作品名称：盲人家用健身器设计

英文名称：Design of home fitness equipment for the blind

设计者：杨鑫倩、何有国、王婷

指导教师：周超

设计说明：

这是一款专门为盲人设计的家用智能壶铃，与传统壶铃相比，不再手动更换壶铃片，且增加了心率监测功能，并能随时进行语音播报。运用电磁铁原理，增加了一个可调节按钮，自动调节壶铃片的重量，大大提高了盲人运动时换取壶铃片的便捷性。底座运用充电蓝牙耳机盒结构，加入磁吸可充电，并且具有收纳稳固壶铃的功能。

设计说明（英文）：

This is a household intelligent Kettlebell specially designed for the blind. Compared with the traditional Kettlebell, it does not need to change the Kettlebell piece manually. It also adds the heart rate monitoring function and can broadcast voice at any time. Using the principle of electromagnet, an adjustable button is added to automatically adjust the weight of the Kettlebell piece, which greatly improves the convenience of the blind when moving. The base adopts a charging Bluetooth headset box structure, adds a magnetic magnet to charge, and has the function of storing a stable kettle bell.

作品名称：宠物智能托运箱设计

英文名称：PET SMART BOX DESIGN

设计者：敬兴雨、马增彪

指导教师：范鑫

设计说明：近年来，由于宠物托运而引发的一些意外情况屡见不鲜，为了能够给宠物托运一个安全的环境，解决宠物在运输途中的安全及用户的情感需求，本次设计从智能安全以及情感化角度出发，在托运过程中，宠物主人可以随时与宠物进行交流沟通并达到远程观测监控，从而给宠物以及主任带来一种更加舒适、可靠的体验。

设计说明（英文）：In recent years, due to pet consignment and some unexpected situations are not uncommon, in order to be able to give pets a safe environment, to solve the safety of pets in transit and the emotional needs of users, this design from the intelligent safety and emotional point of view, in the consignment process, pet owners can communicate with pets at any time and achieve remote observation and monitoring, thereby bringing a more comfortable and reliable experience to pets and directors.

作品名称：应急核酸检测医疗车设计

英文名称：Emergency nucleic acid detection medical vehicle design

设计者：董倩

指导教师：陈志刚

设计说明：这是一款应急核酸检测医疗车，目标在于应对新冠疫情此类大突发性公共卫生事件，为检疫作业提供机器人化装备，使得医护人员能够在隔离条件下开展远程以及自主化的采样作业。为社区居民提供一个更高效更安全的核酸检测流程。应急核酸检测医疗车外观设计，以安全舒适为主。根据检测者的使用习惯，将医疗车车设计成无人检测模块，总体造型为几何形，占地空间小，便于移动。采用现代设计风格，适用于绝大多数场景。

设计说明（英文）：This is an emergency nucleic acid detection medical vehicle, which aims to respond to major public health emergencies such as the new crown epidemic, provide robotized equipment for quarantine operations, and enable medical staff to carry out remote and autonomous sampling operations under isolation conditions. Provide a more efficient and safer nucleic acid testing process for community residents. Emergency nucleic acid detection medical vehicle exterior design, mainly safe and comfortable. According to the use habits of the inspectors, the medical vehicle is designed as an unmanned detection module, the overall shape is geometric, the footprint is small, and it is easy to move. Designed in a modern style, it is suitable for most scenes.

作品名称：老年人智能助步车设计

英文名称：Design of intelligent walker for the elderly

设计者：杜祖航

指导教师：王亭亭、张钰

设计说明：为更好的方便老人行走，解决老年人在使用上所存在的缺陷，该助步车设计整体可以折叠，篮筐和座椅设计也是可以折叠来使用然后把手设计可以满足老年人多种使用方式，驼背状态使用和直立状态使用，然后功能上还使用到了红外线障碍物探测， 夜间灯光照明，GPS定位和紧急按钮的使用，以方便老人使用中能够满足基本需求以外还可以满足自身特别的需求。

设计说明（英文）：In order to better facilitate the elderly walking, to solve the defects of the elderly in the use of the walker design.The whole can be folded, the basket and seat design can also be folded to use and the handle design can meet the old Young people are used in a variety of ways, hunchback state and upright state, and then functional use of red,Outside line obstacle detection, night lighting, GPS positioning and use of emergency buttons for the convenience of the elderly.In addition to meeting basic needs, it can also meet its own special needs.

作品名称：民用AED除颤器设计

英文名称：Design of civil AED defibrillator

设计者：张哲维、孙铭徽、何有国

指导教师：张钰 王亭亭

设计说明：心脏骤停的危险随时就会出现在我们每个人身边，若是想要我们每个人都愿意去了解心脏骤停的急救方法，敢于去伸出援手，国家需要的是健全社会医疗保障体系以及普及教育，而作为工业设计的学生，希望尽自己的努力，去设计出一台更加适合民用的、有人情化的、辅助性更加直接的集胸外按压和心脏除颤等必要急救流程为一体的AED。而这次设计的民用AED，更多的是从使用者的角度出发，通过对用户的调研所得出的需求进行再设计。除颤前大部分人都难以正确的进行胸外按压，导致无法安全除颤，对此将MCC技术与AED进行结合，补足前一半必要的急救流程空缺。外形设计更加贴近如今的智能电子产品和智能家居，无论是家用还是公共，更加有人情味。

设计说明（英文）：The danger of sudden cardiac arrest will appear around us at any time. If we want each of us to be willing to understand the first aid methods for sudden cardiac arrest and dare to lend a helping hand, what the country needs is a sound social medical security system and universal education. As students of industrial design, we hope to make our own efforts to design a more civil, humane Auxiliary and more direct AED integrating necessary first aid processes such as chest external compression and cardiac defibrillation. The civil AED designed this time is more from the user's point of view and redesigned according to the user's research requirements. Before defibrillation, most people are difficult to correctly perform chest compressions, which makes it impossible to safely defibrillate. Therefore, MCC technology is combined with AED to make up for the first half of the necessary first-aid procedures. The shape design is more close to today's smart electronic products and smart homes, both at home and in the public, and more humane.