用户名: 密码: 验证码:
汽车座椅舒适度的创新设计及其主客观评价研究
详细信息    本馆镜像全文|  推荐本文 |  |   获取CNKI官网全文
摘要
经济的高速发展带动了科技的进步,科技的进步更促进经济的发展,当汽车不仅仅是人们的代步工具的时候,人们对汽车消费的倾向就变成了理想和感性的双重需求,汽车不仅仅代表了身份和地位,更代表着自己的品味和审美,甚至是自己内心的完全展示,他们通过汽车来满足自己的个性和心性的需求,这样对汽车行业就提出了更大的挑战,原来以生产方为主导的市场消费更新为以买方为主导的市场消费。企业为了更多的了解和满足消费群体的心理需求,就要不断地去做各种市场营销的调查和研究。本文基于感性工学和TRIZ创新思维方法,利用眼动仪对汽车座椅的消费者心理需求进行了研究,在此基础上对汽车座椅的舒适度进行了主客观评价。本文的主要研究内容如下:(1)为了让汽车座椅的感性设计目的能够更好的和消费者沟通,本文通过李克特量表法,把设计元素进行有规律的、可接受的排列组合,整合出汽车座椅美学设计思路。即,从两个角度进行设计语义资源的挖掘,一方面运用发散性思维,找到关键词汇,进行符号抽取;另一方面,针对功能结构设计创新,对座椅进行基于九屏幕法的资源分析和STC算子思维实验,寻找到技术矛盾,建立矛盾矩阵,通过矛盾矩阵,得到嵌套原理、反向作用原理和组合原理,通过这三个创新原理的应用得到更多的设计符号以满足相应的功能需求。(2)为了更好的测定汽车座椅静态状态下消费者的主观舒适度感受,本文通过对消费者关于语义差分、身体局部不适等级的主观测量与体压分布的客观测量与分析,找出影响消费者主观感受的客观因素,并通过对汽车座椅视觉舒适度的研究,从座椅的外观形态和消费者的内心感受两个方面完善了汽车座椅舒适度的设计和测量。(3)为了更好的测定在振动状态下,消费者对汽车座椅舒适性的感觉差异,通过网络问卷调查了消费者是如何用主观言语来描述人对振动舒适性的感觉差异的。振动对人体各部位的影响也分别对应于相应部位的生理反应,本文将这种感觉用数字的形式进行了量化,建立起量化模型,该模型不仅能够说明座椅是否舒适,还能够说明座椅振动舒适性的具体程度。(4)为了更好的把握消费者对汽车座椅视觉舒适性认知的心理过程,寻找汽车座椅概念设计阶段的消费者心理切入点,本文以感性工学,认知心理学为理论基础,使用眼动仪的试验方法,探索了汽车座椅带给客户的视觉舒适度的心理认知过程。
     综上所述,本文从多个角度对汽车座椅的舒适度进行了测量与评价,把难以测量的美学及舒适性的内心感受,用工学的方法进行研究,用定量的数据科学地评价了消费者对这种美和舒适性的感受。为汽车座椅的设计和评价提供了科学,简单和便于操作的方法。
The economy and technology continues to develop, and each promoted the other. Thetechnology progress have more effect on the development of the economy. When the automobilenot just be the transport, the consumption tendency become the dual requirement of ideal andsensibility. Automobile not only represent identity and status, but also represent the taste andaesthetic, even a complete show of oneself heart. The need of personality and feeling aresatisfied by automobile, so the auto industry have to face greater challenges, the original marketdominated by producers have updated to the buyer dominated. In order to know more andsatisfied the psychological needs of consumer groups, enterprise have to do all kinds ofmarketing investigation and research continuously. With the change of the economic supply anddemand, scientific research also have a new direction. Cooperate with the theory of themarketing and management to understand the demand of the market become more perfect, itseem to be very meaningful to use technology and high-tech equipment to help understand themarket and consumer groups. This article based on perceptual technology, combined with the useof eye tracker, carried on the study of consumer psychology demand of car seats and objectiveevaluation methods of automobile seat comfort. Starting from the design touched the soul, usingscientific design method to experiment study, provides a more comprehensive and convenientdesign method and evaluation method for the enterprise.
     The article main content is divided into the following four aspects:
     1. This part of the research combined the design element regularly and acceptability by theestablishment of Likert Scale method, and then integrate the whole design idea, the aestheticform of consumer groups are primitive nature, the tendency of formal aesthetic are therhythm.
     According to the results of this study, from two angles to mine the design semantic resources,on the one hand, using the divergent thinking, find the key words, extract the symbol, on theother hand, to design innovation aimed at the functional structure, resource analysis of theseat based on nine screen method, and the thought experiment on STC operator, find thetechnical contradiction, then through the contradiction matrix, get the application of thenested principle, the reverse effect principle, and the principle of combination. Getting moredesign symbols and functional requirements. Combined with the research results, conductedthe idealized concept design of car seats. Finally, using eye tracker to verify the objectiveevaluation. Found that this kind of design method and design flow are effective. As a kind ofuniversal design research method, simple and easily operate and economic, can be used inthe process of product design.
     2. In this paper, this section combined the subjective measure of semantic differential, the levelof discomfort with local body with body pressure distribution measurement to finish theexperimental comparison, find out the objective factors that affect subjective feeling,through the study of car seat visual comfort, from the angle of outward appearance and innerfeelings, to complete the design and measurement of the automobile seat comfort. From thetest of automobile seat static comfort and questionnaire research, the appearance point ofview, and the use of semantic differential method is successful, five different aspects reflects the differences between two kinds of seats, and conformity with the actual situation, provedthat the research can continually exist in the questionnaire as the appearance evaluation. Andgave a comprehensive evaluation method of seat appearance visual comfort and tactilecomfort, which can be used for the laboratory tests and design improvements for the seatmanufacturers.
     3. In the actual seat vibration, the vibration frequency and transmission rates can't be feltdirectly, just can perceptual cognize to vibration, can be described in subjective words. Theinfluence of vibration on human body also correspond to the corresponding parts`physiological reaction, and quantified the degree of the strength of the perception in the formof digital, through the questionnaire to establish a quantitative model, not only to saywhether the seat is comfortable, also can explain the concrete degree of seat vibrationcomfort, is a more detailed evaluation method. The formation of subjective and objectiveanalysis is consistent of the seat vibration comfort. Objective analysis can quantized thevibration perception which in subjective analysis, and the objective evaluation can enrich thecontent of subjective analysis, can have a good observation and quantitative for thephysiological and psychological factor which can`t reflected in the experiment, can carry onthe quantitative evaluation on the degree of comfort seat. In the development process of theseat, it is better to use two methods at the same time to verify the seat vibration comfort,through the objective experiment can help designer to control vibration of physical factors toimprove the vibration of the seat comfort, and through the analysis of subjective, it canquantify the degree of the seat vibration comfort. The combination of both can make thejudgment for the seat vibration comfort more accurate.
     4. Based on the perceptual technology and the cognitive psychology, formed the studyframework of this part, then from the perspective of perceptual engineering explored thepsychological cognitive process of customer's visual comfort for the car seat, to theexploration of the psychological cognitive process, starting with eye movement trackingtechnique and form the eye tracker experiment content, through the person's eye movementprocess to describe the person's psychology cognitive process.
     On the above conclusions, using the field analysis and three axis analysis to further explorethe result of the experiment. Provided further improvement suggestions for the perfection of thedesign of the car seat.
引文
[1]李砚祖.设计新理念:感性工学[J].新美术,2003(04):20-25.
    [2]何灿群,王松琴.感性工学的方法与研究探讨[J].装饰,2006(10):16.
    [3]邓晗.产品设计中的感觉要素[D].湖南大学,2006.
    [4]苏建宁,江平宇,朱斌,等.感性工学及其在产品设计中的应用研究[J].西安交通大学学报,2004(01):60-63.
    [5]柯善军,魏莹.产品人机界面设计与形式美创造之关系探讨[J].包装工程,2006(03):159-161.
    [6]刘胧,汤佳懿,高静.基于感性工学工作流程的汽车内饰设计研究[J].现代制造工程,2010(11):94-98.
    [7]苏建宁,江平宇,朱斌,等.感性工学及其在产品设计中的应用研究[J].西安交通大学学报,2004(01):60-63.
    [8]柳卫.基于感性工学的工程机械设计评价及定位研究[D].山东大学,2011.
    [9]谢敏.基于感性工学原理下的幼儿型汽车安全座椅设计与研究[D].湖北工业大学,2011.
    [10] Cebi S, Kahraman C. Indicator design for passenger car using fuzzy axiomatic designprinciples[J]. Expert Systems with Applications,2010,37(9):6470-6481.
    [11] De Carvalho D E, Callaghan J P. Influence of automobile seat lumbar supportprominence on spine and pelvic postures: A radiological investigation[J]. AppliedErgonomics,2012,43(5).
    [12] Paul G, Daniell N, Fraysse F. Patterns of correlation between vehicle occupant seatpressure and anthropometry[J]. Work,2012,41(Supplement).
    [13] Alves C D, Sven D. Articulation at shoulder level--a pilot experimental study on car seatcomfort.[J]. Applied Ergonomics,2011,43(1).
    [14] Kim S H, Pyun J K, Choi H Y. Digital human body model for seat comfort simulation[J].International Journal of Automotive Technology,2010,11(2):239-244.
    [15] NISHIMATSU T, HAYAKAWA H, SHIMIZU Y, et al. INFLUENCE OF TOP COATEDCLOTH FOR SITTING COMFORT OF AUTOMOTIVE SEAT[J]. KANSEIEngineering International,2010,1(1).
    [16] Mohamad D, Deros B M, Wahab D A, et al. Integration of Comfort into a Driveras CarSeat Design Using Image Analysis[J]. American Journal of Applied Sciences,2010,7(7).
    [17] Matthias F, Raphael Z, Peter V, et al. The effect of a lightweight massage system in a carseat on comfort and electromyogram.[J]. Journal of Manipulative and PhysiologicalTherapeutics,2011,34(2).
    [18] Zhang X. A simulation study of air-inflated seating comfort parameters on seatingcomfort, Qinhuangdao, Hebei, China,2010[C]. IEEE Computer Society,2010.
    [19] Kolich M. Repeatability, Reproducibility, and Validity of a New Method forCharacterizing Lumbar Support in Automotive Seating[J]. Human Factors: The Journalof the Human Factors and Ergonomics Society,2009,51(2):193-207.
    [20] Matsubara Y, Nagamachi M. Hybrid Kansei engineering system and design support[J].International Journal of Industrial Ergonomics,1997,19(2):81-92.
    [21] Nakada K. Kansei engineering research on the design of construction machinery[J].International Journal of Industrial Ergonomics,1997,19(2):129-146.
    [22] Schust M, Bluthner R, Seidel H. Examination of perceptions (intensity, seat comfort,effort) and reaction times (brake and accelerator) during low-frequency vibration in x-ory-direction and biaxial (xy-) vibration of driver seats with activated and deactivatedsuspension[J]. JOURNAL OF SOUND AND VIBRATION,2006,298(3SI):606-626.
    [23] Kolich M. A conceptual framework proposed to formalize the scientific investigation ofautomobile seat comfort[J]. APPLIED ERGONOMICS,2008,39(1):15-27.
    [24] Schust M, Bl U Thner R, Seidel H. Vibration of driver seats with activated anddeactivated suspension[J]. Journal of sound and vibration,2006,298(3):606-626.
    [25] Nagamachi M. Kansei engineering as a powerful consumer-oriented technology forproduct development[J]. APPLIED ERGONOMICS,2002,33(3):289-294.
    [26] Lin C H. Research in the Use of Product Semantics to Communicate Product DesignInformation, BERLIN,2011[C]. SPRINGER-VERLAG BERLIN.
    [27] Jindo T, Hirasago K, Nagamachi M. Development of a design support system for officechairs using3-D graphics[J]. International Journal of Industrial Ergonomics,1995,15(1):49-62.
    [28] Ogawa T, Nagai Y, Ikeda M. An ontological approach to designers' idea explanationstyle: Towards supporting the sharing of Kansei-ideas in textile design[J]. ADVANCEDENGINEERING INFORMATICS,2009,23(2):157-164.
    [29] Dicianno B E, Arva J, Lieberman J M, et al. RESNA position on the application of tilt,recline, and elevating legrests for wheelchairs[J]. Assistive Technology,2009,21(1):13-22.
    [30] Kolich M, Seal N, Taboun S. Automobile seat comfort prediction: statistical model vs.artificial neural network[J]. Applied Ergonomics,2004,35(3):275-284.
    [31] Roy R, Goatman M, Khangura K. User-centric design and Kansei Engineering[J]. CIRPJournal of Manufacturing Science and Technology,2009,1(3):172-178.
    [32]王光南.汽车座椅振动舒适性评价[J].机械工程师,2005(11):62-64.
    [33] Du H, Li W, Zhang N. Vibration Control of Vehicle Seat Integrating with ChassisSuspension and Driver Body Model[J]. Advances in Structural Engineering,2013,16(1).
    [34]张玉芬.公路路线设计与交通噪声防治[J].中国公路学报,1997(04):40-44.
    [35]马佳,范智声,阮莹,等.汽车座椅舒适性研究综述[J].上海汽车,2008(01):24-27.
    [36]许英,朱序璋,杨宏刚,等.汽车驾驶座椅的人机工程学设计[J].机电产品开发与创新,2008(01):28-30.
    [37]周敏.座椅舒适度的评价方法与应用[J].人类工效学,2011(03):64-65.
    [38]攸晓琼.基于用户心理认知的网络信息组织与优化[J].医学信息学杂志,2010(07):38-40.
    [39] Binh Y G, Donald M P. Cancer Burden and Trends and Prevention Strategy in theEastern Asia Region:北京论坛(2006)文明的和谐与共同繁荣—对人类文明方式的思考,中国北京,2006[C].
    [40]董俊虹,董芳.基于贝尔模型的翻译过程心理认知探究[J].西北工业大学学报(社会科学版),2008(04):42-46.
    [41]戴艳平.城市旅游品牌形象的游客心理认知研究[D].广西大学,2008.
    [42]王晓辉.基于消费者认知视角的品牌选择行为研究[D].山东大学,2009.
    [43] Kong fansen, Suijie. Computer simulation of driver working memory processing [J].Automobile Engineering,2005(219):1165-1171.
    [44] Kong fansen, Suijie. Computer simulation of driver working memory storage disabilityof automobile drivers [J]. SAE,2005-01-0450.
    [45]潘玲娜,赵广平,黄发杰.眼动仪在图形推理难度分析中的应用[J].心理科学,2009(06):1442-1444.
    [46]陈睿.大学生对客厅室内设计风格审美偏好的眼动实验研究[D].云南师范大学,2007.
    [47]马平.直线造型形态的椅子的眼动研究[J].剑南文学(经典教苑),2012(09):197-199.
    [48]马平.浅谈运用眼动仪对椅子形态进行研究的可行性[J].华章,2011(33):360.
    [49]马勇.基于眼动分析的汽车驾驶员视觉搜索模式研究[D].长安大学,2006.
    [50]刘宝根,周兢,高晓妹,等.4—6岁幼儿图画书自主阅读过程中文字注视的眼动研究[J].心理科学,2011(01):112-118.
    [51] Singh L P. Investigation of comfort level and passenger seat design (side lower berth) insleeper class coaches in Indian trains: an exploratory study[J]. International Journal ofManufacturing Technology and Management,2012,25(1):45-59.
    [52]程利,杜巍.眼动仪在广告心理学的应用研究[J].商业经济,2008(02):51-52.
    [53]韩玉昌.眼动仪和眼动实验法的发展历程[J].心理科学,2000(04):454-457.
    [54]徐洁.心理实验室中眼动仪的原理与应用[J].实验室科学,2009(03):162-163.
    [55]张业生,戚春华,朱守林.城市道路交通标志对驾驶员视觉影响的研究[J].内蒙古农业大学学报(自然科学版),2011(03):260-262.
    [56]周强,陈琪,甘小荣.色彩影响商品浏览的眼动研究:心理学与社会和谐学术会议,中国上海,2012[C].
    [57]武艳芳.产品语义及其生成方法探析[J].装饰,2006(4):16-17.
    [58]王密.产品语义学在餐具设计中的应用[J].现代装饰(理论),2013(02):21.
    [59]冉苒,陈键.产品语义学在公共信息设施设计中的应用[J].艺术与设计(理论),2011(11):77-79.
    [60]许欣.凤翔泥塑中的符号语义传达[J].产业与科技论坛,2012(15):168-169.
    [61]柳雨红.立体造型中的形态语义传达[J].艺术研究,2010(01):128-129.
    [62]丁倩,廖丽琴.论服装展示空间的语义传达[J].现代营销(学苑版),2012(02):146-147.
    [63]孔雪清.平面广告中的语义艺术传达[J].大舞台,2013(07):156-157.
    [64]胡成朵.浅谈产品语义学传达的内容[J].装备制造技术,2006(05):74-75.
    [65]柏小剑.浅析符号观念下的产品形态语义及传达[J].艺术与设计(理论),2010(12):199-201.
    [66]穆宝宁,王晶,顾蓉.色彩在平面广告中的语义传达[J].新西部(下旬.理论版),2011(11):130-131.
    [67]任文营,金银.视觉传达中形的语义与传达[J].河北理工大学学报(社会科学版),2008(01):203-206.
    [68]孙延.现代博物馆展示设计的视觉语义传达[J].中国博物馆,2000(02):15-20.
    [69]周春晖,王冠博,陈圆.现代桌案家具的语义传达[J].包装工程,2013(02):78-82.
    [70]杨光.纸与纸品设计的语义传达[J].苏州教育学院学报,2009(02):74-76.
    [71]张应中,罗晓芳,陈钎.产品设计原理语义表达[J].机械工程学报,2012(17):135-143.
    [72]布正伟.建筑语义的表达及其要点[J].城市建筑,2004(01):28-33.
    [73]吕荃.略评当前景观设计中的语义表达——以城市公园为例[J].合肥工业大学学报(社会科学版),2012(02):113-118.
    [74]邱志荣.浅析产品设计的语义表达[J].大连民族学院学报,2009(03):247-250.
    [75]钟晨,张健.上海高校新校区图书馆外部形态语义表达[J].华中建筑,2009(01):97-102.
    [76]陈旭.数字环境下的产品设计语义表达[J].桂林电子工业学院学报,2005(04):29-32.
    [77]陈旭,林绪虹,刘桂雄.数字环境下的机械产品设计语义表达[J].机电产品开发与创新,2004(04):8-10.
    [78]莫同,王忠杰,徐晓飞.服务模型语义完备性判定方法与语义增强策略[J].计算机集成制造系统,2009(11):2226-2232.
    [79]张应中,罗晓芳,范超.装配设计意图的语义表示[J].计算机集成制造系统,2011(02):248-255.
    [80] Demirbilek O, Sener B. Product design, semantics and emotional response[J].Ergonomics,2003,Vol.46(No.13-14):1346-1360.
    [81] Alcantara E, Artacho M A, Gonzalez J C, et al. Application of product semantics tofootwear design. Part II—comparison of two clog designs using individual andcompared semantic profiles[J]. International Journal of Industrial Ergonomics,2005,Vol.35(NO.8):727-735.
    [82] Gupta R, Gururnoorthy B. A feature-based framework for semantic interoperability ofproduct models[J]. STROJNISKI VESTNIK-JOURNAL OF MECHANICALENGINEERING,2008,Vol.54(No.6):446-457.
    [83]种道玉,曲延瑞.运用感性工学进行愉悦设计:2006年中国机械工程学会年会暨中国工程院机械与运载工程学部首届年会,中国浙江杭州,2006[C].
    [84]刘改云.轿车产品感觉特性设计支持技术研究[D].东北大学,2008.
    [85]孙琳琳,孔繁森,周宇,等.基于感性工学的汽车座椅静态舒适度的研究[J].人类工效学,2013(02):60-62.
    [86]胡卓.基于TRIZ的产品概念设计过程研究[D].华中科技大学,2011.
    [87]黄庆,周贤永,杨智懿. TRIZ技术进化理论及其应用研究述评与展望[J].科学学与科学技术管理,2009(04):58-65.
    [88]胡建伟.基于TRIZ物—场分析方法的管理创新研究[D].东北林业大学,2012.
    [89]高力群,高倩云.来自自然的语义传达方式[J].商场现代化,2009(08):177-178.
    [90]高力群.从语义层面透析产品仿生设计[J].艺术与设计(理论),2007(10):151-153.
    [91]阿恩海姆,常又明.色彩论[J].世界美术,1979(02):46-54.
    [92]高楠.工业设计创新的方法与案例[M].化学工业出版社,2007.
    [93] Rebiffe. The driving seat: Its adaption to functional and anthropometric requirement [J].ProceedingsofaSymPosiumonSittingPosture,1969,132-147.
    [94] DenisA.Coelho, SvenDhalman. A Pilot evaluation of earseat side support: Leading to aredefinition of the Problem[J]. Intenrational Jounral of Industrial Ergonomies,1999,24:201-210.
    [95]吴旭亭.人体体压分布的测试与评价[D].北京:清华大学,1992.
    [96]李春明.《人体─座椅系统的振动特性研究》[J].陕西汽车,1996(03):17-20.
    [97]李月恩.感性工程学[M].海洋出版社,2009.
    [98]黄义.出租车驾驶员振动舒适性研究[D].重庆大学,2005.
    [99]田晓峰,孔德刚,苏锦涛,等.拖拉机驾驶座椅振动舒适性研究现状分析[J].农机化研究,2010(09):249-252.
    [100]王光南.汽车座椅振动舒适性评价[J].机械工程师,2005(11):62-64.
    [101]郑郧.汽车振动舒适性的测量与评价[J].客车技术与研究,2000(04):23-26.
    [102]高常青,黄克正,张勇. TRIZ理论中问题解决工具的比较与应用[J].机械设计与研究,2006(01):13-15.
    [103]罗仕鉴.基于生物学反应的驾驶舒适度研究[D].浙江大学,2005.
    [104]韩玉昌.观察不同形状和颜色时眼运动的顺序性[J].心理科学,1997(01):40-43.

© 2004-2018 中国地质图书馆版权所有 京ICP备05064691号 京公网安备11010802017129号

地址:北京市海淀区学院路29号 邮编:100083

电话:办公室:(+86 10)66554848;文献借阅、咨询服务、科技查新:66554700