Concrete pole transfer tool by utilizing gravity material scraping

Abstract

The invention discloses a concrete pole transfer tool by utilizing gravity material scraping. The concrete pole transfer tool structurally comprises a concrete transfer carriage, a carriage fixing frame, a moving wheel frame, a hydraulic jack, a transfer push handle and a fixed seat, the carriage fixing frame is horizontally installed on the ground. The concrete transfer carriage is located abovethe carriage fixing frame, the bottom of the concrete transfer carriage is buckled with the left side of the carriage fixing frame; the moving wheel frame is mounted in the middle of the bottom of thecarriage fixing frame; the concrete pole transfer tool is provided with a material removing device. In concrete discharge process, by the adoption of the structure, concrete adhering to the inner wall of the carriage can be effectively scraped, an iron shovel does not need to be manually used for pushing out the concrete, the manual operation amount is reduced. Meanwhile, the discharging positioncan be adjusted according to the concrete discharging amount, the situation that workers need to observe the discharging amount and move the transfer trolley forwards is avoided, and the concrete transfer efficiency is effectively improved.

Description

technical field [0001] The invention relates to the field of concrete, in particular, it is a concrete pole transfer tool utilizing gravity scraping. Background technique [0002] At present, after the concrete is mixed and processed by the mixer truck on the construction site, it is necessary to use the transfer truck to transport the concrete to the designated location for laying, but the current technical considerations are not perfect, and it has the following disadvantages: During the transfer process, the concrete is first loaded into the transfer car Inside, after the transfer car is pushed to the concrete processing position, the transfer car is tilted and the concrete is discharged from the car. Since the asphalt contained in the concrete is a high-viscosity organic liquid, it has high-strength adhesion, making Concrete is both adhesive, and then when the concrete is discharged, part of the concrete adheres to the inner surface of the transfer car, and it needs to b...

AI Technical Summary

Problems solved by technology

[0002] At present, after the concrete is mixed and processed by the mixer truck on the construction site, it is necessary to use the transfer truck to transport the concrete to the designated location for laying, but the current technical considerations are not perfect, and it has the following disadvantages: During the transfer process, the concrete is first loaded into the transfer car Inside, after the transfer car is pushed to the concrete processing position, the transfer car is tilted and the concrete is discharged from the car. Since the asphalt contained in the concrete is a high-viscosity organic liquid, it has high-strength adhesion, making Concrete is both adhesive, and then when the concrete is discharged, part of the concrete adheres to the inner surface of the transfer car, and it needs to be pushed out manually with a shovel, resulting in slow transfer speed and increased manual operations, slowing down construction. At the same time, during the discharge process, because the concrete discharge will form a conical stockpile, when more than half of the concrete is discharged, the stockpile will block the concrete in the compartment, resulting in the inability of the concrete to continue to be discharged. The staff need to observe the discharge amount and properly Move the transfer vehicle forward so that the concrete can continue to be discharged, which slows down the efficiency of concrete transfer

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