1)  vertical
立式的
2)  Zhou Guangli's Puzzle
周广立式的困惑
3)  vertical
立式
1.
Constructional design of a vertical reciprocating vacuum pump;
立式往复真空泵的结构设计
2.
Development of the Vertical Reciprocating Vacuum Pump;
立式往复真空泵的设计与研究
3.
According to the development and application of the vertical pressure filter in China and abroad, the structure, the main technological parameter, operation principle and process, key technology design and design character of the BLZG38 automatic pressure filter are introduced.
简要叙述了BLZG38型全自动立式液压式压滤机的结构组成、主要技术参数、工作原理及过程、关键技术设计、设计特点,认为BLZG38型全自动立式压滤机的研发比较成功,其适用范围较广,可以作为新产品投入市场进行推广使用。
4)  Vertical lathe
立式车床
1.
The application of PLC to vertical lathe;
PLC在立式车床中的应用
2.
The compensation method of the double posts vertical lathe crossbeam elastic deformation;
双柱立式车床横梁弹性变形的补偿方法
3.
According to the shortage of C5225 vertical lathe,numerical control alteration on feed system of C5225 Vertical Lathe was done in the base of keeping the mechanism structure and handling function.
针对普通立式车床的不足之处,在保留右刀架机械结构和操作功能不变的基础上对C5225立式车床的左刀架进给系统进行了数控化改造。
5)  Vertical Oil Tank
立式油罐
1.
Online Testing Technique and Applications of the Acoustic Emission of the Corrosion of the Bottom Plates of Vertical Oil Tanks;
立式油罐底板腐蚀的声发射在线检测技术及应用
2.
For the T-fillet weld,there are high stress,difficult to weld,more defects and easy to be corroded in vertical oil tank,which is often neglected.
大型立式油罐T形角焊缝部位应力高 ,施工难度大 ,焊缝存在缺陷多 ,容易受到腐蚀 ,而且常被忽视。
3.
Several methods for vertical oil tank bottom replacement are explained and theiradvantages and shortcomings are compared,and construction examples and working procedure foradditional layer method are detailed.
介绍了立式油罐换底的几种方法;分析了其优劣之处;具体介绍了加层法的施工实例及施工步骤。
6)  vertical spinning
立式纺
1.
The international monofilament horizontal spinning and vertical spinning technologies were introduced in details.
详述了国外立式纺和卧式纺单丝技术。
参考词条
补充资料:[国外糖业技术]立式连续助晶器

 


    (一)概 述 

    随着糖厂规模的不断扩大,原来煮糖车间显得比较拥挤,为了充分利用现有厂房空间,国外许多糖厂采用了立式助晶器(见图1)。 

    立式助晶器的单槽容量分100立方米和150立方米两种,当容量为150立方米时,直径约4.5米、高10米,中间有一空心管式搅拌器轴,上面安装若干层搅拌桨:在相邻两层桨叶间,装有蛇管式热交换器(附图),热交换器相邻各层互相串联,管中通冷却水,冷却用水量和温度,按糖膏助晶的要求确定;糖膏从上面进下面排出,冷却水从下方进上方排出,相互逆向流动;连续助晶器的相邻槽体间,用糖膏泵(ROTA)输送糖膏。 

    (二)设备优点 

    1、容量可以做得较大,占地面积小。 

    2、可直接安放在水泥基础上,安装比较简单;加上保温外壳后可安装在室外。 

    3、糖膏和冷却水逆向流动,温度下降均匀,助晶效果比较理想。 

    (三)工艺特点 

    经立式助晶器C(参见图2)助晶后之糖膏,1/4进行预分蜜,分出之蜜送入后面的助晶器,用以降低糖膏的粘度,减轻搅拌器负荷;助晶器F为升温槽,使糖膏升温达到分蜜时要求的温度。(注:我国湛江广丰糖厂采用了立式助晶器) 

    (四)相关主要数据 

    热交换器面积(平方米)与容积比(立方米):0.96;糖膏和水温度差(升温、降温):正、负10摄氏度;搅拌桨平均转速: 0.4转/分。 

    附:图1、立式助晶器结构示意图 
    图2、立式助晶器工艺流程图 
说明:补充资料仅用于学习参考,请勿用于其它任何用途。