数据信号处理装置和数据信号处理系统

By using the intelligent signal frequency interpretation module and data signal reshaping output module of the data signal processing device, the signal error problem caused by frequency difference in the series connection of LED control chips is solved, realizing stable and efficient LED transmission and improving the transmission rate and the number of LED chips.

CN116209115BActive Publication Date: 2026-07-17KAIQIANG TECH (PINGTAN) CO LTD

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
KAIQIANG TECH (PINGTAN) CO LTD
Filing Date
2023-03-27
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Existing LED control chips, due to frequency differences caused by manufacturing processes and application scenarios, accumulate signal recognition and reshaping errors in series connection, which limits the number of LEDs that can be controlled and the signal transmission rate, thus affecting application scenarios.

Method used

A data signal processing device is adopted, including an input interface module, an intelligent signal frequency interpretation module, a data signal acquisition module, and a data signal reshaping and output module. The intelligent signal frequency interpretation module performs bilateral trigger sampling within the clock cycle to determine the acquisition confirmation bit and the end bit, adjusts the duty cycle of the communication protocol, performs signal reshaping and decoding, and ensures stable signal transmission.

Benefits of technology

Without changing the system controller signal input frequency, it automatically adapts to the processing of input data, improves the transmission rate, stably transmits more LED beads, and ensures the stability and consistency of the LED transmission process.

✦ Generated by Eureka AI based on patent content.

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Abstract

本发明实施例提供了数据信号处理装置和数据信号处理系统,包括:输入端接口模块、输出端接口模块、智能信号频率判读模块、数据信号采集模块、数据信号重整输出模块,输入端接口模块用于获取校验码和数据码;智能信号频率判读模块用于根据检验码,确定频率采样的采集确认位和采集结束位,并将采集确认位、采集结束位和数据码分别发送至数据信号采集模块和数据信号重整输出模块;数据信号重整输出模块用于根据采集确认位和采集结束位,确定通信协议的占空比,并根据占空比进行信号重整;数据信号采集模块用于根据采集确认位和采集结束位,进行数据解码和对频率进行调整,保证LED传输过程的稳定性。
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