Efficient mixing and detecting integrated device for self-compacting concrete workability

Abstract

The invention discloses an efficient mixing and detecting integrated device for self-compacting concrete workability. The efficient mixing and detecting integrated device comprises a processing cavityand a L-shaped instrument, the upper end of the processing cavity is movably connected with an upper cover through a riveting mode, a feeding mechanism for conveying concrete from the processing cavity to the L-shaped instrument is arranged on the upper cover, a rotating sleeve is rotationally connected to the middle of the lower end of the processing cavity, and a rotating bottom plate and spiral fan blades are connected to the rotating sleeve, the rotating sleeve drives the rotating bottom plate to rotate forwards and backwards through the driving of a rotating mechanism, and the rotating sleeve drives the spiral fan blades to carry out unidirectional intermittent rotation. According to the efficient mixing and detecting integrated device, concretes are uniformly mixed under the liftingcondition of the spiral fan blades, stirring edges drive the materials at the bottom inside the processing cavity to be matched with the whole lifting circulation to realize further mixing, so that the materials can be efficiently and uniformly mixed, when the materials are required, after a slurry pump is started, the self-compacting concrete in the processing cavity is pumped out and injected into the L-shaped instrument for detection, so that the accuracy of monitoring can be ensured.

Description

technical field [0001] The invention relates to the technical field of self-compacting concrete detection, in particular to an integrated device for high-efficiency mixing detection of self-compacting concrete workability. Background technique [0002] Dense concrete refers to the concrete that the mixture has high fluidity, does not segregate and does not bleed during the pouring process, and can be filled with formwork and wrapped steel bars without vibration. It belongs to the high-end part of high-fluidity concrete. The self-compacting concrete L-type flow tester is mainly used to evaluate the penetration of self-compacting concrete, that is, the ability to pass through dense steel bars. [0003] In the detection in the prior art, after the processing of the concrete is completed, it is put into the L-shaped flow tester for detection, while in the conventional method, the performance of the material has been adversely affected during the concrete transfer process. , Mor...

AI Technical Summary

Problems solved by technology

[0003] In the detection in the prior art, after the processing of the concrete is completed, it is put into the L-shaped flow tester for detection, while in the conventional method, the performance of the material has been adversely affected during the concrete transfer process. , moreover, the uniformity of the concrete cannot be maintained during the transfer process, so the data after detection is no longer accurate

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