滾輪罐耳
滾輪罐耳沿罐道運行時，因罐道的設計安裝，會產生接點、彎曲高點，輪頭會受到水平推力作用，由于支臂架、底座和緩沖器之間的鉸接作用，使緩沖器受壓縮產生反彈力。緩沖器的反彈力一是保證提升容器順利通過高點；二是保證提升容器不得與罐道發生碰撞；三是要保證提升容器在上升和下降過程 中擺動幅度不得太大。所以緩沖器的緩沖性能是嚴格按提升容器的重量、運行速度進行設計的，但其輪頭最大水平推力一定要小于或等于行業標準
When the drum ear is running along the tank road, the connection point and bending high points will occur due to the design and installation of the tank road, and the wheel head will be affected by horizontal thrust, and the rebound force between the arm frame, base and buffer. The rebound force of the buffer is to ensure the smooth passage of the lifting container; second, the lifting container shall not collide with the tank channel; third is to ensure the rise and descent The medium swing range shall not be too large. Therefore, the buffer performance of the buffer is designed strictly designed according to the weight and operation speed of the lifting container, but the maximum horizontal thrust of the wheel head must be less than or equal to the requirements of the industry standards. The roller tank ears designed and manufactured according to the above theory can effectively meet the user requirements. When 3. on the lifting container, the tightening degree of the polyurethane wheel and the tank channel should be reasonably determined according to the tank channel installation accuracy (vertical degree) and the buffer travel of the series of products, too large and too small will cause the large swing of the lifting container, causing the collision between the iron tank ear and the tank channel of the lifting container. If the installation accuracy of tank road meets the national standard, the lowest point of polyurethane wheel and tank road can be tightened.
