Production system of construction waste regenerated concrete and computer storage medium
A technology for production system and construction waste, which is applied in the direction of clay preparation device, mixing operation control, mixing operation control device, etc. It can solve the problems of poor strength, poor utilization efficiency of construction waste, and impracticality, so as to improve efficiency and avoid The effect of clogging damage
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Embodiment 1
[0028] combined with figure 1 , attached figure 2 , attached image 3 , attached Figure 4 And attached Figure 5 , the present embodiment constructs a production system of construction waste recycled concrete:
[0029]A production system for recycled concrete from construction waste, the production system includes a recovery module for recycling waste stones of the construction waste, and a shaking removal module for shaking the waste stones to obtain construction stones. A crushing module for crushing the construction stones obtained by the shaking module, and a powder screening module for classifying and sieving the stones obtained by crushing the crushing module to obtain regenerated fine stones and regenerated coarse stones, A receiving module that respectively receives regenerated fine stones and regenerated coarse stones of various grades processed by the powder screening module, and uses the regenerated fine stones, the regenerated coarse stones, fibers, aqueous s...
Embodiment 2
[0042] combined with figure 1 , attached figure 2 , attached image 3 , attached Figure 4 And attached Figure 5 , in addition to comprising the content of the above embodiments, also lies in:
[0043] The crushing module includes a receiving vessel for receiving the building stones obtained from the dedusting process of the shaker module, a rolling area located on one side of the receiving vessel, and a rolling area located on the other side of the receiving vessel. and a crushing area adjacent to the rolling area, a rolling mechanism for rolling the waste stones received in the rolling area to obtain crushed stones, and a crushing mechanism set above the rolling area The crushing mechanism is located on the bottom of the crushing area and crushes the crushed stones to obtain crushed stones, cooperates with the movable baffle plate arranged in the middle of the crushing area and the crushing area, and is fixed on the top of the receiving vessel for driving The movable ...
Embodiment 3
[0048] The powder sieve module includes a powder sieve box, a material inlet arranged on the top of the powder sieve box and connected to the discharge port of the crushing mechanism, several sieve plates arranged horizontally on the powder sieve box, The vibration drive mechanism that is installed in the side wall of the powder sieve box and drives the vibrating sieve plate adjacently arranged, and the crushed material received by the sieve plate arranged closest to the material inlet A turning mechanism for turning over and driving, wherein the sieve plate is evenly fixed to the powder sieve box through a buffer fixing mechanism, and the sieve openings of the sieve plates in the powder sieve box that are successively away from the material inlet gradually decrease;
[0049]Wherein, the area range between the adjacently arranged sieve plates in the powder sieve box corresponds to a unit area, and at least one vibration drive mechanism is sequentially arranged on the unit, and ...
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