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律动椅LD036
CBD Smart Rhythmic Fitness Bed
家庭办公类 休闲椅 3312 0 2023-07-20
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Chinese / English
作品简述
这是行业首款采用“柔性磁动力驱动”技术的低噪音律动智能摇椅。其具有“律动均匀、坐感舒适、持久耐用、低噪音”的特点,适合各类人群使用,是居家休憩的最佳搭档。
用户价值
这款产品的“柔性磁动力驱动”灵感源于磁悬浮列车。设计团队将可控磁力作为驱动力,利用悬挂结构承载人体,实现摇椅的规律性的微振动(模拟人体的自然微动),可以辅助改善用户坐姿的静态性、激活身体,减少长时间坐姿带来的不适感,同时也促进身体的微小运动,增加活动度和血液循环,并达到舒缓疲惫、调节身心、辅助入眠的目的。 不同用户可通过对座椅高度、躺角、震动模式的调节,找到适合自己的档位,搭配由高弹性柔性材料制成的椅面、椅背,能够为用户提供舒适的坐感和支撑感,辅助用户久坐办公、长时间学习后快速放松。
商业表现
这款智能摇椅由于其独特的"柔性磁动力驱动"技术和对用户需求的深度理解,预期在商业市场上将有出色的表现。这款产品结合了最新的科技和人体工程学,可为不同年龄、身体状况的用户提供个性化的舒适体验,预期将在家居市场中脱颖而出,引领新一轮的潮流。 因其独特的创新技术和显著的使用效果,该产品将具有高度的传播价值,通过口碑传播,有望提高品牌的知名度。此外,智能摇椅还有可能引发行业的创新和竞争,推动更多的产品开发和设计向用户体验和舒适性方向发展,从而在整个家居市场中产生深远影响。
社会影响
它改变了传统家居产品对人体舒适度和健康考虑不足的现状,并推进了家居行业向用户体验和科技创新的方向发展。这款产品的推出,不仅会激发市场对高科技结合家居产品的需求,也会鼓励更多的公司投入研发,创新新型的家居解决方案。 同时,这款智能摇椅反映了人类对于更加人性化、舒适化生活环境的追求,推动了人们对生活质量的重视和对科技改善生活的期待,从而推进了现代生活文化的发展。 此外,这款智能摇椅的出现为如何通过科技提升生活质量提供了新的思路,同时,其所有结构均采用环保材料,体现了对环境保护的关注,有助于推进社会的可持续发展。
团队组织
公司总裁: 曹树汉(CBD家居总裁) CBD研发部 雷国华(研发总监) 项目经理: 瞿国平(负责总的构思,核心部件设计) 软件工程师: 王小龙(软件程序编写)(单片机编程) 硬件工程师: 闭炜势(电路设计PCB板设计布线及电器部件组装) 机械工程师: 陈海华(负责机械结构设计组装调试) 专利工程师: 付磊、赫坤鹏(专利文档的编写、协助团队工作) 物联网工程: 田 波(智能遥控、物联网,扫码收费系统) 外观设计: 付磊(外观设计) 样品制作: 胡吉中(样品制作) 五金加工: 梁择力(五金加工及打样)
流程方法
设计磁悬浮摇篮椅的流程方法可以包括以下几个步骤: 1.需求分析:明确设计磁悬浮摇篮椅的功能需求和用户需求。了解用户的期望和使用场景,确定设计的目标和约束条件。 2.概念设计:进行创意发散,提出多种不同的设计方案和概念。可以进行头脑风暴、绘制草图或制作模型等方式,以寻找最合适的设计方向。 3.初步设计:从概念设计中选择最具潜力的几个方案,进行进一步的细化和完善。考虑材料选择、结构设计、悬浮原理等方面,进行初步的工程设计。 4.详细设计:在初步设计的基础上,进行更加详细和精确的设计。包括具体尺寸、工艺流程、材料规格等方面的确定。可以使用SOLIDWORKS等等软件进行模型设计和分析。 5.原型制作:根据详细设计,制作磁悬浮摇篮椅的原型。可以使用3D打印、手工制作或委托专业厂商制作原型。 6.测试和优化:对原型进行测试,评估其功能和性能是否满足设计要求。根据测试结果进行优化和改进,修正设计中存在的问题。 7.生产准备:完成设计和优化后,准备进行批量生产。包括确定生产材料和工艺、制定生产计划和流程等。 8.生产和质量控制:按照生产计划进行批量生产,并实施质量控制措施,确保产品的质量符合标准和要求。 9.市场推广:将磁悬浮摇篮椅推向市场,进行宣传和销售。可以通过线上线下渠道进行推广,吸引用户购买和使用。 以上是一个大致的设计流程方法,具体的步骤可能会根据项目和团队的需求进行调整和细化。在设计过程中,还需要注意安全性、舒适性、可持续性等方面的考虑,以确保设计的磁悬浮摇篮椅能够满足用户的需求和期望。
项目投入
CBD Smart Rhythmic Fitness Bed,从2022年7月份开始研究,到2023年5月份开始小批量投产。研发时间共花费10个月左右。共计研发费用,80万左右。
达成情况
这款智能摇椅项目的初心是为了解决长时间坐姿带来的不适感,并提升用户的坐姿和生活质量。它的面世不仅在提高用户舒适度方面取得了显著效果,还在刺激市场对科技与家居结合的需求方面,产生了深远影响,推动了家居行业向用户体验和科技创新的方向发展。 此外,该产品遵循了公司“科技创新、人性化设计”的战略。该智能摇椅作为公司的一个里程碑产品,成功地将科技与家居生活结合,展示了公司在这方面的创新能力和设计理念。它不仅提升了公司的市场地位,也增强了公司在消费者心目中的形象,对公司的长期战略有着重要的推动意义。
Project Description
As the pioneering product in the fitness bed industry, CBD Smart Rhythmic Fitness Bed is a low-noise rhythmic smart bed adopting flexible magnetic force. It is featured by rhythmic, comfortable, and quiet sitting for an extended service life, making it an ideal home resting tool for users with different needs.
User Value
The flexible magnetic force is inspired by magnetic trains. The adjusted magnetic force serves as the driving force with its hanging structure to carry bodies to offer gentle and rhythmic vibration (simulating the natural body movement). Such a design aims to help users re-correct sedentary habits and motivate them to be active, easing discomfort caused by long-time sitting and encouraging body vibration to stimulate more body movement and blood circulation to ease exhaustion, adjust moods, and contribute to better sleep. The adjustable height, inclination angle, and vibration mode of the chair can help users customize their comfortable modes. Its highly flexible and soft chair surface and back can give users comfortable sitting and support, which helps users relax their bodies after long office hours or studies.
Business Performance
This smart chair is supposed to stand out among other products thanks to its unique gentle magnetic force technology and deep understanding of users' needs. By combining the latest technology and ergonomics, it can offer a comfortable and personalized sitting experience for users of different ages. Thus it would distinguish in the smart chair industry and lead a new fashion. The product is popular among consumers thanks to its innovative technology and excellent user experience, which promises increased brand awareness. The smart chair would lead to a new wave of product innovation and competition in this sector, generating long-term influence on the home furniture industry.
Social Impact
The innovative product makes a breakthrough in the modern home furniture industry that lacks enough consideration for user comfort and health care, leading home furniture to become more user-oriented by using more innovative technologies. The introduction of the product not only stimulates user demand for tech-based home furniture but also draws more R&A investment from companies, offering solutions to innovative home furniture. Plus, the product also represents the pursuit of a more humanized and comfortable home living environment, driving the expectation of quality and improved lives and pushing forward the development of modern lives. Additionally, the launch of the chair displays new ideas for a tech-based improved life. And the chair is made of eco-friendly materials, representing the care of environmental protection for a more sustainable society.
Team Structure
Team: 11 people Company CEO: Cao Shuhan (CEO of CBD Home) CBD R&D Department Lei Guohua (R&D Director) Project Manager: Qu Guoping (responsible for the general concept, core component design) Software Engineer: Wang Xiaolong (Software Programming) (MCU Programming) Hardware Engineer: Shun Weisi (circuit design PCB board design wiring and electrical components assembly) Mechanical Engineer: Chen Haihua (responsible for mechanical structure design, assembly and debugging) Patent Engineer: Fu Lei, He Kunpeng (writing patent documents, assisting the team) Internet of Things Engineering: Tian Bo (intelligent remote control, Internet of Things, code-sweeping charging system) Design: Fu Lei (design) Sample production: Hu Jizhong (sample production) Hardware processing: Liang Zeli (hardware processing and sampling)
Flow
The design of a magnetic levitation chair has the following steps: 1. Need analysis: Define the functional and user needs of the magnetic levitation chair design. Understand the user's expectations and use scenarios to determine the objectives and constraints of the design. 2. Conceptual design: spur more creative ideas, and put forward different design options and concepts. Brainstorming, sketching, or modeling can help find the most suitable design direction. 3. Preliminary Design: Select the most promising design from the conceptual designs, which will be refined and improved. Consider material selection, structural design, and levitation principle for the preliminary engineering design. 4. Detailed design: the chair design will be more detailed and precise based on the preliminary design, including specific details, such as size, process, material, and specifications. For this part, SOLIDWORKS and other software are helpful for model design and analysis. 5. Prototype design: the prototype of the magnetic levitation chair is designed based on the detailed design, which is completed through make 3D printing, handmade, or the outsourcing of professional manufacturers. 6. Testing and optimization: Test the prototype to assess its function and performance to ensure they meet the design requirements, and after this, the design will be improved according to the test results, aiming to correct the problems in the design. 7. Production Preparation: After the process of design and optimization, products enter into the process of mass production, which includes determining production materials and processes and developing production plans and processes. 8. Production and quality control: mass production follows the production plan with quality control to ensure that the quality of the product meets the standards and requirements. 9. Market promotion: online and offline channels promote the magnetic levitation chair to the market, publicity, and sales. The above is a general introduction to the design process, and specific steps may be adjusted based on the needs of the project and team. The design also considers safety, comfort, and sustainability to ensure that the chair meets the needs and expectations of the user.
Project Investment
CBD Smart Rhythmic Fitness Bed started the research in July 2022 and started small batch production by May 2023. The total R&D period is about 10 months, with an investment of about 800,000 dollars.
Project Achievements
The smart chair aims to offer a solution to the discomfort caused by long-time sitting, re-correcting the sitting habit and life quality. Therefore, the introduction of the chair not only has enhanced performance in improving the sitting experience but also stimulated more breakthroughs in chair design and concepts. For the company, the design of the chair offers a better brand image, creating a strategic significance for a long time. Additionally, the company's "technological innovation and humanized design" strategy makes the smart chair a milestone of the company's history, combining technology with home life. By demonstrating the company's potential in product innovation and design concepts, the smart chair can help enhance the company's market influence while strengthening the company's image for consumers, which is of great significance to the company's long-term development strategy.
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