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A platform for research: civil engineering, architecture and urbanism
Efficient pier open caisson mud absorbing device
The invention discloses an efficient pier opening caisson mud absorbing device, which comprises a cylinder basal body and a mud absorbing pipe, wherein the mud absorbing pipe is vertically inserted into the cylinder basal body from the top of the cylinder basal body and extends to a position below the cylinder basal body; an air inlet pipe is connected to the top of the cylinder basal body; the railway pier opening caisson mud absorbing device also comprises a discharge jet; the discharge jet is vertically inserted into the cylinder basal body from the top of the cylinder basal body and extends to a position below the cylinder basal body; a plurality of circles of air inlet through holes are formed in the straight section, inside the cylinder basal body, of the mud absorbing pipe; a hollow electric rotation device is arranged on the bottom end of the mud absorbing pipe; and a mud absorbing head is arranged below the electric rotation device. Through the mode, the efficient pier opening caisson mud absorbing device has the advantage that mud can be rapidly collapsed and is mixed with current by utilizing the rotation of the mud absorbing head and the washing of high-pressure current, so that the absorbing and conveying efficiencies of mud water are improved.
Efficient pier open caisson mud absorbing device
The invention discloses an efficient pier opening caisson mud absorbing device, which comprises a cylinder basal body and a mud absorbing pipe, wherein the mud absorbing pipe is vertically inserted into the cylinder basal body from the top of the cylinder basal body and extends to a position below the cylinder basal body; an air inlet pipe is connected to the top of the cylinder basal body; the railway pier opening caisson mud absorbing device also comprises a discharge jet; the discharge jet is vertically inserted into the cylinder basal body from the top of the cylinder basal body and extends to a position below the cylinder basal body; a plurality of circles of air inlet through holes are formed in the straight section, inside the cylinder basal body, of the mud absorbing pipe; a hollow electric rotation device is arranged on the bottom end of the mud absorbing pipe; and a mud absorbing head is arranged below the electric rotation device. Through the mode, the efficient pier opening caisson mud absorbing device has the advantage that mud can be rapidly collapsed and is mixed with current by utilizing the rotation of the mud absorbing head and the washing of high-pressure current, so that the absorbing and conveying efficiencies of mud water are improved.
Efficient pier open caisson mud absorbing device
YE JINMING (author)
2015-12-23
Patent
Electronic Resource
English