齿板

利用ANSYS软件对外齿板进行应力分析，结果表明其强度满足要求。

The stress of external toothed plate is carried out by ANSYS software , and the result shows that it can meet the requirement of strength .

颚式破碎机弧形齿板的研制与应用

Development and application of are toothed plate for jaw crusher

高锰钢U形齿板铸造工艺设计

Casting Technology Design of U-shape High Manganese Steel Plate

利用ANSYS软件创建了内齿板的有限元模型，以具有等效刚度的弹簧约束内齿板的刚体运动，求解了一个机构运动周期内各相内齿板的应力、位移与弹性变形。

An ANSYS based finite element model is developed for the gear-couplers whose rigid-body motions are constrained by linear springs with equivalent stiffness . The stresses , displacements and elastic deformations of the gear-couplers are investigated in a whole motion cycle of the parallelogram mechanism .

兴安落叶松规格材齿板连接节点的拉伸性能

Tension Performance of Dahurian Larch Lumber Joints Connected by Truss Plates

颚式破碎机破碎齿板与单个物料相互作用的特性研究

Investigation on Interaction Characteristics between Jaw Crusher Plate and Single Particle Materials

主轴为推料螺旋与齿板组合结构。

Spindle is a structure composed by push spiral and tooth board .

基于确定性力学的破碎机齿板应力和应变有限元仿真研究

FEA Simulation of Stress and Strain of Crusher Teeth Plate Based on Determinate Mechanics

不同加载方式的齿板应力应变有限元仿真

Finite Element Simulation of Stress and Strain of Teeth Based on Different Loading Method

齿板滑移对轻型木桁架力学性能影响的研究

The Influence Research on Mechanical Property of Lighter Timber Truss Because of Truss Plate Slippage

颚式破碎机定齿板结构的改造

Fixed jaw structure transformation of jaw crusher

模糊随机理论在齿板类零件有限元仿真中的应用研究

Application & study on fuzzy random theory to the finite element simulation of teeth-plate part

基于PRO/E的三环减速器内齿板造型有限元分析与研究

Three Links Gear-Reducer Tooth Rack Finite Element Analysis and Research Based on PRO / E Model

通过对三环减速器有限元模型的求解，分析了系统各环节的受力，计算了齿轮啮合力、支撑轴承力、输出转矩和内齿板的应力。

By solving the finite element model , the reactions on internal gears and bearings were obtained .

高锰钢破碎机齿板淬裂分析与强韧化处理

Analysis on Hardening flaw of High Manganese Steel Toothed Plate of Crushers and Its Treatment for Strengthening Malleableness

齿板连接已经成为木结构建筑桁架体系使用最多的连接方式之一。

The truss plate connection has been one of the most frequently applied approaches in wooden structure truss system .

轻木结构正交主轴齿板连接承载力试验及分析

Experimental and Statistical Analysis on Load Carrying Capacity of Metal Plate with Orthogonal Oriented Teeth in Light Wood Frame Construction

雕刻和模型制品制模膏（不包括齿板条状，马足状的牙蜡）

Modelling paste carved or moulded articles of ( excl. plates , horseshoe shapes or sticks , of dental wax )

根据试验数据拟合出了齿板滑移承载力关系式及相应曲线图。

On the basis of experimental data to fit function of relationship of carrying capacity and slide and the corresponding curve .

链轮齿板的曲线形状是造成烧结机台车在回车道上起拱的根本原因。

The curvilinear shape of sprocket wheel is the main cause of arching phenomenon of sintering pallets in the return rail .

齿板连接木桁架凭其施工速度快、造价低等优点被广泛地运用于轻型木结构中。

Because of its construction speed and low cost , metal plate wood truss is widely used in light wood frame construction .

衬板、锤头和齿板用钨渣合金铸铁件的研制与应用

Study and Application of Compound Alloying Cast Iron Made Use of a Slag Containing W for Sheathing Boards , Toothed Plates and Hammerheads

然而对于国产齿板，目前还没有一套科学的设计方法，许多参数的假定都是建立在国外齿板设计参数的基础上。

But for homemade truss plate , it does not have a scientific method , many parameters about design are referencing that on aboard .

同时，齿板保护了主机机壳，可延长主机使用寿命。

Simultaneously , the toothed plates protect the casing of the host machine , which can prolong the service life of the host machine .

其结果对齿板模型库的开发、改进以及破碎机构的优化具有一定的参考价值。

Those results are of a certain reference value for developing a model database of the jaw plate tooth-shape and improving or optimizing crushing mechanisms .

通过贴应变片的方法测试了规格材和齿板的应变，并得出齿板平均粘结应力与滑移基本本构关系和τ&s曲线。

Tested the strain of metal plate and dimension lumber to meet gage , obtain average bonding stress and slip theory and τ - S curve .

在阐述一种新型机构&双环式行星分度凸轮机构传动原理的基础上，分析了内齿板的摆动力。

The paper presents the transmission principle of a new type of mechanism called double-ring planetary indexing cam and analyzes the shaking force of inner cam rings .

明确齿板节点力学性能对保证整个木结构建筑的强度、刚度和稳定性有着至关重要的作用。

Identification of the mechanical properties for truss plate node has a vital role to ensure the strength of the entire wooden structure , stiffness and stability .

木结构中常用的连接方式为齿板连接，齿板连接以前全部采用进口齿板，随着齿板连接节点应用的增加，国内开始有厂家开始生产自己的齿板。

Wood structure is commonly connected by truss plate and with more and more truss plate being used , some domestic manufacturers have began to start producing their own tooth plate .

结果表明，弧形齿板使用寿命提高212.12%，破碎比提高到4.274～4.405。

The result shown that its service life was increased by a factor of 212 . 12 % and ratio of reduction increased to 4 . 274 ~ 4 . 405 .