Vacuum cup

美 [ˈvækjuːm kʌp]英 [ˈvækjuːm kʌp]
  • 网络真空吸盘
Vacuum cupVacuum cup
  1. A control system for a fanner slipping sealing vacuum cup is designed .

    设计了一种负压控制系统,控制对象为由电风机、滑动密封吸盘构成的低负压装置。

  2. Vacuum cup holder of iron or steel ( for moving sheets of glass )

    真空吸杯支架,钢或铁制(用于搬动玻璃片)

  3. The Drawing of Elliptic Cross Sections Designing vacuum cup lifter on ellipsoid

    椭球体的截面画法椭球体真空吸取器设计

  4. Invention and mechanism of iontherapy vacuum cup with Chinese herbs

    中药离子穴位导入负压罐的研制和治疗机理

  5. Cupping therapy is a treatment using a vacuum cup sucked firmly on the skin .

    拔火罐指的是将真空杯子紧紧吸在皮肤上造成局部皮肤充血的一种疗法。

  6. Designing calculation of the versatile vacuum cup lifter Research on Adaptive Multi-Sucking Disc

    多用真空吸具设计自适应式多真空室吸盘的研究

  7. As a novel pneumatic actuating component , Non-Contact Vortex Vacuum Cup could keep non-contact status when picking workpiece .

    气旋式非接触真空吸盘作为一种新兴的气动执行元件,可以在对工件进行吸取和搬运的时候与工件保持非接触状态。

  8. The utility model can keep constant temperature , and have a longer heat preservation time than common vacuum cup , thermos cup and the like .

    且能恒温并能比普通的保温杯真空杯之类保温更长的时间。

  9. Vacuum cup lifting is a technology that is wildly applied in the fields such as lifting hanging mounting and fixing product devices .

    真空吸取是真空技术在起重、吊运、装夹产品设备等方面的一种应用技术。

  10. A vacuum thermos cup is a design surpassing time and space .

    真空保暖杯,超越时空的设计。

  11. Adding vacuum suction cup equipment , it has a high efficiency in cup delivery .

    加果肉装置采用鼓式加果肉方式更加高效、安全、稳定可靠,误差率低。

  12. A stainless steel vacuum thermos cup , a good companion on Business trips , frees you from inconvenience . Indeed , they are not really cosmic at all .

    真空不锈钢保温杯,出差良伴,有杯无患。的确,它们根本就不是真正来自太空。

  13. The utility model relates to a daily product of a heat preserving cup , in particular to a vacuum heat preserving cup without a tail .

    本实用新型与日用产品保温杯有关,尤指带有无尾真空的保温杯。

  14. Effects of 7 contact design parameters on magnetic field characteristics of vacuum interrupters with cup type axial magnetic field contacts are studied by using 3D finite element method . The results show that : { 1 } Axial magnetic flux density weakens with increasing contact diameter or contact gap .

    用三维有限元法研究了7个设计参数对杯状纵磁触头的纵向磁感应强度、纵向磁场滞后时间、杯中和触头片中电流密度最大值以及导体电阻值的影响。