An on-site storage device for wet-mixed mortar

Abstract

The invention discloses an on-site storage device of wet-mixing mortar. The on-site storage device comprises a cylinder, a bracket, a humidity sensor, a weighing sensor, a wet-mixing mortar humidifier and a GPRS remote data acquisition system, wherein the cylinder is used for storing wet-mixing mortar and comprises a feeding door and an unloading door; the cylinder is positioned at the top of the bracket; the weighing sensor for weighing the wet-mixing mortar inside the cylinder is arranged on the bracket; the humidity sensor is mounted on the cylinder and is used for sensing the humidity of the wet-mixing mortar inside the cylinder; the GPRS remote data acquisition system can be used for acquiring humidity values of the humidity sensor and used for ordering the wet-mixing mortar humidifier to humidify the wet-mixing mortar inside the cylinder through the controller. Therefore, under the condition that the mass of the wet-mixing mortar is kept unchanged, the storage time of the wet-mixing mortar is prolonged.

Description

technical field [0001] The invention belongs to the technical field of ball valve assembly, and in particular relates to an on-site storage device for wet-mixed mortar. Background technique [0002] The wet-mixed mortar for construction is mainly divided into: ground leveling wet-mixed mortar, masonry wet-mixed mortar, plastering wet-mixed mortar, bonding wet-mixed mortar, waterproof wet-mixed mortar and other wet-mixed mortars, which are widely used in construction. Mainly a kind of wet mix mortar. The development of construction wet-mixed mortar mainly goes through the following processes: [0003] The first generation of wet-mixed mortar is the most primitive on-site mixed wet-mixed mortar; on-site mixed wet-mixed mortar is to mix cement, sand and other materials on the construction site. [0004] The second generation of wet-mixed mortar is dry-mixed wet-mixed mortar. Dry-mixed wet-mixed mortar is made by mixing yellow sand, inorganic cementitious materials, and variou...

AI Technical Summary

Problems solved by technology

[0007] The first-generation wet-mixed mortar was manually measured on site, so the quality of the mixed wet-mixed mortar was unstable, and quality accidents were likely to occur, and the construction site was dusty and noisy, seriously polluting the environment;

[0008] The second-generation dry-mixed wet-mixed mortar needs to dry the wet yellow sand, resulting in energy waste. In addition, the dry-mixed wet-mixed mortar goes through multiple transportation and storage processes, which may easily cause the yellow sand in the dry-mixed wet-mixed mortar to separate from the cementitious material. The quality of the resulting wet-mixed mortar is unstable. In addition, the on-site mixing also produces a certain amount of dust pollution.

[0009] The third generation of wet-mixed mortar solves the quality problems of wet-mixed mortar and the environmental pollution on site. One unfavorable factor that needs to be overcome by the third-generation wet-mixed mortar is the problem of long-term storage on site.

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