Anti-Interference Electronic Device and Anti-Interference Method

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Anti-Interference Electronic Device and Anti-Interference Method - A simplified explanation of the abstract

This abstract first appeared for US patent application 18040056 titled 'Anti-Interference Electronic Device and Anti-Interference Method

Simplified Explanation

The abstract describes an electronic device that includes a first transmission circuit and an anti-interference circuit. The first transmission circuit has a receive end, a transmit end, and a conversion module. The conversion module converts a first-type signal received by the receive end into a second-type signal to be sent by the transmit end. The anti-interference circuit cancels the second-type signal in the signal received by the receive end. The cancelled second-type signal is then sent by the transmit end and received again by the receive end.

The electronic device includes a first transmission circuit and an anti-interference circuit.
The first transmission circuit has a receive end, a transmit end, and a conversion module.
The conversion module converts a first-type signal into a second-type signal.
The anti-interference circuit cancels the second-type signal in the received signal.
The cancelled second-type signal is sent by the transmit end and received again by the receive end.

Potential applications of this technology:

Communication devices: This technology can be applied in communication devices to improve signal transmission and reduce interference.
Wireless systems: It can be used in wireless systems to enhance signal quality and minimize interference.
Electronic equipment: This technology can be integrated into various electronic devices to improve signal transmission and reduce interference.

Problems solved by this technology:

Interference cancellation: The anti-interference circuit cancels the unwanted second-type signal, reducing interference and improving signal quality.
Signal conversion: The conversion module converts the received first-type signal into a second-type signal, enabling compatibility with other devices or systems.

Benefits of this technology:

Improved signal quality: By canceling interference and converting signals, this technology enhances the overall signal quality.
Enhanced device compatibility: The conversion module allows compatibility with different signal types, expanding the range of devices or systems that can be connected.
Reduced interference: The anti-interference circuit helps minimize interference, leading to more reliable and efficient signal transmission.

Original Abstract Submitted

An electronic device includes a first transmission circuit and an anti-interference circuit. The first transmission circuit includes a first receive end, a first transmit end, and a first conversion module. The first conversion module is configured to convert a first-type signal in a signal received by the first receive end into a second-type signal to be sent by the first transmit end. The anti-interference circuit is configured to cancel the second-type signal in the signal received by the first receive end. The cancelled second-type signal is sent by the first transmit end and then received by the first receive end.