gear rack

When the gear rack is free from exogenic action , the upper master body and the lower master body are connected together by a spline ;

当齿条不受外力作用时，上扳手体与下扳手体通过花键接合在一起；

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。

Development of The Automatic Steering Gear Rack Hardness Testing Control System

转向器齿杆硬度自动测试控制系统的设计

Study on the Quenching Process of the Gear Rack Teeth

齿条齿部导电淬火研究与管理

Structure Improvement and Finite Element Analysis of Planetary Gear Rack of Loader

装载机行星轮架结构改进与有限元分析

Realization of machining simulation of gear rack cutter based on UG

齿轮齿条刀具仿真加工在UG中的实现

Development of A Full Automatic Measuring and Sorting System for Steering Gear Rack Hardness

转向器齿条硬度全自动测试分选系统的研制

Multi-function optimal design system of the crest edge of gear rack cutter

齿轮刀具刀顶刃形多功能优化设计系统的研发

Reason Analysis of Striking Moving Gear Rack for Bar Walking Beam Cooling Bed

棒材步进式冷床撞齿条原因分析

The equipment adopts the gear-driving structure and PLC control program , and is driven by the step motor gear rack .

热熔机本设备采用齿轮传动结构，由PLC编程控制程序，采用步进马达走齿条做为设备的主传动。

In the specific experiment , by gear rack mechanism , screw the nut body , pulley belt body than the right , the appropriate mechanical transmission has been selected .

在具体的试验中，通过对齿轮齿条机构、丝杠螺母机构，带轮同步带机构的比对，选择合适的机械传动。

The method of force analysis of the reducer is proposed on the basis of a supposition of the distribution of contact pressure between the push rod roller and the gear rack .

介绍了这种减速器的结构和工作原理，并根据变形分析对齿条与推杆滚子间的接触压力分布做了假设。

A control strategy of engineering implementation is established , which uses object vehicle speed , engine speed , injection pump gear rack position , optimal transmission ratio and slip rate as the control parameters .

制定了以目标车速、发动机转速、油泵齿条位移、最佳传动比和滑转率为控制参数的工程应用控制策略。

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。

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。

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。

This paper introduces the process of conductive quenching on the teeth of gear rack presents the ways to control quenching hardness and hardness depth , analyzes the reason why the flaw appears during conductive heat treatment , and provides the efficient preventive measures .

介绍了齿条齿部导电淬火加工过程，主要提出了对工件的淬火硬度、淬硬层深度控制方法，具体分析了淬火裂纹产生的原因，并提出了有效的防范措施。

The design of self - lock mechanism in gear and rack

一种齿轮齿条自锁机构的设计

Design and Application of Gear - Rack Straight Line Differential Doubling Mechanism

齿轮齿条直线差动行程增倍机构的设计与应用

A method of eliminated errors in transmission feed by gear and rack

消除齿轮齿条传动进给误差的方法

Actuality and Analysis of Cutting Process for the Super - Modulus Gear and Rack

超大模数齿轮齿条加工现状及分析

FEA of Gear - rack Mechanism of the Ship - lift

大螺杆式升船机齿轮齿条爬升机构有限元计算分析

Research on the Virtual Experiment of Generating Cutting of Involute Gear by Rack Cutter

齿条刀具加工齿轮的虚拟范成实验研究

Differential Movement Mechanism of Gear - rack

新型差速转向机构的运动分析齿轮齿条差动机构

Research Status of the NC Flame Precision Cutting Technology on Super-modulus Gear and Rack

数控火焰精密切割超大模数齿轮齿条技术的研究现状

Study of Variable Speed Ratio Transmission for Gear and Rack Type Steering Gear of Motor Vehicl

汽车齿轮齿条式转向器变速比传动的研究

In this paper , the working principle and design method of self_lock device of gear and rack are introduced .

介绍了一种齿轮齿条自锁机构的工作原理和设计方法。

Die Casting Mould with Draw Hook and Quadrant Gear and Rack for Secondary Combined Angle Core Pulling

拉钩齿扇齿条二级联合斜抽芯压铸模哈夫凹模瓣合拉钩的改进

Through analyzing the structure of plastics with inner screw , determined mold structure with gear and rack stripping screw 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。

It will use the dc motor servo drive system and will design the gear and rack elevator mechanism and non-isometric movement plan .

确定了以直流电机配合舵机使用的驱动系统，设计了齿轮齿条的升降机构、非等距差速行驶的运动方案。