1) truss plate
齿板
1.
The truss plate connection used that the common one is most generally now too most in li.
齿板连接为轻型木结构中最常见的也是现在最普遍使用的一种连接方式，齿板连接木桁架节点可以提前预制并可以成批制作，这不但节约了劳动力，缩短了施工周期，而且效率高、节点性能稳定可靠，制作简单。
2.
Timber construction in China is gaining more attention and use of metal-plate-connected trusses made from dahurian larch dimensional lumber and imported truss plates is becoming more popular for light frame wood construction.
采用国产落叶松规格材及进口齿板连接件构造节点,依据国标对齿板接合节点的延性比、齿极限承载力、齿板极限受拉承载力及设计值进行评估。
2) toothed plate
齿板
1.
The experiment research on the limit bearing of wood girder toothed plate joint;
木桁架齿板连接极限承载力的试验研究
2.
On the basis of using characteristics premise,it mainly discussed machining toothed plate profile by chipless machining,which increased the machining precision and production efficiency,and not only shorten production cycle but also saving fund.
通过对烧结机头尾轮结构及使用性能的分析,重点论述了在保证设计要求及使用性能的前提下,采用无屑加工的方法加工齿板外形,来提高加工精度和生产效率,既缩短了生产周期又节约了资金。
3.
The construction techniques were put forward in detail including installing shearing force tank,planting anchor bar,casting toothed plate concrete,the manufacture,the installment and the tension of the external cable,etc.
具体阐述了设置剪力槽、种植锚筋、浇筑齿板混凝土、体外索制作与安装、体外索张拉等施工技术。
3) teeth plate
齿板
1.
The stress and strain of jaw crusher teeth plate have been simulated and studied with finite element analysis (FEA) by means of determinate mechanics.
应用确定性力学方法,对齿板应力和应变进行了有限元仿真研究,通过对仿真结果的分析,认为基于确定性力学的齿板应力和应变仿真只能部分反映其真实受力状态,齿板类零件在有限元仿真中的载荷施加方法应进一步研究,以真实地反映齿板在实际工况下的受力情况。
2.
By application of finite element simulation of mechanical structure,the stress and displacement of jaw crusher teeth plate have been simulated and studied.
应用机械结构有限元仿真方法,对颚式破碎机齿板的应力和变形进行了仿真研究,通过对仿真结果的分析,认为齿板应力和变形仿真能够部分反映其真实受力状态。
4) teeth-plate
齿板
1.
Application & study on fuzzy random theory to the finite element simulation of teeth-plate part;
模糊随机理论在齿板类零件有限元仿真中的应用研究
2.
The jaw crusher teeth-plate is loaded by fuzzy and probability theory.
运用模糊随机理论对颚式破碎机齿板进行加载。
5) metal plate
齿板
1.
Effects of metal plates' slippage on deflection of light wood trusses
齿板滑移对轻型木桁架挠度的影响
2.
Selected metal plates were also evaluated for maximum tensile and shear resistance.
对轻型木桁架用连接件——齿板进行设计,并测试了齿板的极限受拉承载力和受剪极限承载力,分析和探讨影响齿板连接性能的因素。
6) plank-tooth
板齿
1.
Nowadays, the improved plank-tooth corn shellers based on the models in the developed countries were applied widely in the seed processing companies in China.
针对我国玉米脱粒机的现状,通过研学国外先进技术,改进设计了板齿式脱粒机,并在国内的种子加工企业得到了大量的应用。
补充资料：齿板介质的磁场特性
齿板介质的磁场特性
magnetic field characteristics of teeth plates
‘1 llUufl!IeZnl Qe CIC卜ong texing齿板介质的磁场特性(magnetiC field char-aeteristies of teeth plates)置于两磁极之间的齿板磁介质周围磁场的分布规律。齿板磁介质多用于周期式和连续式环型强磁场磁选机，它有单层与多层之分，多层齿板通常是齿尖对齿尖配置。(见图)沿齿极对称面上磁感应强度用经验式表示为 霎魏 多层齿板 五，一犬1‘2犬3刀。‘“·‘5‘钞，2(l)式中B。为背景磁场的磁感应强度，T;s为齿距，cm;)为离齿尖的距离，cm;K，、 KZ、K3为系数:Kl与齿尖角和背景磁感应强度有关，其值见表1;K:与极距有关，其值见表2;K3与齿板材质有关，纯铁等一般材质的K3~2 .75。 表IK，值下一二 表2 KZ值弩一一长卜东等-式(z)适用于极距z、(0.45~0.65):和齿尖角夕=60’~1050的情况。磁场梯度(gradBy)为 赞一。。、，、。、3(粤)(，一4，)‘。.砚5(钞)2(2) ays-一磁场力为 (Bg二dB，，一3·6、:、:、:(鲁)2(万一4，)一钞)2 (3)由式(3)可知，y一。.25:处的磁场力为零。y一。处的磁场力为 (。g二d。)，一3·6、:、。二:髻一(4)齿的磁场非均匀区深度为。.25、。齿板的结构参数为齿尖角、极距和齿距。适宜的极距约等于半个齿距，适宜的齿距为给料最大粒度的5一6倍，适宜的齿尖角为800~1000。 (孙仲元)
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