Electric surfboard and manufacturing process of electric surfboard

Abstract

The invention discloses an electric surfboard and a manufacturing process of the electric surfboard. The manufacturing process includes the following steps of Step 1, installing, connecting pieces, connected with an external device, of the electric surfboard at a rear end of a foaming mold; Step 2, performing high-density foam injection molding at the rear end of the foaming mold while performinglow-density foam injection molding at a front end of the foaming mold; and Step 3, after the high-density foam and the low-density foam are cured, opening the foaming mold to extract the finished product of the electric surfboard. In the invention, firstly, the connecting pieces that need to be embedded inside the electric surfboard are placed on the foaming mold, and then the rear end of the moldis injected with the high-density foam; at the same time, the front end of the mold is injected with the low-density foam; the high-density foam and the low-density foam may be solidified into the finished product of the electric surfboard after being cured. Therefore, the strength of the front end of the electric surfboard manufactured by the manufacturing process of the invention is less than that of the rear end of the electric surfboard, the suitable strength of all parts is ensured, and the manufacturing cost is reduced.

Description

technical field [0001] The invention relates to the technical field of water equipment, in particular to an electric surfboard manufacturing process and the electric surfboard. Background technique [0002] When an electric surfboard is in use, a person generally stands on the rear end of the electric surfboard, and some external components, such as a mast, etc. need to be connected to the rear end of the electric surfboard. Therefore, the rear end of the electric surfboard will bear greater pressure and impact force, and its strength requirement is high. The overall material of the electric surfboard in the prior art is consistent. Therefore, the electric surfboard in the prior art either uses high-strength materials at the front and rear ends, but it is easy to increase the waste of front-end costs; or uses low-strength materials at the front and rear ends. , so that the strength of its rear end is not enough to easily cause the electric surfboard to break. Contents of ...

AI Technical Summary

Problems solved by technology

The overall material of the electric surfboard in the prior art is consistent. Therefore, the electric surfboard in the prior art either uses high-strength materials at the front and rear ends, but it is easy to increase the waste of front-end costs; or uses low-strength materials at the front and rear ends. , so that the strength of the rear end is not strong enough to easily cause the electric surfboard to break

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