基于模块化设计的自动控温艾灸盒

Automatic temperature control moxibustion box based on modular design

  • 摘要:
    目的 针对中医临床艾灸疗法“三因制宜”思想与疗法创新的需求,探索一种模块化艾灸盒的设计方案,研发具有功能切换和个性化定制的模块,使用传统艾条并能自动控温的模块化艾灸盒。
    方法 应用模块化设计方法,将艾灸盒分为控制和治疗模块。结合微纳温度传感器与脉冲带宽调制芯片实现传统艾条的自动控温功能。
    结果 设计了单穴位灸和多穴位灸2种治疗模块,拆装模块实现切换施灸部位以及个性化调整的功能,验证了模块化艾灸盒在结构上的可行性;经过温度测试,在点燃艾条的情况下,单穴位灸与多穴位灸在设置45℃条件下测试的平稳期平均温度分别为45.68℃和45.12℃。
    结论 设计的艾灸盒能够保留传统艾条施灸功能,实现智能控制温度的效果,基于模块化方法可适应多种使用场景,具有较高的性价比和较大的应用潜力,为艾灸盒甚至中医诊疗设备的设计提供了新的方法及思路。

     

    Abstract:
    Objective To explore a modular moxibustion box design scheme according to the thought of "developing appropriate treatment according to three disease causes" and the demand of therapy innovation to develop a modular moxibustion box with function switching and personalized customization, which uses traditional moxa sticks and can automatically control temperature.
    Methods The moxibustion box was divided into control module and treatment module by modular design method. Combining micro- and nano-temperature sensor and pulse bandwidth modulation chip, the automatic temperature control function of traditional moxa stick was realized.
    Results Single point moxibustion and multi-point moxibustion were designed. The functions of switching moxibustion sites and personalized adjustment were realized by disassembling and assembling the module, and the feasibility of modular moxibustion box in structure was verified. After the temperature test, the average temperature of single point moxibustion and multi-point moxibustion at 45℃ in the test stationary period was 45.68℃ and 45.12℃ respectively under the condition of firing moxa stick.
    Conclusion The moxibustion box designed retains the function of traditional moxibustion with moxa sticks and realizes intelligent temperature control. Based on the modular method, it can adapt to a variety of use scenarios, with high cost performance and great application potential. It provides a new method and idea for the design of moxibustion box and even traditional Chinese medicine diagnosis and treatment equipment.

     

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