Wharf bottom desilting machine and method
A wharf and machine tool technology, applied in the wharf field, can solve problems such as low return on investment, low work efficiency, and high price
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[0045] Example 1 Obtain the sludge height c where a is 88cm at the position to be dredged, which is the difference between a and b, which is 38cm, and calculate the volume v of the sludge to be cleared according to the sludge height, and v is equal to the work of the dredging component The product of area s and c, s is 1m 2 , Then v is 0.38m 3 , Move the support table to the position to be cleared through the cooperation of the slide rail and the chute, and fix it;
[0046] Turn on the hydraulic cylinder, the dredging part will descend 88cm under the drive of the telescopic rod, close the hydraulic cylinder, and the dredging part will stop descending;
[0047] Turn on the motor to agitate the fins and start to rotate. At the same time, the high-pressure water pump is turned on. The water flow is sprayed out through the water pipe and nozzle. After a predetermined lag time, the mud pump is turned on, and the mud enters the mud storage tank through the mud pipeline;
[0048] The hydrau...
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[0051] Example two
[0052] Obtain the silt height c where a is 115cm at the position to be dredged, which is the difference between a and b, which is 65cm, and calculate the volume v of the silt to be cleared according to the silt height, and v is equal to the working area of the dredging component s and The product of c, s is 1m 2 , Then v is 0.65m 3 , Move the support table to the position to be cleared through the cooperation of the slide rail and the chute, and fix it;
[0053] Turn on the hydraulic cylinder, the dredging part will descend 115cm under the drive of the telescopic rod, close the hydraulic cylinder, and the dredging part will stop descending;
[0054] Turn on the motor to agitate the fins and start to rotate. At the same time, the high-pressure water pump is turned on. The water flow is sprayed out through the water pipe and nozzle. After a predetermined lag time, the mud pump is turned on, and the mud enters the mud storage tank through the mud pipeline;
[0055]...
Example Embodiment
[0058] Example three
[0059] Obtain the sludge height c where a is 153cm at the position to be dredged, which is the difference between a and b, which is 103cm, and calculate the volume v of the sludge to be cleared based on the sludge height, and v is equal to the working area of the dredging component s and The product of c, s is 1m 2 , Then v is 1.03m 3 , Move the support table to the position to be cleared through the cooperation of the slide rail and the chute, and fix it;
[0060] Turn on the hydraulic cylinder, the dredging part will descend 153cm under the drive of the telescopic rod, close the hydraulic cylinder, and the dredging part will stop descending;
[0061] Turn on the motor to agitate the fins and start to rotate. At the same time, the high-pressure water pump is turned on. The water flow is sprayed out through the water pipe and nozzle. After a predetermined lag time, the mud pump is turned on, and the mud enters the mud storage tank through the mud pipeline;
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