Multichannel remote control device

Abstract

The invention provides a multichannel remote controller, including several transmitters and several receivers. The transmitter includes: instruction select switch, ID select switch, signal sampling control and holding module, ID selector, clock generator module, radio emitting circuit, and output control module, modulating continuous data frames into a signal with a certain timing sequence structure; transmit logic control module, and further including coding and data frame assembling parts. The receiver includes: receive logic control module, radio receiving circuit, ID select switch, ID selector, driving circuit, receive logic control module, and further including decoding part, checking part and ID comparing part. It uses a single carrier wave, transmits and receives in no need of many circuit structures, and designs that all the channels use different transmit timing sequences and ID, omitting synchronous operation and further simplifying the structure.

Description

technical field [0001] The invention relates to a multi-channel remote control device, in particular to a multi-channel remote control device which uses different sending timings for transmitters with different IDs. Background technique [0002] The current known multi-channel remote control toys mostly use the following two control methods: [0003] 1. Using different frequency carriers, [0004] In this method, multiple transmitters use different carrier frequencies to transmit data, and receivers are also set to receive data on corresponding frequencies. Transmitters transmit continuously without interfering with each other due to different carrier frequencies. The structure of the transmitter and the receiver is required to correspond one by one, and the versatility is poor. To have carriers of several frequencies at the same time, the structure of the transmitter and receiver becomes more complicated, and the cost is also increased. [0005] 2. Using the same carrie...

AI Technical Summary

Problems solved by technology

Synchronous operation between transmitters can effectively avoid conflicts between channels, but the realization of synchronous operation needs to connect each transmitter, which will bring additional structure, and will also cause inconvenience to players when using

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