Double-bin proportioning mortar storage tank

Abstract

The invention relates to a double-bin proportioning mortar storage tank which comprises a storage tank body (1) and supporting leg (2) assemblies which are fixedly arranged at the lower part of the storage tank body (1) and have the action of supporting, wherein a bin partition plate (5) used for dividing an inner cavity of the storage tank body (1) into an aggregate bin (3) and a cement bin (4) is arranged in the storage tank body (1); the lower end of the storage tank body (1) is divided into an aggregate discharge hole and a cement discharge hole by the bin partition plate (5); quantitative feeding mechanisms (6) are fixedly arranged at the aggregate discharge hole and the cement discharge hole respectively; the lower ends of discharge holes of the quantitative feeding mechanisms (6) simultaneously communicate with the feeding end of a mixing vessel (7); and the discharge end of the mixing vessel (7) communicates with a feeding hole of a continuous stirrer (8) which is fixedly arranged below the storage tank body (1). With double bins, he double-bin proportioning mortar storage tank can simultaneously store aggregates and cement, can conveniently and rapidly realize accurate proportion in the blanking process, can effectively weakens the labor intensity of a worker, can simplify the operation procedure and can also dramatically improve the operation efficiency.

Description

technical field [0001] The invention relates to equipment used in the construction field, in particular to a double-compartment proportioning mortar storage tank. Background technique [0002] Dry mix mortar is widely used as a new building material, which helps to improve the quality of construction and speed up the construction efficiency in the construction process. Dry powder mortar is made of fine aggregates, inorganic mortar materials, polymer dry mixtures, mineral admixtures and additives as raw materials, and after treatment, it is mixed into a powder mixture in a certain proportion. [0003] In some building construction processes, in order to reduce construction waste and realize the purpose of recycling, the pulverized aggregate of construction waste is used as mortar aggregate and cement is mixed as a raw material for dry powder mortar, and the aggregate must be mixed with cement before mixing. Accurate proportioning is required for subsequent mixing operations,...

AI Technical Summary

Problems solved by technology

[0003] In some building construction processes, in order to reduce construction waste and realize the purpose of recycling, the pulverized aggregate of construction waste is used as mortar aggregate and cement is mixed as a raw material for dry powder mortar, and the aggregate must be mixed with cement before mixing. Accurate proportioning is required for subsequent mixing operations, and since the dry powder mortar cannot be used directly after being transported to the construction site, it needs to be transported to the storage tank through the conveying system, and then sent to the mixing device through the storage tank to add water for deployment It can be used after mixing evenly. The existing storage tanks are all single-chamber type, which can only accommodate aggregate or cement. Therefore, aggregate and cement need to be stored separately in different storage tanks before mixing, which not only increases It not only increases the floor area of ​​the storage tank, but also increases the labor intensity of the work and reduces the work efficiency

In addition, the traditional storage tank does not have a quantitative feeding mechanism, and the subsequent mixing needs to be weighed separately during the proportioning process, which not only increases the operation process, but also seriously reduces the operation efficiency

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