从职场人的身体状况来看，数据显示，有腰椎或颈椎疾病的职场人占比达37.6%，是职场人公认最普遍的疾病。根据我们的调查统计，约有69%以上的学生和白领会在书桌前工作/学习/娱乐超过五小时，73%会在此过程中感觉脊背酸痛。如果没有一个合适的人体工学椅，将会对脊椎腰椎造成很大的损伤。我们主要探究如何通过创新改造人体工学椅来缓解学生和职场工作者在久坐状态下导致的脊椎压力。

From the perspective of the physical condition of professionals, data shows that 37.6% of professionals suffer from lumbar or cervical spine diseases, making it the most common ailment among the workforce. According to our survey, approximately 69% of students and white-collar workers spend more than five hours working, studying, or entertaining at their desks, and 73% experience back pain during this process. Without an ergonomic chair, significant damage can be done to the spine and lumbar vertebrae. We primarily explore how to alleviate the spinal pressure caused by prolonged sitting forstudents and professionals through innovative modificationsto ergonomic chairs.

　　我们选择了将支撑结构从背后调整至胸前，更加符合人体工学，缓解腰椎压力的同时也能通过多种多样的解决方案来为不同需求的人群，降低门槛，让更多人享受到人体工学的乐趣。

We have chosen to adjust the support structure from the back to the front, aligning more with ergonomics. This modification not only relieves lumbar pressure but also provides various solutions to cater to different needs, lowering barriers for more people to enjoy the benefits of ergonomics.

　　按照既定计划，在项目开展顺利的情况下，我们希望能设计出较为完善的新型人体工学支撑结构并在后续将其不断改进，争取专利申请，推广此类结构，让我们的受众群体以及其他人都能享受到人体工学所带来的益处并且降低成本，便于推广。我们认为的短期内的成功是设计出一个较为完善的结构来确保支撑性，并且在可预见的未来内具备低成本生产的可能性以及便于推广性。

According to the established plan, assuming the project progresses smoothly, we hope to design a relatively perfect new ergonomic support structure and continuously improve it in subsequent stages. We aim to apply for patents, promote such structures, and enable a broader audience, including our target demographic and others, to enjoy the benefits of ergonomics while reducing costs for easy dissemination. Our short-term success is defined by designing a relatively perfect structure to ensure support, with the foreseeable possibility of low-cost production and ease of promotion in the future.