Design And Fabrication of a Presenter Wristband

A presenter wristband that uses Bluetooth is a modern variation of the traditional presentation remote control. Instead of relying on traditional radio frequency (RF) technology to communicate with the computer, these Bluetooth-enabled remote presenters use Bluetooth connectivity to establish a wireless connection. They can work with a wider range of devices, including computers, laptops, tablets, and smartphones, as most modern devices come with Bluetooth capabilities. A wristband is a simple, often flexible, and adjustable strip or band that is designed to be worn around the wrist, typically for functional, decorative, or identification purposes. It is designed to be easily worn and to carry around. The objective of this research is to create a functional prototype that seamlessly integrates the functionalities of a remote presenter and wristband with scrolling or sliding app controls, offering a comprehensive and personalized device. The project's scope includes the design and fabrication of the wristband, scroll or slide app integration, user interface development, Bluetooth connectivity, testing, and optimization. The wristband's design prioritizes comfort, aesthetics, and usability. Intuitive controls and customization options are implemented to allow users to navigate through scroll or slide apps and personalize their preferences based on their religious practices or personal preferences. Bluetooth connectivity is established to enable seamless synchronization between the wristband and compatible devices, facilitating the transfer of data and control over scroll or slide apps wirelessly. Extensive testing ensures the reliability, responsiveness, and compatibility of the wristband, with user feedback informing iterative improvements and refinements. This design project provides many opportunities to increase knowledge and experience because it can apply the use of design software such as Solidworks and AutoCAD. Basic engineering calculations, fabrication, and identifying and solving problems are required especially in the construction process. Overall, the objectives of this research have been achieved. The presenter wristband works well. However, this project still has shortcomings and weaknesses that can still be improved and has the potential to grow in the future.

一款配备蓝牙技术的演示者腕带是传统演示遥控器的一种现代演变。此类蓝牙遥控演示设备不再依赖于传统的射频（RF）技术来与计算机通信，而是通过蓝牙连接建立无线连接。它们能够与更广泛的设备协同工作，包括计算机、笔记本电脑、平板电脑和智能手机，因为大多数现代设备都配备了蓝牙功能。腕带是一种简单、通常具有弹性和可调节性的条带或带子，设计用于佩戴在手腕上，通常用于功能性、装饰性或识别目的。其设计便于佩戴和携带。本研究的目的是创建一个功能原型，将遥控演示功能和腕带功能与滚动或滑动应用程序控制无缝集成，提供全面且个性化的设备。项目范围包括腕带的设计和制造、滚动或滑动应用程序集成、用户界面开发、蓝牙连接、测试和优化。腕带的设计优先考虑舒适度、美学和易用性。通过实施直观控制和定制选项，用户能够导航滚动或滑动应用程序，并根据其宗教实践或个人偏好定制其偏好。通过蓝牙连接实现腕带与兼容设备之间的无缝同步，从而实现数据传输和滚动或滑动应用程序的无线上传控制。广泛的测试确保了腕带的可靠性、响应性和兼容性，用户反馈则指导了迭代改进和精炼。此设计项目提供了许多增加知识和经验的机会，因为它可以应用设计软件，如Solidworks和AutoCAD。基本工程计算、制造、识别和解决问题的关键在于构建过程。总体而言，本研究的各项目标已达成。演示者腕带表现良好。然而，该项目仍存在可以改进的不足之处，并且具有未来发展的潜力。