Arm rack type full-hydraulic automatic concrete loading, stirring, conveying and distributing all-in-one system

Abstract

The invention discloses an arm rack type full-hydraulic automatic concrete loading, stirring, conveying and distributing all-in-one system which is designed for mainly solving the problems of low construction quality and high cost of an existing concrete stirring and conveying mode. The arm rack type full-hydraulic automatic concrete loading, stirring, conveying and distributing all-in-one system comprises an automobile chassis, a stander arranged on the automobile chassis, and a loading device, a stirring device, a pumping device, an arm rack device, a cleaning device and an electric control box which are respectively arranged on the stander, wherein the loading device is used for conveying a material to the stirring device; the stirring device is used for conveying the material to the pumping device; the pumping device is used for conveying the material to the arm rack device, and the arm rack device is used for distributing concrete. The arm rack type full-hydraulic automatic concrete loading, stirring, conveying and distributing all-in-one system integrates the functions of automatic loading, continuous forced stirring, pumping, distribution and the like, so that the arm rack type full-hydraulic automatic concrete loading, stirring, conveying and distributing all-in-one system is high in automation degree; the whole arm rack type full-hydraulic automatic concrete loading, stirring, conveying and distributing all-in-one system is arranged on the automobile chassis, moves flexibly and conveniently and is reasonable in structural design, convenient to maintain and low in cost.

Description

technical field [0001] The invention relates to a boom-type full-hydraulic concrete automatic feeding, stirring, and distributing integrated system. Background technique [0002] At present, there are mainly three construction methods for concrete mixing and concrete transportation in urban, rural and field operations, as well as water conservancy construction and other occasions: one is to manually load materials, use a drum mixer or a forced mixer to mix the concrete, and then use a crane to move the concrete. The mixed concrete is hoisted to the required position; the second is to use the drum mixer or forced mixer to mix the concrete through manual feeding, and then use the concrete pump to transport the mixed concrete to the required position; the third is to deliver the commercial concrete with a mixer truck Go to the construction site for concrete mixing, and then use the boom pump truck to transport the mixed concrete to the required location. [0003] The shortcomi...

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Problems solved by technology

[0003] The shortcomings of the above three construction methods are: the first method requires many personnel, occupies a large area, has low efficiency, poor concrete construction quality, high labor intensity, high cost, and requires places with electricity, and the equipment cannot be moved easily. Convenience, high transportation costs; the second method requires a lot of equipment, high energy consumption, large floor area, manual piping, high labor intensity, long time-consuming, low efficiency, high cost, inconvenient operation, complicated maintenance, It also needs a place with electricity, the equipment is very inconvenient to move, and the transportation cost is high. It is not suitable for places with narrow sites, field operations and places without electricity; the third method is not suitable for field operations, rural narrow places and places where the amount of concrete is small. place, and the cost is high, the cost is high

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