According to the technical requirement of the design,we did the functional decomposition and built morphology matrix in design wood chipper,and optimized the design plan by fuzzy assessment.
论述了功能设计法的基本概念和实施步骤,根据木材削片机设计的技术要求,对木材削片机的功能进行分解,并建立了木材削片机的形态学矩阵。
Based on the problems of traditional disc wood chipper, the method of balanced cutting was put forward, the new typed chipping disc was manufactured.
针对普通盘式木材削片机存在的问题，提出了均衡切削的构想，试制了新型的削片刀盘，通过与普通削片刀盘动态测试的对比试验，验证了实施均衡切削的可行性和新型削片刀盘的优越性。
By using the ways of metallographic examination , microhardness test and wear resistance experiment , the laser hardening technique of 9CrSi of the wood slicer's blade was studied The blades were treated with laser hardening with optimal technique parameter,and then the cutting performance test of laser hardened blades was accomplishe
利用金相分析、显微硬度测试、耐磨性试验等方法对木材削片机飞刀材料 9Cr Si的激光强化工艺进行了研究 ,以优化工艺参数对飞刀实行激光强化处理 ,并完成了对激光强化飞刀的切削性能试验。