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A platform for research: civil engineering, architecture and urbanism
Courtyard cleaning equipment
The invention relates to courtyard cleaning equipment. The courtyard cleaning equipment comprises a machine body, a smashing assembly and a driving mechanism. The smashing assembly comprises a shell connected to the machine body and provided with an inner cavity. The crushing mechanism is positioned in the inner cavity; a smashing cavity is formed in the area, located above the smashing mechanism, in the inner cavity. The crushing mechanism is configured to crush foreign matters accumulated at the bottom of the crushing cavity; the driving mechanism is located outside the inner cavity of the shell and located on one side of the shell, and the driving mechanism is constructed to be in transmission connection with the smashing mechanism. After the foreign matter enters the crushing cavity, the crushing mechanism can crush the foreign matter accumulated on the crushing mechanism, and the driving mechanism in transmission connection with the crushing mechanism is located outside the inner cavity of the shell and located on one side of the shell, so that the driving mechanism can be arranged more flexibly, and arrangement of other structural parts in the courtyard cleaning equipment is facilitated. The driving mechanism can be independently sealed and is prevented from occupying the size of the inner cavity of the shell, and the size of the inner cavity of the shell in the height direction is increased.
本公开涉及一种庭院清洁设备，包括机体、粉碎组件和驱动机构。粉碎组件包括连接在机体上且具有内腔的壳体；还包括位于内腔中的粉碎机构；内腔中位于粉碎机构上方的区域形成了粉碎腔；粉碎机构被构造为对堆积在粉碎腔底部的异物进行粉碎；驱动机构位于壳体内腔之外，且位于壳体的其中一侧，驱动机构被构造为与粉碎机构传动连接。异物进入到粉碎腔之后，粉碎机构可以对堆积在其上的异物进行粉碎，与粉碎机构传动连接的驱动机构位于壳体内腔之外，且位于壳体的其中一侧，这使得驱动机构的设置可以更灵活，有利于庭院清洁设备中其它结构件的布置。本公开的驱动机构可以独立进行密封并避免占用壳体内腔的体积，增大了壳体内腔高度方向上的尺寸。
Courtyard cleaning equipment
The invention relates to courtyard cleaning equipment. The courtyard cleaning equipment comprises a machine body, a smashing assembly and a driving mechanism. The smashing assembly comprises a shell connected to the machine body and provided with an inner cavity. The crushing mechanism is positioned in the inner cavity; a smashing cavity is formed in the area, located above the smashing mechanism, in the inner cavity. The crushing mechanism is configured to crush foreign matters accumulated at the bottom of the crushing cavity; the driving mechanism is located outside the inner cavity of the shell and located on one side of the shell, and the driving mechanism is constructed to be in transmission connection with the smashing mechanism. After the foreign matter enters the crushing cavity, the crushing mechanism can crush the foreign matter accumulated on the crushing mechanism, and the driving mechanism in transmission connection with the crushing mechanism is located outside the inner cavity of the shell and located on one side of the shell, so that the driving mechanism can be arranged more flexibly, and arrangement of other structural parts in the courtyard cleaning equipment is facilitated. The driving mechanism can be independently sealed and is prevented from occupying the size of the inner cavity of the shell, and the size of the inner cavity of the shell in the height direction is increased.
本公开涉及一种庭院清洁设备，包括机体、粉碎组件和驱动机构。粉碎组件包括连接在机体上且具有内腔的壳体；还包括位于内腔中的粉碎机构；内腔中位于粉碎机构上方的区域形成了粉碎腔；粉碎机构被构造为对堆积在粉碎腔底部的异物进行粉碎；驱动机构位于壳体内腔之外，且位于壳体的其中一侧，驱动机构被构造为与粉碎机构传动连接。异物进入到粉碎腔之后，粉碎机构可以对堆积在其上的异物进行粉碎，与粉碎机构传动连接的驱动机构位于壳体内腔之外，且位于壳体的其中一侧，这使得驱动机构的设置可以更灵活，有利于庭院清洁设备中其它结构件的布置。本公开的驱动机构可以独立进行密封并避免占用壳体内腔的体积，增大了壳体内腔高度方向上的尺寸。
Courtyard cleaning equipment
庭院清洁设备
GENG XIAOHANG (author) / WU YONGDONG (author) / YU KUN (author)
2024-12-06
Patent
Electronic Resource
Chinese
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