Manufacturing and processing method of glass fiber reinforced plastic septic tank

Abstract

The invention provides a manufacturing and processing method of a glass fiber reinforced plastic septic tank, which comprises a transposition mechanism, a rolling press-fit mechanism, a trepanning mechanism and a bottom plate, wherein the transposition mechanism is installed on the bottom plate; the rolling press-fit mechanism is arranged directly above the transposition mechanism; the rolling press-fit mechanism is installed on the bottom plate; the trepanning mechanism is arranged on the outer side of the rolling press-fit mechanism; and the trepanning mechanism is mounted on the bottom plate in a sliding fit manner. The problems that when trepanning operation is conducted on the glass fiber reinforced plastic septic tank nowadays, a scaffold needs to be built manually to climb to the position above a tank body for drilling operation, and the labor intensity of manual operation is increased; traditional drilling equipment cannot be centrally positioned, so that a drilled hole slips, drill bits with different diameters are inconvenient to replace, drilled waste cannot be removed after drilling is finished, a next hole site cannot be quickly moved and positioned after drilling is finished, and the position of the glass fiber reinforced plastic septic tank cannot be rotated and moved, therefore, the drilling position cannot be quickly aligned.

Description

technical field [0001] The invention relates to the technical field of FRP septic tank processing, in particular to a manufacturing and processing method for FRP septic tanks. Background technique [0002] FRP septic tank refers to the equipment specially used to treat domestic sewage made of synthetic resin as the matrix and glass fiber reinforced material; FRP septic tank is a composite material product actively promoted by the country. It is light in weight, high in strength, and tough. Excellent, corrosion resistance, bright colors, smoothness to mirror effect, etc.; [0003] The fiberglass septic tank is composed of a tank head buckled on both ends of a cylindrical tank body, and several cylindrical cleaning ports are plugged into the cylindrical tank body. The tank head, cylindrical tank body and The cleaning ports are all made of glass fiber reinforced plastic resin material composite reinforced glass fiber and its products; while the tank wall needs to be provided w...

AI Technical Summary

Problems solved by technology

[0004] Nowadays, there are the following problems in the drilling operation of FRP septic tanks. First, when drilling FRP septic tanks, it is necessary to manually build a scaffold to climb above the tank for drilling operations. As the drilling work proceeds, It is necessary to repeatedly move the scaffolding for the next drilling operation. Usually, the size of the tank body of the FRP septic tank is very large, which increases the labor intensity of manual work, and high-altitude operations are likely to cause physical injury to the staff; 2. Traditional drilling equipment cannot be centrally positioned, resulting in drilling slippage, increasing the difficulty of drilling, and it is inconvenient to replace drill bits of different diameters, and it is impossible to remove the drilled waste at the end of the drilling, let alone in the After the drilling is completed, the position of the next drilling hole is quickly moved and positioned, and the position of the FRP septic tank cannot be conveniently rotated, resulting in that the drilling position cannot be quickly aligned; therefore, the present invention provides a FRP septic tank. pool manufacturing process

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