齿条

基于PLC的数控齿条插齿机的研究

Research on Numerical Controlled Rack Shaper on the Basis of PLC

神经网络自适应PID控制在柴油机齿条位置控制中的应用

Application of PID Based on BP Neural Networks to the Control of Rack Displacement for Diesel Engine

CA型新型梳棉机用齿条的开发和研制

The Development of Card Clothing for New CA Model Card

齿轮齿条刀具仿真加工在UG中的实现

Realization of machining simulation of gear rack cutter based on UG

基于UG的齿轮齿条式转向器的虚拟设计与分析

The Virtual Design and Analysis of UG based Rack and Pinion Redirector

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。

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

这是由于前段工艺中，纤维单强已呈下降趋势，经提净回收六辊籽棉清理机U形齿条辊的作用，纤维受到进一步损伤的缘故。

It because of at forepart process , the fiber has present downtrend , and after defecating recycling six roller seed cotton cleaning up machine it suffer further injury .

举例用的模具是由六个板组成的包含型芯、脱模衬套、齿轮和齿条以及止推片、轴瓦和方形密封圈载一起的冷端或“B”面。

For used molds are composed of six panels contains the core , Demoulding Bushing , gear and rack and the thrust piece , bearing and seal set with a square of the cold-side or " B " side .

采用新型系列GT型气动执行器，有双作用式和单作用式（弹簧复位），齿轮齿条传动，安全可靠；

Using the new GT series of pneumatic actuators , a double-acting and single acting ( spring return ), rack and pinion drive , safe and reliable ;

模型将转速、油泵齿条位置、油门开度、LPG喷气时间、冷却水温度、转矩作为输入变量。

This model took the parameters of engine speed , fuel pump rack position , pedal , LPG ( injection ) time , cooling water temperature and torque as the input variables .

120°42CrMo齿条的锻造工艺

Forging Technology of 120 ° 42CrMo Gear Racks

介绍ACR内螺纹铜管齿形参数&齿条数及齿顶角对蒸发单管换热性能及阻力性能的影响。

Describes the impact of tooth parameters of ACR inner-thread copper tube , the number of racks and addendum angle , on its heat transfer and pressure drop performance .

MAAG插齿机的齿条加工插齿机运动曲线的研究

Rackwork on Gear Shaping Machine The Motion Curve of Gear Shapers

机器故障的自适应自动检测MAAG插齿机的齿条加工

AUTOMATIC DETECTION OF MACHINE FAULTS Rackwork on Gear Shaping Machine

ZF公司齿轮齿条式转向器通过使刀具齿轮的齿数大于参与啮合的斜齿圆柱齿轮的齿数，实现了点接触传动。

Z F Rack - Pinion Steering The localization of the bearing contact was achieved by setting more tooth number of the shaper than the helical involute pinion .

本章采用MATLAB/Simulink建立了EPS系统模型，建模过程中采用PID反馈控制，通过分析地面反力的形成过程，将地面反力正比于齿条位移。

This chapter established the EPS system model with MATLAB / Simulink . In the modeling process , PID feedback control was used . By analyzing the formation of ground-reaction force , the ground reaction force was modled as proportional to the rack displacement .

MAAG插齿机的齿条加工椭圆齿轮插齿机的工作原理及齿形方程

Rackwork on Gear Shaping Machine The Working Principle and Gear Profile Equation of Elliptic-geared Pinion Cutter Machine

MAAG插齿机的齿条加工齿轮齿条式液压转向机齿条杆部的表面处理工艺及参数设定

Rackwork on Gear Shaping Machine Surface Treatment process of Hydraulic Rack Shaft In Rack and Pinion Hydraulic Steering and Parameters Set

第二章，建立了转向轴助力式的EPAS动力学模型，对转向轴助力式、小齿轮助力式和齿条助力式三种型式的EPAS模型进行了统一。

In chapter two , a EPAS of column type and a whole vehicle of two degree dynamic model are built up . The EPAS dynamic model of column type , pinion type and rack type are unified .

使用IDEAS软件分别计算了齿条刀具为普通圆弧形刀顶、椭圆形刀顶及单圆弧刀顶加工出的齿轮的齿根弯曲应力。

The tooth bending stress of the gears cut by the cutters with ordinary circle arc cutter tip , the elliptic cutter tip and the single circle cutter tip are circulated by utilizing the large scale integrated Design Engineering Analysis software & I-DEAS ;

在对轿车转向杆系进行优化设计的过程中，运用位移矩阵法对MacPherson式悬架和齿轮齿条式转向系统的转向杆系进行了空间运动学分析，给出了前轴内、外轮转角关系的计算方法。

The displacement matrix method was used to analyze the spatial kinematics of the MacPherson strut suspension and steering tie rods in a rack and pinion steering system . Calculational method of the relationship between the inside and outside wheels of the front axle was given .

推杆齿条传动的受力分析与啮合效率解算

Analysis of Force and Meshing Efficiency of Push Rod Rack Drive

一种齿轮齿条自锁机构的设计

The design of self - lock mechanism in gear and rack

齿条变幅机构制动过程的动载荷分析

Analysis of Dynamic Load in Braking process for Rack Luffing Mechanism

按照字面是：调节齿厚的齿条位移系数。

XE & Rack shift coefficient for adjustment of tooth thickness .

高效转移道夫针布齿条的齿形设计和制造的可行性研究

Feasible Development of Design and Manufacturing of Hi-efficient Transfer Doff Wires

油泵齿条几乎毋须费力就能使之移动。

The fuel rack requires little force to accomplish its motion .

装用齿轮-齿条式转向器汽车的转向梯形机构的设计

Ackerman Steering Linkage Design in Rack and Nut Type Steering Gear

齿条齿轮跟踪系统可快速调节凸出的轴。

Rack & pinion tracks for quick adjustment for extended mandrels .

链轮滚刀基准齿条齿距系数的优选

The Optimization of the Basic Rack Pitch Coefficient in Sprocket Hobs