1·The mechanism is made up of gear and gear rack can get rid of dead point.
提出了一种齿轮齿条机构产生匀速往复直线运动并能克服死点的方法。
2·The engagement theory of the gear rack mechanism can be used to study the silent chain mechanism.
通过对有内螺纹的塑件结构分析，确定采用齿轮齿条机构脱模的模具结构。
3·The EPS system consists of EPS, the road surface condition, the steering gear rack, the steering operation.
电动转向器与路面条件、转向齿轮齿条、驾驶员的转向操作一起组成电动转向系统。
4·The precise modeling method for spur gear rack is introduced with an example, and the design principle is also included.
通过实例阐述了直齿轮齿条的精确建模方法，并介绍了具体的设计原理，将生成的一对齿轮齿条进行标准安装生成啮合模型。
5·The system can automatically measure Riss hardness of steering gear rack, and then transform it into corresponding Rockwell, Brinell and Vickers hardness.
该系统可自动测试转向器齿条的里氏硬度，可转换成相应的洛氏、布氏、维氏值，并按生产要求自动进行分选。
6·The utility model is mainly composed of a connecting rod-planet wheel combined mechanism, a vibrating drum, a gear rack, a belt and other conveying devices.
该装置主要由连杆―行星轮组合机构、振动鼓、齿轮齿条、皮带等输送机械组成。
7·The antiskid drive mechanism is the gearwheel and gear rack antiskid mechanism, the chain wheel and chain link antiskid mechanism, and the steel cable antiskid mechanism.
其防滑传动机构为齿轮、齿条防滑机构，链轮链条防滑机构、钢丝绳防滑机构。
8·The provided gear and gear rack mechanism have been used to designing and manufacturing ship model pushed with imitating fish-tail, and has been tested reliable and useful by moving on water.
这种齿轮齿条机构已被具体应用于仿生鱼尾推进船模的设计与制造，通过船模试水验证其功能是有效可靠的。
9·This paper introduces the method of simple conversion measuring and calculation for gear rack thickness with depthometer as prime measuring tool and measuring Pin, measuring ball as auxiliary tool.
介绍了以深度尺为量具，以棒、球为辅件的齿条齿厚简易转化测量与计算方法。
10·Some domestic textbooks only give proofs under special condition of rack cutters and proofs under general condition of gear cutter are not strict enough.
国内文献及有关书籍中有的只对齿条刀具切制这一特殊情况进行了证明，而用齿轮刀具切制的普遍情况的证明是不严密的。