主轴箱中等主轴是车床的关键零件。
主轴箱提供了两个步骤饲料。
设计的重点是总体设计和后主轴箱设计两部分。
The focal point of this topic is the system design and the back headstock design.
本文探讨了组合机床主轴箱智能设计系统的开发。
The exploitation of the intelligent CAD system for the modular machine tool spindle box has been discussed in this paper.
本设计主要针对CA6140机床的主轴箱设计。
This design mainly aims at the headstock of the CA6140 machine tool.
本文就机床主轴箱的瞬态温度分布提供一个近似解。
This paper presents an approximate solution of instantaneous temperature distribution of the headstock.
全文主要包括组合铣床的总体设计和主轴箱设计两部分。
The full text mainly includes combines the milling machine the system design and the headstock designs two parts.
普通型摇臂钻床由底座、内外立柱、摇臂、主轴箱及工作组成。
Average type beam drill is composed of base, inside and outside column, rocker arm, main spindle box and job.
该机左右上下升降，主轴箱设计领先，划出美观实用的画线板。
Around the aircraft up and down movements, spindle box designed to lead, to draw beautiful and practical art line CARDS.
本论文为加工主轴箱箱体右侧十个螺纹底孔的组合钻床的设计。
This thesis combination machine for design processing many stalks the box ten screw threads of rights the bore bed.
机床主轴部件和主轴箱的热特性是影响机床精度的主要因素之一。
The Thermal Properties of Spindle Assembly and Headstock is one of the main elements that influence machining precision.
对通过桥，托板和主轴箱的电缆布线采用可弯曲的电缆拖链系统。
Wiring through the bridge, carriage, and mast axes uses flexible cable track systems.
本文通过C6232车床主轴箱振动测试分析，找到了振源所在。
This paper presents the test and analysis of vibration on the C6232-Lathe, Where the sources of vibration are located.
这类机床常见的有两种，可换主轴箱式组合机床和转塔式组合机床。
This machine has two kinds of common, spindle box combination machine tools and turn tower combination machine tools.
本文介绍了减速器箱体口面孔加工组合钻床总体设计及主轴箱设计。
This text introduction moderate device case body mouth face process combination drilling machine overall design and main shaft case design.
砂轮主轴采用静动压轴承，主轴箱和导轨部分可分离，便于维修和更换。
The main shaft of grinding wheel adopts dynamic-static pressure bearing; the main shaft case and guide rail are separable so that they are convenient to service and replace.
介绍了对车床主轴箱进行计算机辅助装配工艺设计(CAAPP)的研究。
A study is made on the system of computer aided assembly process planning (CAAPP) for spindle box of lathe.
对于这种主轴箱，仅用二位油缸不能满足要求，为此我们设计了三位油缸。
To the spindle box, only two-position-cylinder does not meet demands, so three-position-cylinder is designed.
主轴的进能量和转速是通过选速杆使主轴箱中的适当齿轮相啮合而控制的。
Spindle feeds and speeds are controlled by selector levers which engage the proper gears in the drill head.
主要工作如下：运用三维软件建立了大型数控落地镗铣床主轴箱的三维模型。
The NC boring and milling spindle box solid models have been built through 3 dimension software.
讨论了利用有限元单元法对高速铣齿机床主轴箱的结构进行分析及优化设计的方法。
It presents the method applying FEA to the structure analysis of the spindle box of milling machine.
通过改进普通车床主轴箱与床身接触面的刮削方法增加接触点，从而提高接触刚度。
Through alter the method on scraping contact surface between main spindle head and lathe frame, we may increase contact point and improve the contact rigidity.
首先绘制“三图一卡”，然后根据“三图一卡”进行组合机床设计以及主轴箱设计。
Draw "three picture one" at first, go on and make up according to "three picture one" lathe design and main shaft case design.
一个短的工作在主轴箱主轴上通过适当简单的卡盘无需使用尾架中心也许就能被转动。
A short work may be turned without using the dead center, by simply chucking it properly at the spindle of the headstock.
配气盘固定于主轴箱上，只有在主轴停止时，压缩空气才能通过配气盘和配气圈供给。
Mounting of the distributor ring on the headstock, the compressed air feed via distributor ring and end face seals only when the spindle stops.
在机械结构中主要是主轴箱的传动设计，能够根据以给定的条件主轴转速来设计主传动系统。
In the mechanical structure of the spindle box is the main drive designed to be given under the conditions of the main spindle speed drive system design.
利用坐标轴的旋转和平移，导出了组合机床主轴箱多种传动形式下传动轴坐标计算的统一公式。
The unified formula results from the revolution and translational movement of the coordinate axis. Apart from the unified calculating formula, the idea for calculation is clear and distinct.
本文所做工作如下：运用三维软件建立了大型数控落地铣镗床的关键部件滑座、主轴箱的三维模型。
Established three-dimensional model of spindle box and slide by three-dimensional software. Carried out static and modal analysis of slide.
分析主轴箱的实际工作情况，得到其刚度最差的工况位置，对此位置进行了铣削工况下的静力分析。
The actual work condition of headstock is analyzed with the location of worst stiffness obtained.
通过优化设计及分析，主轴箱结构重量减轻了23.2%，三个方向上刚度和应力得到了合理的分布。
The result shows that about 23.2% of its weight has been reduced, and its deformation and stress distribution have been reasonable in three dimensions.
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