板式输送机

板式输送机机理及优化设计

Conveying Mechanism and Optimal Design of Slat Conveyor

链板式输送机的设计计算

Design calculation of chain slat conveyor

介绍BCD定量板式输送机首次在主井装载硐室的应用情况，并提出合理的改造方案，说明其应用效果。

It explains the application of BCD apron quantitive conveyor in the loading station of the main shaft , and proposes a reasonable transform methods , states its applied efficiency .

环链板式输送机链板运输机结构改进

Plate Conveyor with loop chain Structure Modification of Chain Conveyor

BCD&25型定量板式输送机的应用和改造

Application and transform of BCD-25 type apron quantitive conveyor

环链板式输送机钢管连接的革命&沟槽式连接

Plate Conveyor with loop chain Trench type pipe connection

鳞板式输送机链传动系统的改进

Modification of scale plate conveyor chain drive system

GB/T14521.6-1993运输机械术语板式输送机

Terms of conveying machinery & Slat conveyor

板式输送机的几种新结构形式

Some new designs of slat conveyor

环链板式输送机

Plate Conveyor with loop chain

滑动式板式输送机是由两条同向运行的滑板链输送托盘。

Sliding type apron conveyor transports pallets bv means of 2 sliding chains running in the same direction .

运用散体力学理论对以高层散体物料为工作对象的板式输送机进行了机理分析。

According to the theory of granular material mechanics , this paper presents the mechanism of a slat conveyor which takes the high floor granular material as working object .

研究了产品族建模的原理及其技术，从链板式输送机建模设计过程中的功能原理建模和结构设计建模两方面对产品族模型的建立方法进行了研究。

Product family modeling principle and technology was studied ; product family model establishment method from function principle modeling and structure design modeling in the course of product family modeling design was studied .

由于国内链板式输送机的计算公式不规范，计算方法不尽相同，给设计者带来了一定困难，文中提供了链板式输送机整套设计计算方法，为设计提供了可靠的依据。

There exists some problems with calculation formulas and methods in chain slat conveyor design and this has brought designers some difficulty . This paper presents a complete design calculation method and provides a reliable basis for chain slat conveyor design .

针对板式输送机片式链和链轮的主要失效形式，阐述了采用跨齿啮合和减小链传动中的动载荷以减少链轮轮齿磨损及链传动的多边形效应引起的冲击疲劳破坏。

Based on the main failure mode of plate conveyor lamellar chain and chain gear , this paper describes that the straddle tooth engagement and reducing the moving load in chain drive were used to reduce sprocket tooth wear and impact fatigue damage resulted by polygonal effect in chain drive .