74 results about "Radar signal detection" patented technology

A cruise control apparatus can control a host vehicle to run with a fixed separation from a preceding vehicle when such a preceding vehicle is detected based on received radar signals and to run at a preset fixed speed when no preceding vehicle is detected. The cruise control apparatus is configured to respond to one of a set of predetermined actions by the vehicle driver, which indicate an intention to change the vehicle speed, by making it easier or more difficult for a preceding vehicle to be detected, in accordance with whether the indicated intention may signify that an actual preceding vehicle is not being detected or may signify that a non-existent preceding vehicle is being detected and that the host vehicle speed has been reduced accordingly. Improved performance is thereby achieved by utilizing the cognitive abilities of the driver to augment the detection operation of the cruise control apparatus.

A wireless communication device includes a receiver circuit that receives a wireless signal. Here, the wireless signal includes a signal from a node in a communication network to which the wireless communication device belongs and a radar signal. The receiver circuit detects a received power of the wireless signal. The wireless communication device further includes a radar signal detection circuit, coupled to the receiver circuit, which determines if the wireless signal comprises the radar signal based on the received power of the wireless signal.

A detection system (1) having an optical sensor (3), a radar device (2) and a signal processor (4) communicatively connected with the optical sensor and the radar device. The signal processor comprises: a first detector (41, 410-413) for detecting a first object on the basis of a first signal coming from the optical sensor and determining at least one first property of the first object; a second detector (42, 420-421) for detecting a second object on the basis of a second signal coming from the radar device and determining at least one second property of that second object, and a signaling unit (43) for producing a signal if the at least one first property and the at least one second property satisfy a predetermined condition. Further, a method for detecting objects, comprising: generating (100) a sensor signal with an optical sensor; detecting (101) a first object on the basis of the sensor signal; generating (200) a radar signal; detecting (201) a second object on the basis of the radar signal; producing (300) a detection signal if both on the basis of the sensor signal and on the basis of the radar signal the same object is detected. Also, a computer program with program code for performing one or more steps of such a method.

An access point includes: detection means detecting radar signal; detection notification means notifying other access point of radar signal detection; assessment means assessing whether to own authority to determine channel used among access points; determination means determining channel used among access points when detection means detects radar signal or when other access point notifies of radar signal detection, when owning authority; channel notification means notifying other access point of the channel determined by determination means; and change means changing the channel used between other access point to either the channel determined by determination means or to a channel notified from other access point. When a plurality of access points detect radar signal, entire system is operable through new channel.

The invention discloses an ultrasonic intelligent bird scarer which is characterized in that the bird scarer comprises a power module (2), a radar signal detection module (3), an ultrasonic bird scaring module (4) and a microprocessor control module (1); the power module, the radar signal detection module, the ultrasonic bird scaring module and the microprocessor control module are all connected with the microprocessor control module; the microprocessor control module is formed by a single chip microprocessor; the power module consists of a solar cell and a 12V storage cell; the radar signal detection module comprises a plurality of doppler radars; and the ultrasonic bird scaring module consists of more than two ultrasonic high frequency horns.