齿距

chǐ jù
  • pitch;teeth space
齿距齿距
齿距[chǐ jù]
  1. 小模数齿轮齿距误差的CNC测量技术

    CNC measuring technique for pitch error of fine module gears

  2. 基于VC环境下对单个齿距偏差和齿距累积总偏差实验的数据处理

    Date Processing of Individual Circular Pitch Error and Total Cumulative Pitch Error Based on VC Condition

  3. 基于XML的不等齿距面铣刀CAPP系统研究

    Research on a CAPP System of Face-milling Cutter with Unequal Tooth Spacing Based on XML

  4. 基于VB的数据处理系统处理齿距偏差和齿距累积误差

    Developing the Data Processing System Based on VB Tooth Pitch Deviation and Tooth Pitch Accumulated Error

  5. 根据齿轮齿距偏差和齿距累积误差的计算方法和图解原理,利用VB程序实现数据自动处理,求得齿轮齿距偏差和齿距累积误差;

    According to gear tooth pitch deviation and tooth pitch accumulated error computational method and graphic solution principle , using the VB procedure to realize automatic reduction data , the gear tooth pitch deviation and the tooth pitch accumulated error are obtained .

  6. 在对其特点及测量难点进行分析的基础上,探讨了一种小模数齿轮齿距CNC自动测量系统,应用绝对法测量原理及切向对正技术。

    This paper approaches a CNC measuring system for pitch of fine module gears , and applies absolute measuring principle and tangent alignment tech - nique to the system on the basis of analyzing the features of fine module gears and the challenges of the measurement .

  7. 本课题从四川工具厂的实际生产情况出发,综合考虑系统的实用性和先进性,将CAPP设计方法和XML技术结合起来,开发出不等齿距面铣刀CAPP系统(BDCJX-CAPP)。

    This subject , in terms of the practice of Tool Manufactory , combining the Variant pattern and Generative pattern of CAPP planning method and meanwhile applying XML technology , develops a CAPP system of face-milling cutter with unequal blade spacing ( BDCJX-CAPP system ) .

  8. 超精密标准齿轮齿距精度实现方法的研究

    Research on Realization Method of Pitch Accuracy of Ultra-precision Master Gear

  9. 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

  10. 齿距累积误差测量中的异常现象分析

    Analysis of Abnormal Phenomenon in Cumulative Error Measurement of Tooth Distance

  11. 变齿距断隔螺纹机构的有限元分析

    Finite Element Analysis of the Broken-Screw Mechanism with Variable pitches

  12. 大齿轮齿距误差测量几个问题的探讨

    Analysis on Questions of Measuring Pitch Errors of Large Gears

  13. 齿轮齿距累积误差计算机程序设计

    On Computerized Program Design for Accumulated Error of Teeth Distance of Gear

  14. 圆柱齿轮齿距误差的自动检测系统设计

    The design of cylinder gears tooth pitch error detecting system

  15. 论测量齿距误差的三种测量基准

    Analysis of Three Types of Measuring Datum About pitch Error of a Gear

  16. 齿距相对测量法同步问题研究

    Research on Synchronization in Gear Pitch Relative Measurement Method

  17. 其求解区域仅为一个齿距。

    The computed region is only one tooth pitch .

  18. 齿距误差计算机自动检测系统的研制

    Computer control system of automatic inspection of gear-space error

  19. 锥齿轮齿距及齿形偏差测量与分析方法

    Measuring and Analysis of Pitch Deviation and Tooth Form Deviation of Bevel Gear

  20. 齿轮齿距累积误差的评定

    Evaluation of Total Cumulative Pitch Error of Gear

  21. 这种泵采用双齿距螺旋设计。

    The pump uses a dual-pitch screw design .

  22. 对齿距累积总偏差测量软件进行了总体设计。

    Analysis and Design of the software for the total cumulative pitch error measuring system .

  23. 智能化齿轮齿距测量方法研究

    Research of Intelligent Gear Pitch Measurement Method

  24. 齿距误差对弧齿锥齿轮齿间载荷分配和强度的影响

    Influence of Pitch Error on Load Share between Teeth and Bending Strength of Spiral Bevel Gears

  25. 超精密齿轮齿距累积总偏差测量装置的改进及其自动测量系统的设计

    Improvement of Total Cumulative Pitch Errors Measurement Device for Ultraprecision Gear and Design of Automatic Measuring System

  26. 设计并搭建了齿距累积总偏差测量装置;

    The main contents are as follows : 1.Design and construction of the total cumulative pitch error measuring device .

  27. 齿距及前角对空转圆锯片噪声影响的研究

    Research about the tooth pitch and hook angle having an effect on the noise of idling circular saw blade

  28. 提出了等弧长不等转角的处理方法,计算非圆齿轮的齿距偏差。

    Proposed method of equal arc length and unequal corner , calculated Pitch Error of non-circular gears . 4 .

  29. 分析了影响超精密齿轮齿距累积总偏差测量结果的误差来源,并实现误差补偿。

    Analysis and compensation for the errors that influencing the measuring result of the ultraprecision gear total cumulative pitch error .

  30. 待测几何量包括:锯齿齿距、前角、后角及齿型相关尺寸。

    Geometric volumes to test include : saw tooth pitch , anterior horn , posterior horn and related tooth-type size .