1) liner
[英]['laɪnə(r)] [美]['laɪnɚ]
衬板
1.
Structure and performance of high boron cast steel liner;
高硼铸钢衬板的组织和性能
2.
Effects of Hardness of Milling Balls and Liners on Abrasion Mechanism;
磨球与衬板材质的硬度对磨损机理的影响
3.
Study and Application of Large Scale Ball Mill Liner;
大型球磨机衬板材料的研究和应用
2) lining board
衬板
1.
Fabricating lining boards for ball mill by means of bimetal casting process;
双金属复合铸造球磨机衬板工艺研究
2.
The application of the combined self-fixed lining board in the steel ball coal mill;
钢球磨煤机组合自固型衬板应用
3.
Use and installation of super-high molecular weight polythene abrasion resistant lining board;
超高分子量聚乙烯耐磨衬板使用及安装
3) Lining
[英]['laɪnɪŋ] [美]['laɪnɪŋ]
衬板
1.
Modification of Hopper and Linings of Ore Feeder in Open Pit Stockpile;
露天粗矿堆给矿机给矿漏斗及衬板的改进
2.
Influence of granulating disc's lining on quality of green pellets and measures to improve the lining;
造球盘衬板对生球质量的影响及改进措施
3.
Developing Nationalized Prodact of Lining for the Briquette Press TG4036A;
TG4036A型压块机衬板国产化研制
4) liners
[英]['lainə] [美]['laɪnɚ]
衬板
1.
The Technology of White cast Iron with RE Alloy for Liners;
稀土白口铸铁衬板类零件的生产工艺
2.
The characteristics of the impact stresses of grinding balls in ball mills and the material selection of liners
球磨机磨球冲击应力特性与衬板的选材
3.
The ball mill is major equipment in mineral processing industry Liners in high manganese steel were Laid in drums in order to protect the surface of drums and control moving locus of steel balls in drums It is improtant to select liners in different materials according to the different place where liners of ball mills were installe
为了保护球磨机筒体内表面不受磨损和控制钢球在简体内的运动轧迹，筒体内铺有高锰钢衬板。
5) scaleboard
[英]['skeilbɔ:d] [美]['skel,bord]
衬板
1.
This paper introduces the development of the scaleboard for KMTBCr26MoB cyclone in terms of chemical constituents,casting techniques,heat treatment techniques,metallographic structure,mechanical capability,etc.
从化学成分、熔炼工艺、铸造工艺、热处理工艺、金相组织、机械性能等方面介绍了KMTB-Cr26MoB旋流器衬板的研制及应用,其耐腐蚀性和耐磨性良好。
2.
In order to solve the mine scaleboard problems of the erosion, cavitation and abrasion, we excogitated a kind of the bimetal compound casting scaleboard though optimizing the chemical contents and casting technology, and adjusting the heat-treatment parameters, which improved the using life about 50% than the high manganese steel, and was higher 30% than the mid - carbon bai-nite steel.
针对矿山衬板在使用过程中存在磨蚀、气蚀、磨损、且磨球直径大等特点,通过化学成分、铸造工艺的最优化设计和热处理工艺参数的调整,研究出了一种双金属复合铸造衬板,其使用寿命比高锰钢提高50％,比中碳贝氏体钢提高30％。
3.
On the basis of theory research, the actual application of scaleboard being made of medium-carbon low-alloy steel indicates its use life is above 50% higher than that of super-high manganese steel.
在理论研究的基础上,制出衬板产品,实际装机考核,结果表明:其使用寿命是高锰钢的1。
6) lining plate
衬板
1.
The reformation consisted of using polyethylene lining plate, using 65Mn steel plate to rake's tooth, injecting and welding alloy powder material on insi de wall of strong stirrer, using riveted welded part to rake's tooth.
为了解决强力搅拌机筒体内壁粘料严重、耙杆齿断裂、混料效果不明显等问题 ,对强力搅拌机进行了改造 ,采用超高分子量聚乙烯衬板 ,耙齿改用 6 5Mn钢板、表面喷焊耐磨粉末合金 ,耙杆齿改为铆焊件并调整耙齿安装角度 ,改造后强力搅拌机的混合效率由 75%提高到 90 % ,耙齿的寿命延长至 1 50天 ,提高了生球的质量和均匀性 ,年增加球团矿产量 3万t ,创效 2 0 0余万
2.
The fracture reasons of lining plate of microalloying high Mn steel have been analyzed.
对微合金化高锰钢衬板断裂原因进行了分析。
3.
The initial hardness of high manganese steel lining plate is low,so that under the operating conditions of ball grinding mill,the working hardening effect can't utilited completely.
高锰钢衬板初始硬度低，在球磨机的工况条件下不能充分发挥工作硬化效应。
补充资料：角螺旋衬板
角螺旋衬板
angle-spiral liner
]一ooluoxuon ehenban角螺旋衬板(angle一spiral liner)全称为圆角方形组合断面螺旋分级衬板。这种磨机衬板是20世纪70年代由奥地利的瓦格纳一比罗(wagne卜Biro)公司研制的。角螺旋衬板有直边形(带圆角的正方形)和大弧边形两种结构型式。 为了平衡磨机转动时研磨介质的脉冲冲击力，将相邻两圈衬板转过一个角度，称为转角。转角一般取120一22.犷，这样从整体上看，磨机筒体内表面形成-个四头螺旋。直边形角螺旋衬板的结构断面如图1所督 图1直边形角螺旋衬枚结刊断面示意图 1一支架;2一筒体:3一衬板沮一弹性底板示。这种衬板构造很复杂，安装、拆卸都比较困难。大弧边角螺旋衬板的断面如图2所示。它是介于圆形和圆角方形之间的过渡型式。份 图2大弧边角螺旋衬板断面形状角螺旋衬板的工作特点是，当磨机筒体旋转时研磨介质被圆角部分提升到一定高度，然后在直角边(或大弧边)“瀑布”般地泻落下来;如此周而复始，磨机每旋转一周，每一筒体断面上将发生四次间歇的“瀑布”冲击运动。这样设计的目的是为了集中大多数研磨介质，使其短时间内作用于被磨物料，以利于物料的破裂。由于直边形衬板的瞬时冲击力过猛，虽然利用转角法以均衡此脉冲力引起的电机负荷不均，但实际生产中影响仍较大;由此将直角边改为大弧边以缓和脉冲冲击。 球磨机或水泥磨机的球磨仓安装角螺旋衬板后，与使用普通衬板对比，其产量有所提高，电耗有所降低;但是角螺旋衬板类型多、构造复杂、安装及拆卸都较困难，而且不适于短筒型磨机。由于角螺旋衬板的综合经济效益并不明显，故不易推广应用。 (陈炳辰韩文正)
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