Examining relationships among perceived benefit,tourist experience and satisfaction: the context of intelligent sharing bicycle

Intelligent sharing bicycle has been a new fashion in China and appeals to more and more tourists. To better understand the experience of tourists traveling on sharing bicycle, this study explored the influence of perceived benefit of sharing bicycle on different perceived experiences, including escape, entertainment, esthetic and educational experiences. The relationships between these experiences and perceived satisfaction were also tested. An effective questionnaire survey was conducted for 296 tourists in Chengdu, China. The results of the study show that perceived benefit significantly relates to all the four dimensions of experience. However, only entertainment and esthetic experience seem to affect tourist satisfaction in this context. The relationship among educational experience, escape experience and tourist satisfaction are insignificant. Theoretical and practical implications of the study results are discussed for further research.     

公共自行车服务系统的分析及改进

本文对温州市鹿城区公共自行车服务系统180个站点进行调查,综合分析研究了每个站点的借还车状况和用车时长,进一步结合温州市鹿城区地图,定义两站点之间的距离,然后综合考虑各站点的锁桩数量对公共自行车服务系统进行评价,最后为公共自行车交通服务系统提供一些解决方案,以便更好的完善公共自行车租用系统。     

铅酸蓄电池大电流快速充电方法探讨

本文以电动自行车上广泛使用的全密封型免维护铅酸蓄电池为对象,通过对智能充电算法的研究,采用单片机作控制器,实时监控电压、电流,使充电过程按理想的充电曲线进行,达到既保护电池,又能使电池充满的最优效果。     

借鉴台湾的厦门鼓浪屿休闲旅游推进

随着世界各国经济的发展与生活水平的提高,旅游活动正从以观光旅游为主,逐步转向观光旅游和休闲度假共同发展的多样化格局。论文通过对台湾休闲旅游发展的借鉴,为厦门鼓浪屿风景区推进休闲旅游、丰富旅游产品、提升旅游服务品质,提出大力发展自行车休闲游、完善游客中心的服务功能、积极开发岛上特色休闲旅游的建议。     

“双导杆省力脚踏车”的省力原理

根据脚踏车骑行时只是曲柄的前产圆周用力而半圆周不用力的特点，采用两副导杆传动机构将前半圆周的驱动力矩放大，从而达到省力的目的。     

城市公共自行车系统建设模式研究——基于低碳视域下的实践与比较

城市公共自行车系统的建设模式主要有民营企业建设模式、传统政府采购模式、PPP模式等三种.不同的建设模式会产生不同的实施效果.通过比较研究显示,在建设公共自行车系统的三种主要模式中,PPP模式具有很大优势,它有利于降低企业经营风险,减轻政府负担,保证项目实施效率,促进民营企业的发展.     

杭州公共自行车景区游客体验研究

旅游交通随着旅游业和交通运输业的大力发展,越来越成为影响旅游目的地游客体验质量的重要环节。2008年5月1日起,杭州在全国率先运行公共自行丰租赁系统,将自行车纳入公共交通领域。如今,此套公共自行车租赁系统的使用满意度,尤其是景区范围内的旅游交通游客体验情况,值得学界关注和研究。     

公共自行车服务系统评价模型分析

本文利用相同借车站点到相同还车站点的平均时间来定义距离,在自行车租赁的站点位置及各站点自行车锁桩和自行车数量的配置的基础上,对系统的运行效率与用户的满意度进行了评价与分析。     

Road accidents involving bicycles: configurations and injuries

This study analyzed the most common types of accident involving bicycles and compared the frequency of injuries. The data source was the database of German In-Depth Accident Study (GIDAS). Cases consist of bicycles and their riders involved in accidents between 2000 and 2010. In most collisions, the bicycle impacted with a car. The percentage of injured bicyclists was higher in collisions with a heavy vehicle and decreased when the bicycle impacted with lighter vehicles. A high percentage of injured bicyclists in single accidents was observed; the most severe injury was more frequently to head and extremities. Accidents involving a car and a bicycle with the right of way in a bicycle path represented about 20% of involved and injured bicyclists. The ten most frequent configurations represented about 60% of involved and injured bicyclists. These results contribute to understand the dangerous scenarios for bicyclists and to suggest preventive actions.     

Determination of active travel speed for minimum air pollution inhalation

A higher active travel speed has offsetting impacts on air pollution inhalation dose through higher breathing rate but shorter exposure duration. The net effect of speed choice on inhalation dose for pedestrians and bicyclists has not been established. This paper derives equations for pedestrian and bicycle steady-state minimum-dose speed (MDS). Parameter distributions from the literature are applied to a synthetic population of travelers to calculate individual MDS. Results strongly support the existence of a definable MDS, which is near observed travel speeds for urban pedestrians and bicyclists. For a wide range of travelers, the MDS is 2–6 km/h while walking and 12–20 km/h while bicycling, decreasing with road grade at a rate similar to observed speeds. On level ground, pedestrian and bicycle MDS corresponds to a moderate-intensity physical activity level (3–6 MET). Small deviations from the MDS have little effect, but large deviations (by more than 10 km/h for bicycling) can more than double inhalation dose over a fixed distance. It appears that pedestrians and bicyclists choose travel speeds that approximately minimize pollution inhalation dose, although pollution is unlikely a primary motivation.