1) locks(fastener)forces
锁-力
2) clamp force
锁模力
1.
The influencing factors for clamp force are analyzed from the following aspects: projection area on parting surface of product and runner system, gate location and numbers, gate size, plastic viscosity, flow length/ wall thickness ratio, injection speed and etc.
注塑生产中,锁模力参数设计十分重要。
2.
In order to obtain the best gate location addition,the position of weld lines and the clamp force were forecasted.
预测可能存在的熔接痕位置及锁模力的大小,确定最佳浇口位置。
3) clamping force
锁模力
1.
A series of parameter, such as speed ratio ,equivalent mass ,toggle force, joint frictional force, mould clamping force and shift displacement of moving platen etc.
通过对双肘杆锁模机构运动几何关系的分析,利用传动比建立了锁模机构中液压缸位移和动模板位移之间的数学传递关系,对传动比、等效质量、肘肝力、节点摩擦力、动模板的锁模力、动模板的移动位移等参数进行了仿真计算,研究工作对全面认识锁模机构运动特性、设计动模板位置的闭环控制系统具有理论和实际意义。
2.
It mainly introduces calculations and rules for clamping force,the design for keep close area on parting line,and hoop stresses and cavity expansion.
用疲劳观点分析模具强度的设计，主要介绍锁模力计算、分型面上的合模贴合面的设计及环形型腔应力与膨
3.
The testing results of clamping force showed that the actual clamping force of the 2000 kN experimental prototype reached the design value.
合模机构锁模力的测试结果表明:2000 kN试验机台的锁模力符合设计要求;新型内循环二板式注塑机比同规格的肘杆三板机具有更优异的锁模性能,在最大锁模力情况时,前者比后者的锁模力重复精度高出0。
4) locking force
锁模力
1.
Taking the locking force that produced by the locking mechanism as research object,Through the mechanical analysis of the locking cylinder and the pin shafts,the understanding of the locking mechanism has been improved.
文章以合模机构所能产生的锁模力为研究对象,通过对合模油缸与机铰进行力学分析,增进了对压铸机合模机构的了解,并对现有压铸机的设计提出一些改进意见。
2.
The locking force was also tested by using the affixable resistance strain gage method and the relationship formula of the initial position of moving moulding plate and the locking force was obtained,the stability of locking force in injection process was insured.
采用粘贴式电阻应变片法对锁模力进行测试,得出了动模板初始位移与锁模力大小的关系公式,保证了注塑过程中锁模力的稳定性。
6) pressure interlock
压力连锁
1.
This paper analyzes on the importance of pulse buffer's safe interlo ck control, and introduces the realization of the pressure interlock and level i nterlock.
分析了高压溶出系统脉冲缓冲器设置安全连锁的必要性,介绍了压力连锁及料位连锁的实现。
补充资料：锁模压力
分子式：
CAS号：
性质：塑料制品的模塑过程中，在注射压力和模塑料张力对模具的作用下，可使模具撑开，需施加使模具保持锁闭状态的压力。对于不同品种的塑料制品，其锁模压力差别颇大。
CAS号：
性质：塑料制品的模塑过程中，在注射压力和模塑料张力对模具的作用下，可使模具撑开，需施加使模具保持锁闭状态的压力。对于不同品种的塑料制品，其锁模压力差别颇大。
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