释放机构,releasing mechanism
1)releasing mechanism释放机构
英文短句/例句

1.Normally in the open position the release mechanism is housed within a separate trigger chamber with inspection port.通常在开的位置时,释放机构被藏匿在具检视口之独立扳机腔膛内。
2.release [releasing] mechanism分离[安全,断开,释放]机构
3.Study on the design of structure and circuit for capsule drug delivery MEMS体内胶囊式药物释放微机电系统机构设计研究
4.Drug Intercalated Layered Double Hydroxides as a Molecular Container: Study of Assembly and in Vitro Release Mechanism;水滑石型药物分子容器的构筑及释放机理研究
5.the carriage release,ie on a typewriter滑架释放杆(打字机的)
6.The hijackers set the hostages free, ie released them.劫机者释放了人质.
7.trip free mechanical switching device自由释放机械式开关
8.Any person must submit a notification to the competent authority of the state or province within whose territory the release is to take place.任何人都必须获得释放发生地域的州或省的法定权威机构的通知。
9.The Molecular Simulation for Evolution of the Misfit Dislocations and the Misfit Strain Release Mechanisms in Sige Heterostructures;硅锗异质结构中失配位错演化及应变释放机理的分子模拟
10.Membrane microstructures and nutrient release mechanism of thermoplastic coated urea热塑性包膜尿素微观结构特征及养分释放机理研究
11.Research and Development Status and its Key Technology Analysis on Multi-locking and Releasing Mechanism重复锁定与释放功能机构研究状况及关键技术分析
12.THE STUDY ON THE RELEASE MECHANISM OF THE NAFTOPIDIL BIOADHESIVE SUSTAINED-RELEASE TABLETS萘哌地尔缓释片体外释放机制的研究
13.Upper bound method analysis of the characteristic of soft release mechanism减载缓释机构缓释特性的上限法分析
14.Effects of Smoking Machine on Mainstream Cigarette Smoke Release吸烟机机型对主流烟气释放量的影响
15.Mechanism and Evaluation of Nutrient Release of Slow and Controlled-Release Fertilizers缓控释肥料养分释放机理及评价方法研究
16.Fatigue Reliability Analysis for Structures Considering Load Shedding;考虑载荷释放的结构疲劳可靠性分析
17.The service is also drafting rules governing the transportation and release of livestock pests, APHIS scientist Bob Rose says.动植物卫生检验局的研究员罗斯指出,该机构也开始草拟运输及释放家畜害虫的管理条例。
18.The shutter may release if the release cable is connected to the camera when the power is on.如释放电源线与已接通电源相机连接,快门可释放。
相关短句/例句

locking-releasing mechanism锁紧-释放机构
1.A band locking-releasing mechanism for robotic arm is presented in this paper.介绍了一种包带式机械臂锁紧-释放机构,在柔性多体动力学基础上,对其解锁释放过程中包带的回收运动进行运动学建模,据此思想在ADAMS中进行运动学仿真,验证了该机构工作的可行性及安全性;分析了影响包带回收速度和运动轨迹的因素,对不同施加扭矩和不同集中质量情况下包带的回收运动进行了仿真和对比分析,可对实际结构参数进行合理化选择。
3)clutch release mechanism离合器释放机构
4)automatic release mechanism自动释放机构
5)emergency trip mechanism应急释放机构
6)guide rope release mechanism导索释放机构
延伸阅读

抽芯成型高差大的滑块多级锁紧结构在压铸模设计中, 常常会遇到同一抽芯而各成型高度相差较大的零件, 如果采用斜拉杆或弯销抽芯, 习惯上采取的措施是增加滑块的高度,以满足滑块的退位空间,其结果是滑块的重量增加,模框的强度降低。 图1 是汽车油泵调速器前壳压铸件示意图, Ⅰ- Ⅰ分型面需用抽芯才能完成脱模,其最低抽芯高度Hmin 为17mm, 最大抽芯高度Hmax为45mm, 为了保证滑块有足够的退位空间而不发生自锁, 滑块的高度必须大于或等于45mm。为避免抽芯距离过大造成滑块体积增加, 在设计中采用了局部增高多级锁紧结构,如图2 所示。P 是高于17mm低于45mm的面,N是高于45mm的面,M面是与N面同高且保证N 面受力平衡的辅助结构。α为抽芯角,β1 、β2 为锁紧角,β1 、β2 不仅具有锁紧作用,而且在开模抽芯时还具有让位的作用,所以β1 、β2 必须大于α, 而且β2 应大于β1 , 否则开模时, 滑块会出现自锁。锁紧角β2 也可以等于β1 , 但由于制造时有误差, 如果误差大, 则β1和β2 形成的锁紧面会出现干涉。在压铸件调速器前壳模具设计中, α取23°, β1 取26°, β2取30°,实现了安全生产。总之, 对于那些抽芯高度相差大的滑块,采用多级锁紧结构,对减小滑块的重量、延长模具寿命,节约模具材料具有重要的作用。