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Non-negative pressure variable frequency water supply equipment
The invention belongs to the field of water supply equipment, and particularly relates to non-negative-pressure variable-frequency water supply equipment which comprises a bottom plate. A flow stabilizing tank is arranged at the top end of the bottom plate, the bottom plate and the flow stabilizing tank are fixedly connected through a welding rod, a scraping mechanism is installed in the flow stabilizing tank, and through the arranged scraping mechanism and a sliding mechanism, under the condition that scale needs to be scraped from the bottom end of the inner wall of the flow stabilizing tank to a drainage pipe to be discharged, the scale can be scraped through a motor; a sixth connecting rod is driven to rotate, and a first push plate is driven to scrape water scale at the bottom, so that the situation that when a spray head cleans the inner wall of a steady flow tank, the impact force generated when the spray head flushes a certain position is large, and the water scale can be flushed away is avoided; the problem that the scale flows downwards in the inner wall of the flow stabilizing tank along with water flow, at the moment, due to insufficient impact force, the scale still adheres to the inner wall of the flow stabilizing tank, and the cleaning effect is poor is solved, and the cleaning effect is improved.
本发明属于供水设备领域，具体的说是一种无负压变频供水设备，包括底板；底板的顶端设置有稳流罐，底板与稳流罐之间通过焊接杆固定连接，稳流罐的内部设置安装有刮除机构，通过设置的刮除机构与滑动机构，在需要将水垢从稳流罐内壁的底端刮至排水管排出的情况下，能够通过启动电机，带动第六连接杆转动，带动第一推板将底部的水垢刮动，避免了在喷头对稳流罐的内壁进行清洗的时候，喷头对某一个位置进行冲洗的冲击力较大，可以将水垢冲掉，当喷头转动冲洗其他地方的时候，水垢会随着水流在稳流罐的内壁中向下流动，此时，由于冲击力不够，水垢仍然会附着在稳流罐的内壁，导致清洗效果较差的问题，提高了清洗效果。
Non-negative pressure variable frequency water supply equipment
The invention belongs to the field of water supply equipment, and particularly relates to non-negative-pressure variable-frequency water supply equipment which comprises a bottom plate. A flow stabilizing tank is arranged at the top end of the bottom plate, the bottom plate and the flow stabilizing tank are fixedly connected through a welding rod, a scraping mechanism is installed in the flow stabilizing tank, and through the arranged scraping mechanism and a sliding mechanism, under the condition that scale needs to be scraped from the bottom end of the inner wall of the flow stabilizing tank to a drainage pipe to be discharged, the scale can be scraped through a motor; a sixth connecting rod is driven to rotate, and a first push plate is driven to scrape water scale at the bottom, so that the situation that when a spray head cleans the inner wall of a steady flow tank, the impact force generated when the spray head flushes a certain position is large, and the water scale can be flushed away is avoided; the problem that the scale flows downwards in the inner wall of the flow stabilizing tank along with water flow, at the moment, due to insufficient impact force, the scale still adheres to the inner wall of the flow stabilizing tank, and the cleaning effect is poor is solved, and the cleaning effect is improved.
本发明属于供水设备领域，具体的说是一种无负压变频供水设备，包括底板；底板的顶端设置有稳流罐，底板与稳流罐之间通过焊接杆固定连接，稳流罐的内部设置安装有刮除机构，通过设置的刮除机构与滑动机构，在需要将水垢从稳流罐内壁的底端刮至排水管排出的情况下，能够通过启动电机，带动第六连接杆转动，带动第一推板将底部的水垢刮动，避免了在喷头对稳流罐的内壁进行清洗的时候，喷头对某一个位置进行冲洗的冲击力较大，可以将水垢冲掉，当喷头转动冲洗其他地方的时候，水垢会随着水流在稳流罐的内壁中向下流动，此时，由于冲击力不够，水垢仍然会附着在稳流罐的内壁，导致清洗效果较差的问题，提高了清洗效果。
Non-negative pressure variable frequency water supply equipment
一种无负压变频供水设备
HOU QINGXIU (author)
2022-11-01
Patent
Electronic Resource
Chinese
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