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Grouting device for hydraulic engineering construction
The grouting device for hydraulic engineering construction comprises a center control integrated device, the center control integrated device comprises a center control box, a fixing through hole located in the left end of the center control box is formed in the bottom face of the center control box, a centralizing plate located at the bottom of the center control box is fixedly connected to the inner wall of the center control box, and an overturning hole located in the left end of the centralizing plate is formed in the centralizing plate; the liquid level height of slurry in a drill hole can be monitored in real time through the monitoring mechanism, so that the state locking mechanism is triggered when necessary, the state of the switching mechanism can be controlled through the state locking mechanism, and the problem that the slurry overflows due to overfilling is solved; the grouting device for hydraulic engineering construction can directly stand on a construction surface around a drill hole, and the standing height of the grouting device for hydraulic engineering construction can be controlled through the standing locking mechanism, so that the grouting device for hydraulic engineering construction is suitable for various complex construction surfaces; and the practicability of the grouting device for hydraulic engineering construction is improved.
本发明公开了一种水利工程施工用灌浆装置，包括中控集成装置，所述中控集成装置包括中控箱，中控箱的底面上开设有位于其左端的固定穿孔，中控箱的内壁上固定连接有位于其底部的扶正板，扶正板上开设有位于其左端的翻转孔；通过监测机构能够实时监测钻孔内浆液的液面高度，以便在必要的时候触发状态锁定机构，通过状态锁定机构能够控制转换机构所处的状态，避免浆液过满而溢出的问题，通过站立机构，使该水利工程施工用灌浆装置能够直接站立在钻孔周围的施工面上，通过站立锁定机构能够控制该水利工程施工用灌浆装置站立的高度，使该水利工程施工用灌浆装置适用于各种复杂的施工面，提高了该水利工程施工用灌浆装置的实用性。
Grouting device for hydraulic engineering construction
The grouting device for hydraulic engineering construction comprises a center control integrated device, the center control integrated device comprises a center control box, a fixing through hole located in the left end of the center control box is formed in the bottom face of the center control box, a centralizing plate located at the bottom of the center control box is fixedly connected to the inner wall of the center control box, and an overturning hole located in the left end of the centralizing plate is formed in the centralizing plate; the liquid level height of slurry in a drill hole can be monitored in real time through the monitoring mechanism, so that the state locking mechanism is triggered when necessary, the state of the switching mechanism can be controlled through the state locking mechanism, and the problem that the slurry overflows due to overfilling is solved; the grouting device for hydraulic engineering construction can directly stand on a construction surface around a drill hole, and the standing height of the grouting device for hydraulic engineering construction can be controlled through the standing locking mechanism, so that the grouting device for hydraulic engineering construction is suitable for various complex construction surfaces; and the practicability of the grouting device for hydraulic engineering construction is improved.
本发明公开了一种水利工程施工用灌浆装置，包括中控集成装置，所述中控集成装置包括中控箱，中控箱的底面上开设有位于其左端的固定穿孔，中控箱的内壁上固定连接有位于其底部的扶正板，扶正板上开设有位于其左端的翻转孔；通过监测机构能够实时监测钻孔内浆液的液面高度，以便在必要的时候触发状态锁定机构，通过状态锁定机构能够控制转换机构所处的状态，避免浆液过满而溢出的问题，通过站立机构，使该水利工程施工用灌浆装置能够直接站立在钻孔周围的施工面上，通过站立锁定机构能够控制该水利工程施工用灌浆装置站立的高度，使该水利工程施工用灌浆装置适用于各种复杂的施工面，提高了该水利工程施工用灌浆装置的实用性。
Grouting device for hydraulic engineering construction
一种水利工程施工用灌浆装置
LIU LIBING (author) / ZHOU LU (author) / SHEN GUOLEI (author) / HE DAFENG (author) / ZHAO YONGCHANG (author)
2022-04-12
Patent
Electronic Resource
Chinese