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A platform for research: civil engineering, architecture and urbanism
Flow dividing well based on novel grid units
The diversion well based on the novel grating unit comprises a barrel part and a barrel cover part, and the barrel part is connected with a smashing unit, a sewage outlet pipe and a rainwater outlet pipe; the crushing unit is connected with a water inlet pipe; a grating unit is installed in the cylinder part and comprises a first grating and a second grating capable of rising relative to the first grating. According to the flow dividing well, sundries which cannot pass through the grating unit can be retained in the second grating, the second grating is lifted through the lifting base, due to limitation of the guiding unit, the sundries fall into the lifting stock bin, the knocking unit is used for repeatedly knocking so that the sundries which are attached to or clamped at the second grating can be cleaned and fall into the lifting stock bin, and then the sundries are separated from the lifting stock bin. And after the lifting stock bin is full of the sundries, the lifting stock bin is lifted, and the sundries in the lifting stock bin are cleaned. Therefore, the cleaning time can be prolonged, and the cleaning workload is reduced.
本申请公开了一种基于新型格栅单元的分流井，包括筒体部和筒盖部，筒体部处连接有粉碎单元、污水出水管和雨水出水管；粉碎单元连接有进水管；筒体部内安装有格栅单元，格栅单元包括第一格栅以及能够相对于第一格栅上升的第二格栅。本申请的分流井，无法经过格栅单元的杂物会被滞留在第二格栅内，通过升降座提升第二格栅，由于引导单元的限制，杂物被倒落于升降料仓内，利用敲击单元反复敲击使得附着于或卡在第二格栅处的杂物被清理掉落于升降料仓内，升降料仓内的杂物满了之后，提升升降料仓，对升降料仓内的杂物进行清理。从而可以拉长清理的时间，减少清理工作量。
Flow dividing well based on novel grid units
The diversion well based on the novel grating unit comprises a barrel part and a barrel cover part, and the barrel part is connected with a smashing unit, a sewage outlet pipe and a rainwater outlet pipe; the crushing unit is connected with a water inlet pipe; a grating unit is installed in the cylinder part and comprises a first grating and a second grating capable of rising relative to the first grating. According to the flow dividing well, sundries which cannot pass through the grating unit can be retained in the second grating, the second grating is lifted through the lifting base, due to limitation of the guiding unit, the sundries fall into the lifting stock bin, the knocking unit is used for repeatedly knocking so that the sundries which are attached to or clamped at the second grating can be cleaned and fall into the lifting stock bin, and then the sundries are separated from the lifting stock bin. And after the lifting stock bin is full of the sundries, the lifting stock bin is lifted, and the sundries in the lifting stock bin are cleaned. Therefore, the cleaning time can be prolonged, and the cleaning workload is reduced.
本申请公开了一种基于新型格栅单元的分流井，包括筒体部和筒盖部，筒体部处连接有粉碎单元、污水出水管和雨水出水管；粉碎单元连接有进水管；筒体部内安装有格栅单元，格栅单元包括第一格栅以及能够相对于第一格栅上升的第二格栅。本申请的分流井，无法经过格栅单元的杂物会被滞留在第二格栅内，通过升降座提升第二格栅，由于引导单元的限制，杂物被倒落于升降料仓内，利用敲击单元反复敲击使得附着于或卡在第二格栅处的杂物被清理掉落于升降料仓内，升降料仓内的杂物满了之后，提升升降料仓，对升降料仓内的杂物进行清理。从而可以拉长清理的时间，减少清理工作量。
Flow dividing well based on novel grid units
一种基于新型格栅单元的分流井
LIU JIAN (author) / CHEN ZHIGANG (author) / LIU XUEJIAO (author) / LIU SHUAI (author)
2024-03-29
Patent
Electronic Resource
Chinese
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