transponders (3) having a receiver (2) which is arranged in a tubular component (4, 6) which is open at least on one side and has... |
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DE102017010308A1 |
Method for room measurement and room measuring arrangement
The invention relates to a method for spatial measurement by means of at least two active, in particular similar sensors, wherein a first sensor (1) of the at least two sensors relative to a... |
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DE102017010307A1 |
Method for detecting an environment of a vehicle
The invention relates to a method for detecting an environment of a vehicle (1) by means of a monocamera unit (3) and a lidar sensor unit (4), wherein acquired data are fed to a common evaluation... |
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DE102017009983A1 |
Image capture device and imaging process
There is provided an image capturing apparatus capable of performing multiple image capturing operations using a plurality of image capturing units, and capable of more correctly measuring a... |