Design and Research of a Multifunctional Computer Stand

在当今的电子产品市场中,电脑支架大多功能单一,不能满足用户的多种需求。为此,我们研发出一种多功能电脑支架,它集支撑、定位和存储三种功能于一体。支架选用铜锌合金制作,通过SolidWorks软件设计三维模型,采用可折叠结构,使其具备两种高度调节模式。在技术创新上,支架内置GNSS定位模块(HT2828Z3G5L)和ESP32微控制器,能防止设备丢失,定位误差可控制在1米左右。此外,该支架还配备了U盘存储模块,可以方便用户储存和读取数据。经过测试,支架可承受5 kg重量,最大变形量不超过0.5 mm,角度调节范围为0˚~180˚,定位响应时间在3秒以内。该设计兼具了结构创新性与功能实用性,为今后智能支架的开发和设计提供了新思路。In today’s electronic product market, most computer stands have single functions and cannot meet users’ multiple needs. To address this, we have developed a multifunctional computer stand that integrates three functions: Support, positioning, and storage. The stand is made of copper-zinc alloy. Its 3D model is designed using SolidWorks software, and it adopts a foldable structure, enabling two height adjustment modes. In terms of technological innovation, the stand is built with a GNSS positioning module (HT2828Z3G5L) and an ESP32 microcontroller, which can prevent equipment loss, with a positioning error controlled within approximately 1 meter. In addition, the stand is equipped with a USB flash drive storage module, facilitating users to store and read data. Tests show that the stand can bear a weight of 5 kg, with a maximum deformation not exceeding 0.5 mm; its angle adjustment range is 0˚~180˚, and the positioning response time is within 3 seconds. This design combines structural innovation and functional practicality, providing new ideas for the development and design of intelligent stands in the future.

Publication Details

Journal
Mechanical Engineering and Technology
Published
2025-01-01
DOI
https://doi.org/10.12677/met.2025.144044
Primary Topic
Theoretical and Computational Physics
Type
article
Field-Weighted Citation Impact
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article

Design and Research of a Multifunctional Computer Stand

Mechanical Engineering and Technology
Theoretical and Computational Physics
article

Design and Research of a Multifunctional Computer Stand

article en

Abstract

在当今的电子产品市场中,电脑支架大多功能单一,不能满足用户的多种需求。为此,我们研发出一种多功能电脑支架,它集支撑、定位和存储三种功能于一体。支架选用铜锌合金制作,通过SolidWorks软件设计三维模型,采用可折叠结构,使其具备两种高度调节模式。在技术创新上,支架内置GNSS定位模块(HT2828Z3G5L)和ESP32微控制器,能防止设备丢失,定位误差可控制在1米左右。此外,该支架还配备了U盘存储模块,可以方便用户储存和读取数据。经过测试,支架可承受5 kg重量,最大变形量不超过0.5 mm,角度调节范围为0˚~180˚,定位响应时间在3秒以内。该设计兼具了结构创新性与功能实用性,为今后智能支架的开发和设计提供了新思路。In today’s electronic product market, most computer stands have single functions and cannot meet users’ multiple needs. To address this, we have developed a multifunctional computer stand that integrates three functions: Support, positioning, and storage. The stand is made of copper-zinc alloy. Its 3D model is designed using SolidWorks software, and it adopts a foldable structure, enabling two height adjustment modes. In terms of technological innovation, the stand is built with a GNSS positioning module (HT2828Z3G5L) and an ESP32 microcontroller, which can prevent equipment loss, with a positioning error controlled within approximately 1 meter. In addition, the stand is equipped with a USB flash drive storage module, facilitating users to store and read data. Tests show that the stand can bear a weight of 5 kg, with a maximum deformation not exceeding 0.5 mm; its angle adjustment range is 0˚~180˚, and the positioning response time is within 3 seconds. This design combines structural innovation and functional practicality, providing new ideas for the development and design of intelligent stands in the future.

Mechanical Engineering and TechnologyVol. 14(04)
Openalex Percentile: Top 52%
Theoretical and Computational Physics
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