Removable continuous concrete mixing equipment

Abstract

The invention discloses a removable continuous concrete mixing equipment. The movable continuous concrete mixing equipment comprises a mobile device, a hydraulic system, an aggregate metering system,a powder material metering system, a water metering system and a continuous stirring system. The hydraulic system, the aggregate metering system, the powder material metering system, the water metering system and the continuous stirring system are arranged from left to right on the mobile device and are connected with the mobile device. The hydraulic system is connected with the hydraulic actuators of the aggregate metering system, the powder material metering system, the water metering system, and the continuous stirring system by hydraulic lines, respectively. When the concrete mixing equipment is used, the material entering the stirring device and the unloading of the stirring device are performed at the same time, therefore the continuous stirring of the concrete can be realized, the time is fully utilized, and the stirring efficiency is improved.

Description

technical field [0001] The invention relates to a mixing device, in particular to a movable continuous concrete mixing device. Background technique [0002] At present, the domestic mixing equipment is discontinuous mixing, that is, the materials are sent into the mixing device, and then the mixing device is discharged together after the mixing is completed. It is suitable for large-scale concrete mixing. If the amount of concrete required for mixing is relatively small, this method is used. This method is a waste of resources. [0003] At the same time, due to the maintenance of internal infrastructure in many cities, it often requires multiple points, multiple frequencies, and a small amount of concrete, coupled with traffic congestion within the city, and the traditional mixing time is limited, and it is easy to cause a great waste of energy. , the traditional concrete mixing and transportation equipment reducer can not serve the urban infrastructure construction and mai...

AI Technical Summary

Problems solved by technology

[0002] At present, the domestic mixing equipment is discontinuous mixing, that is, the materials are sent into the mixing device, and then the mixing device is discharged together after the mixing is completed. It is suitable for large-scale concrete mixing. If the amount of concrete required for mixing is relatively small, this method is used. a waste of resources

[0003] At the same time, due to the maintenance of internal infrastructure in many cities, it often requires multiple points, multiple frequencies, and a small amount of concrete, coupled with traffic congestion within the city, and the traditional mixing time is limited, and it is easy to cause a great waste of energy. , the traditional concrete mixing and transportation equipment can not serve the construction and maintenance of urban infrastructure well.

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