1) box assembly
箱体总成
2) case assembly
箱体总成
3) rear reduction case assembly
后减速箱体总成
4) Case
箱体
1.
Application of Vibration Stress Relief Technology in Case Machining;
振动时效工艺在箱体加工中的应用
2.
An Application of ANSYS in Stress Analysis of the Case for Mine Reducer;
ANSYS在矿用减速器箱体应力分析中的应用
3.
Finite element analysis of sub-transmission case based on dynamic analysis;
基于动态仿真的副变速器箱体有限元分析
5) case body
箱体
1.
Common Problems and Their Solution for Motorcycle Case Body and Cover;
摩托车箱体、箱盖常见加工问题及解决办法
2.
0,the paper carries on finite element analysis to DQ70 top drive drilling device,clarify the stress distribution situation of case body under different operating modes.
0对该顶驱动力水龙头箱体进行有限元分析,了解箱体在不同工况下的应力分布情况,进而为该型顶驱装置的改进和生产提供了理论依据和方法。
3.
The paper made an analysis on factors that influenced the processing effects in order to satisfy the design requirements for the production of the case body .
为满足箱体设计要求,对其影响加工效果的因素查找分析,最后改进箱体实际加工工艺,达到工厂加工生产的需求。
6) box
箱体
1.
The necessity of seasoning to coal winning machine box;
采煤机箱体时效的必要性
2.
The research on the VRH mould-making(core) techniques in casting large box of shearer;
采煤机大型箱体铸造VRH造型(芯)技术的研究
3.
Rapid Developing of Atomizer Box Based on RP/RT Technology;
基于RP/RT技术的喷雾器箱体快速开发
7) gearbox
箱体
1.
Combining the general detecting scheme with the method of quality management, the on-line detecting quality for the shape and position tolerance of the epicyclic gearbox and the final product detecting quality have been well controlled, so that high quality product rate has been increased.
用一般的检测方案和质量管理相结合的方法,对行星轮箱体形位公差的在线检测质量和成品检测质量进行控制。
2.
The finite element method in the design of gearbox was employed.
对箱体的方案设计进行有限元分析。
3.
This paper has introduced the finite element method employed in the concept design of gearbox.
介绍对箱体的方案设计进行有限元分析的方法。
8) Cabinet
箱体
1.
The Cabinet Design Base on Electromagnetic Shielding and the Finite Element Method Study;
基于电磁屏蔽的箱体设计及有限元仿真的研究
2.
The establishment and solution of cabinet models of indirect cool refrigerator are different from that of direct cool refrigerator.
间冷式电冰箱箱体结构中存在流动换热的结构，这一特点决定了该类电冰箱箱体模型的建立与求解有别于直冷式。
9) tank body
箱体
10) case control
箱体控制
补充资料：纺丝箱体
分子式：
CAS号：
性质：熔体纺丝机的主要部件之一。高聚物熔体经过滤器后，进入纺丝箱体，经过熔体分配和保温分别由各纺丝位纺丝。箱体为外包绝缘层的长方形金属箱。内装熔体分配管(必须等长和避免死角)、泵座和喷丝头组件(有上装式和下装式)。凡与熔体接触部件都由不锈钢制成。箱体内装联苯液体或气相，由电加热棒加热。每箱体可包含1、2或多个纺丝部位。
CAS号：
性质：熔体纺丝机的主要部件之一。高聚物熔体经过滤器后，进入纺丝箱体，经过熔体分配和保温分别由各纺丝位纺丝。箱体为外包绝缘层的长方形金属箱。内装熔体分配管(必须等长和避免死角)、泵座和喷丝头组件(有上装式和下装式)。凡与熔体接触部件都由不锈钢制成。箱体内装联苯液体或气相，由电加热棒加热。每箱体可包含1、2或多个纺丝部位。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条