View source for US Patent Application 18167017. Electronic Devices with Standard-Compliant Sensing Capabilities simplified abstract

=Electronic Devices with Standard-Compliant Sensing Capabilities=


==Inventors==

[[Jochen Schrattenecker of Alberndorf in der Riedmark (AT)]]


[[Michael Hofstadler of Luftenberg (AT)]]


[[Andreas Springer of Linz (AT)]]


[[Reinhard Feger of Linz (AT)]]


[[Andreas Stelzer of Linz (AT)]]


[[Harald Pretl of Schwertberg (AT)]]


[[Bernhard Sogl of Unterhaching (DE)]]


[[Andreas Menkhoff of Oberhaching (DE)]]


==Electronic Devices with Standard-Compliant Sensing Capabilities - A simplified explanation of the abstract==


*This abstract for appeared for patent application  number 18167017 Titled 'Electronic Devices with Standard-Compliant Sensing Capabilities'

==Simplified Explanation==

This abstract describes an electronic device that uses wireless technology to communicate with a base station. It also has the ability to detect the distance to an external object using a specific type of antenna that transmits a signal. The device receives a reflected signal from the object and uses a specific technique called element-wise division to analyze the signal. By analyzing the signal, the device can determine the distance to the object. This technology allows the device to perform distance detection without the need for dedicated radar equipment, while still maintaining efficient data transfer.


==Original Abstract Submitted==

An electronic device may include wireless circuitry that conveys data with a base station according to a communication standard and that detects range to an external object using a first antenna that transmits a waveform compliant with the standard. The waveform may be a Sounding Reference Signal (SRS) waveform, a transmit data waveform, or another waveform. A second antenna may receive a reflected signal that includes the transmitted waveform. The communications circuitry may perform element-wise division on symbols of a selected subcarrier in the reflected signal using corresponding phases and magnitudes of a set of complex OFDM symbols used to generate the transmitted waveform. Peak detection may be performed to detect the range. Using standard-compliant transmit waveforms to also perform spatial ranging may allow the communications circuitry to avoid dedicated radar circuitry while also minimizing impact to the transfer of the data.