轴承
- 与 轴承 相关的网络例句 [注:此内容来源于网络,仅供参考]
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Number of loaded circuits DN Value Preload Method for Providing a Preload Type of guide 4 rows 1.50 turns 70000 None None Ball Shaft process method Ball cage Splined portion Hollow shaft Recommended support unit on the Fixed Side type Precision None None None BK30,FK30 Recommended support unit on the Supported Side type Types of Nuts Threading direction Spacer ball Rigidity in the axial direction BF30, FF30 Single nut Right-hand, left-hand...
载荷钢球圈列数 DN值预压预压方法导轨型号 2列 1.50圈 70000 无无滚珠丝杠轴加工方式球保持器轴的花键部分中空轴轴承支撑座固定侧的推荐方式精密无无无 BK30,FK30 轴承支撑座支撑侧的推荐方式螺母种类螺纹方向间隔钢球轴方向刚性 BF30, FF30 单一螺帽右螺纹,左螺纹,左右螺纹无 400.0 螺纹条数。。。
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Number of loaded circuits DN Value Preload Method for Providing a Preload Type of guide 3 row 1.50 turns 70000 None None Ball Shaft process method Ball cage Splined portion Hollow shaft Recommended support unit on the Fixed Side type Precision None None None BK30,FK30 Recommended support unit on the Supported Side type Types of Nuts Threading direction Spacer ball Rigidity in the axial direction BF30, FF30 Single nut Right-hand, left-handm...
载荷钢球圈列数 DN值预压预压方法导轨型号 3列 1.50圈 70000 无无滚珠丝杠轴加工方式球保持器轴的花键部分中空轴轴承支撑座固定侧的推荐方式精密无无无 BK30,FK30 轴承支撑座支撑侧的推荐方式螺母种类螺纹方向间隔钢球轴方向刚性 BF30, FF30 单一螺帽右螺纹,左螺纹,左右螺纹无 600.0 螺纹条数。。。
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As the factor of clearance, bearing chamfer, oil groove etc, The actual load is higher than theory of calculation.
由于受配合间隙、材料强度、轴承倒角、内部油槽等原因的影响,轴承的真正承载面压会大于理论计算值。
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As the factor of clearance,bushes chemfer,oil groove etc.,the actually loadis higher than theory of calculation.
由于受配合间隙、材料强度、轴承倒角、内部油槽等原因的影响,轴承的真正承载面压会大于理论计算值。
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First, smelters, mines, steel plant machinery and equipment endurance pressure rolling bearings.
感觉你对本公司的支持,无油轴承-专业的轴承生成厂家。
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Aimed at all kinds of damage phenomena in the sleeve usage of oil-film bearing in the backup roll of Baoshan 1580 hot strip mill,during the process of elastic conjunction between sleeve and rollneck,deformation and load properties are quantitatively analyzed by boundary element method for 3D elastic and plastic contact problems.
针对宝钢1580热连轧机精轧机组支承辊油膜轴承锥套使用中存在的各类损伤问题,利用三维弹塑性接触问题边界元法定量分析了轧机油膜轴承锥套与轧辊辊颈过盈装配过程中的变形和载荷特性,得出了装拆过程中不同的胀型压力和轴向推力条件下锥套接触压力延母线方向的变化规律,同时锥套端部和密封槽附近接触压力峰值的存在是加速锥套损伤及降低其使用寿命的重要原因。
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1 In Zhanjiang Power Plant has been analysed,and it is believed that the main causes to be as follows:(1)large deformation of the lowpressure cylinder leading to collision and friction between moving and stationary parts;(2)the vacant space under bearing pedestal and turninggear box bringing on lower rigidity;(3) the natural frequency of bearing pedestal is closing to the power frequency etc.
对湛江发电厂1号机4号轴瓦振动大的问题进行分析,认为其主要原因为:低压缸变形大导致动静碰摩,轴承座及盘车箱下部脱空引起刚度降低,轴承座的固有频率与工频相近等。
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Electronically tested, repacked bearings shall be acceptable in units that do not have a high incidence of bearing failure.
经过电子测试和重填黄油的轴承在那些轴承损坏率低的电机中是可以用的。
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The tile axis's ZWZ brand bearing has the honor to receive the state-level: The Chinese well-known trademark, China famous brand goods, the quality exempting from inspection product, China export honors and so on recommendation product, the product widely apply in domains and so on railroad, automobile, metallurgy mine, machinery, petroleum, papermaking, engine bed, cement, wind electricity, aviation, the selling to domestic more than 6000 users and the world more than 80 countries and the area.
企业在国内轴承行业率先通过ISO9000、QS9000、VDA6.1、和ISO14001多种认证与审核。瓦轴的ZWZ品牌轴承荣获国家级:中国驰名商标、中国名牌产品、质量免检产品、中国出口推荐产品等荣誉,产品广泛应用于铁路、汽车、冶金矿山、机械、石油、造纸、机床、水泥、风电、航空等领域,销往国内6000多个用户和世界80多个国家和地区。
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The requirement to measure residual stress on the surfaces of bearing raceways is already a common one for aerospace bearings.
的要求来衡量残余应力对表面的轴承滚已经是一个常用的一个航空航天轴承。
- 推荐网络例句
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This one mode pays close attention to network credence foundation of the businessman very much.
这一模式非常关注商人的网络信用基础。
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Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.
扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。
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There is no differences of cell proliferation vitality between labeled and unlabeled NSCs.
双标记神经干细胞的增殖、分化活力与未标记神经干细胞相比无改变。