电动自行车

公司主要从事LED节能灯具，节能环保低碳电动自行车设计、制造和连锁经营销售。

The company mainly engaged in LED energy saving lamps , energy saving low-carbon electric bicycle design , manufacture and marketing chain .

电动自行车用VRLA电池的配组

Matched group of VRLA battery used for electric bicycle

我的电动自行车可能在路上哪个地方就已经坏了。

My e-bike could have broken down anywhere along the way .

我只需沿着公路再骑一公里，但这时电动自行车却坏了……

I only had to go another kilometer down the road when my e-bike broke down ...

如果我的电动自行车一定要在今天坏掉，那我没法把事情安排得更好了。

If my e-bike must break down today , it couldn 't be arranged in a better way .

"我的电动自行车在上课前一刻坏了,所以我把它放在路边,拿着书,走在路上。"

My e-bike broke down a quarter before class , so I left it on the roadside , took my books , and walked down the road .

基于Logistic回归模型的电动自行车出行特征分析

Analysis of the Trip Characteristics of E-bike Based on Logistic Regression Model

电动自行车VRLA电池热失控现象分析及解决办法

The analysis and resolvent of thermal runaway in VRLA batteries for electric bikes

电动自行车用VRLA电池容量早衰的原因浅析

The analysis of reasons for premature capacity loss in VRLA batteries used for electric bikes

讨论了电动自行车用VRLA动力电池的几种失效模式；

The failure modes of VRLA batteries used for electric bicycle power supply were discussed .

电动自行车用VRLA电池失效分析和改进建议

Analysis of failure modes in VRLA batteries used for electric bikes and some suggestions on improvement

应用意象尺度法（即SD法）对现有电动自行车造型特点进行了分析，提取了电动自行车的造型元素。

Use Semantic Differential method ( SD method ) to analysis electric bicycle design characteristics , extract the modelling elements of electric bicycle 's appereance .

影响电动自行车用MH-Ni电池组寿命的因素

Factors affecting the cycle life of Ni-MH batteries for electric bicycle

浅议MH-Ni电池在电动自行车上的应用

Remark on the application of Ni-MH battery in electric bicycles

4F保障全面解决电动自行车电池问题

Solved the Problem of Electric Bicycle Battery

MH-Ni电池将占电动自行车的一部分市场。

The Ni-MH battery will occupy a part of markets of electric bicycle batteries .

基于PSOC的电动自行车控制器的设计

Design of motor bike controller Based on PSOC

PSoC在电动自行车无刷直流电动机控制中的应用

Design of a Brushless DC Motor Control System Used for the E-bike based on PSoC

通过对电动自行车用阀控铅酸（VRLA）蓄电池特性的分析，研究了一种新的充电方法&分段恒流充电法。

A new method of multi-stage constant charge for valve-regulated lead-acid ( VRLA ) battery system of electric bicycle has been studied in this paper .

介绍了电动自行车的3种新型电源即锂离子电池、MH-Ni电池和锌-空气电池的优缺点；

Some advantages and disadvantages of Li-ion batteries , Ni-MH batteries and zinc-air batteries for EB applications were discussed briefly in this paper .

用电动自行车电池灌注酸液和胶液进行了循环寿命实验发现，当正板栅合金使用PbCaSnAl或PbSbCd时，使用胶液的电池的循环寿命高于普通的酸液电池。

Cycle-life tests were made for batteries filled with acid and gel electrolyte and the results showed that the cycle-life of gelled batteries was longer than that of conventional acid ones when using Pb-Ca-Sn-Al or Pb-Sb-Cd alloys for positive grids .

为了研究硫酸亚锡在电动自行车VRLA电池中对初始容量、循环寿命的影响，笔者设计并配制了不同添加剂含量的电解液试制电池。

In order to study affects of SnSO 4 as an additive in electrolyte for lead acid batteries the authors designed and made some samples including different contents of SnSO 4 in electrolyte .

简述电动自行车电池用的Pb-Sb-Cd板栅合金的优缺点。

The advantages and disadvantages of Pb-Sb-Cd grid alloy used in electric bike batteries were described in this paper .

电动自行车用6-DZM-10阀控铅蓄电池的研制

Developement of 6-DZM-10 VRLA battery used for EBs

文章对基于TL494的电动自行车充电器电路设计进行了详细的分析，并介绍了常见故障的检修方法。

In this paper , the circuit of the charger is analyzed in detail basing on TL494 , and some usual means of fault overhauling are presented .

由此得出结论：本课题设计的基于AVR单片机的电动自行车控制系统具有运行性能良好，可靠性高、升级换代容易的特点，为后续的研究工作提供了一定的基础。

From the work which has been done in this project , the conclusion can be draw that the electric-bike control system based on the AVR MCU has the virtues of high-performance , high-reliability and easy to further developing . This paper presented an experimental base for the further research .

介绍了一种电动自行车用蓄电池，这种电池采用Pb-Ca-Sn-Al四元合金，正板栅Sn/Ca约为22，负板栅Sn/Ca约为10。

The article introduces an electrical bike ( e-bike ) battery based on the grids of Pb-Ca-Sn-Al a quaternary alloy . The ratio of Sn / Ca is about 22 for positive grids , and 10 for negative grids .

讨论了影响电动自行车用MH-Ni电池组使用寿命的因素，包括电池设计、制作工艺、电池组合结构设计、电池的一致性、充电制度、放电终止电压控制以及车辆机械性能等；

The factors affecting the cycle life of Ni MH batteries for electric bicycle were discussed . The factors include the electrochemical performance design of cell , structure design of batteries , technology factors , charging method , discharging voltage controlling , mechanical performance of bicycles , and so on .

电动自行车用D型MH/Ni电池的研制

Study on D Size Nickel-Metal Hydride Battery Used by Electric Bicycle

电动自行车致交通伤125例诊治分析

Diagnose and therapy of 125 traffic trauma caused by electric bicycle