Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Rolling brush driving mechanism of snow removal truck and lubricating system of rolling brush driving mechanism
The invention discloses a snow removal truck rolling brush driving mechanism which comprises a rolling brush driving shell assembly, and the rolling brush driving shell assembly comprises a middle supporting shell assembly, a first supporting shell and a second supporting shell. The middle supporting shell assembly is connected with the bearing supporting seat through a bolt; the first supporting shell, the second supporting shell and the middle supporting shell assembly form a three-section type oil storage structure, the oil storage structure is connected with a driving half shaft, power is transmitted to the driving spiral gear through the power input flange, then is subjected to speed reduction and torque increase through the driven spiral gear, is subjected to degree reversing and then is transmitted to the driving half shaft and the flange, and the driving half shaft is driven by the driven spiral gear to rotate. By means of the structural design, the speed reduction effect can be achieved while the rolling brush is driven to rotate, the driving mechanism is matched with the lubricating system, circulation of lubricating oil in the driving mechanism can be achieved without external force in the working process of the rolling brush assembly, and under the condition that the rolling brush rotates normally, the rolling brush is driven to rotate to achieve the snow sweeping function. And the bearing is well lubricated.
本发明公开了一种扫雪车滚刷驱动机构，包括滚刷驱动壳体总成，所述滚刷驱动壳体总成包括中间支承壳总成、第一支承壳和第二支承壳；所述中间支承壳总成通过螺栓连接轴承支撑座；所述第一支承壳、所述第二支承壳和所述中间支承壳总成形成三段式的储油结构，储油结构连接驱动半轴，本发明中，动力经动力输入法兰传给主动螺旋齿轮，再经从动螺旋齿轮减速增扭并实现度换向后，传给驱动半轴和法兰，从而驱动滚刷转动实现扫雪功能，通过此结构设计，实现驱动滚刷转动的同时，可实现减速的效果，驱动机构与润滑系统相互配合，在滚刷总成工作过程中，无需外力即可实现驱动机构内部润滑油的循环，在滚刷正常转动作业情况下，对轴承实现良好的润滑。
Rolling brush driving mechanism of snow removal truck and lubricating system of rolling brush driving mechanism
The invention discloses a snow removal truck rolling brush driving mechanism which comprises a rolling brush driving shell assembly, and the rolling brush driving shell assembly comprises a middle supporting shell assembly, a first supporting shell and a second supporting shell. The middle supporting shell assembly is connected with the bearing supporting seat through a bolt; the first supporting shell, the second supporting shell and the middle supporting shell assembly form a three-section type oil storage structure, the oil storage structure is connected with a driving half shaft, power is transmitted to the driving spiral gear through the power input flange, then is subjected to speed reduction and torque increase through the driven spiral gear, is subjected to degree reversing and then is transmitted to the driving half shaft and the flange, and the driving half shaft is driven by the driven spiral gear to rotate. By means of the structural design, the speed reduction effect can be achieved while the rolling brush is driven to rotate, the driving mechanism is matched with the lubricating system, circulation of lubricating oil in the driving mechanism can be achieved without external force in the working process of the rolling brush assembly, and under the condition that the rolling brush rotates normally, the rolling brush is driven to rotate to achieve the snow sweeping function. And the bearing is well lubricated.
本发明公开了一种扫雪车滚刷驱动机构，包括滚刷驱动壳体总成，所述滚刷驱动壳体总成包括中间支承壳总成、第一支承壳和第二支承壳；所述中间支承壳总成通过螺栓连接轴承支撑座；所述第一支承壳、所述第二支承壳和所述中间支承壳总成形成三段式的储油结构，储油结构连接驱动半轴，本发明中，动力经动力输入法兰传给主动螺旋齿轮，再经从动螺旋齿轮减速增扭并实现度换向后，传给驱动半轴和法兰，从而驱动滚刷转动实现扫雪功能，通过此结构设计，实现驱动滚刷转动的同时，可实现减速的效果，驱动机构与润滑系统相互配合，在滚刷总成工作过程中，无需外力即可实现驱动机构内部润滑油的循环，在滚刷正常转动作业情况下，对轴承实现良好的润滑。
Rolling brush driving mechanism of snow removal truck and lubricating system of rolling brush driving mechanism
一种扫雪车滚刷驱动机构及其润滑系统
WANG ZHAOBIN (Autor:in) / HU HONGXUN (Autor:in) / SONG MINYANG (Autor:in) / LI WENDING (Autor:in) / MA YALEI (Autor:in)
27.06.2023
Patent
Elektronische Ressource
Chinesisch
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