High-stability electric surfboard

Abstract

The invention provides a high-stability electric surfboard. The high-stability electric surfboard comprises a surfing base board, a power source component, a drive component and a steering control component. The drive component comprises a drive circuit template, a drive motor and fan blades. A power source installation cavity is formed in the middle portion of the upper layer of the surfing baseboard, and a drive installation cavity is formed in the tail portion of the upper layer of the surfing base board. The power source component is installed in the power source installation cavity, andthe drive circuit template is installed in the drive installation cavity. The fan blades are installed on a rotary shaft of the drive motor, and the fan blades and the drive motor are installed on thetail portion of the lower layer of the surfing base board, so that the front end of the surfing base board is lifted up, the tail portion of the surfing base board inclines downwards, the gravity center of the whole surfing base board deviates to the rear portion horizontally, the fan blades can drive a water stream to be obliquely sprayed out downwards, the surfboard stably moves forwards at a low speed, use stability is improved, losses are reduced, and a surfing effect is guaranteed. The surfboard is matched with the structure that the outer wall faces of sealing layers are flush with thefour side walls of a power source cover body and the four side walls of a drive cover body, water is prevented from flowing into the cavities, and normal use of the electric surfboard is guaranteed.

Description

technical field [0001] The invention relates to the field of electric surfboards, in particular to a high-stability electric surfboard with excellent sealing performance. Background technique [0002] Surfing is an extreme sport powered by waves, which can make people forget their troubles and experience the thrill of fighting and riding on the waves again and again. Therefore, more and more people like surfing. [0003] Among them, traditional surfboards are generally foam plastic boards. This traditional surfboard needs to have good physical fitness, professionally trained skills and balance to control waves, so that surfers can stand on the surfboard with the help of waves and wind. The thrill of surfing. However, this traditional surfboard needs to slide in the sea area with big waves, which is very dangerous, and the places where surfing can be realized in China are small and have great limitations. [0004] In view of the above, the existing electric surfboard is su...

AI Technical Summary

Problems solved by technology

[0006] 1) During surfing, when the surfing substrate slides on the water at a low speed, since the output shaft of the driving motor of the driving part is matched with the shaft hole of the fan blade, when the fan blade is subjected to water resistance and water flow turbulence resistance, the blade connected to the fan blade The output shaft is subjected to a large shearing force, which causes the output shaft to be deformed or even broken. The use stability is poor, the driving parts are easily damaged, and the service life of the electric surfboard is affected.

[0007] 2) The driving part can be embedded with a connecting rod between the output shaft of the driving motor and the shaft hole of the fan blade to reduce the damage caused by the shearing force, but the processing is difficult and the cost is high, and the output of the driving motor When the shaft drives the fan blades to rotate and push the surfing substrate forward, the generated rotational force is uneven, which reduces the surfing speed and affects the surfing experience

[0008] 3) The sealing liquefaction glue is in a liquefied shape. When the sealing liquefaction glue is applied to the surfing substrate, because the bottom of the surfing substrate has a certain curvature, the sealing liquefaction glue will overflow into the cavity along the surfing substrate, resulting in uneven coating of the sealing liquefaction glue , the sealing effect is poor

[0009] 4) There is a gap between the sealing cavity cover and the cavity port, causing seawater to be stored in the gap. When the sealing cavity cover is opened, water is easy to enter the cavity, damaging the power supply components and driving components, and affecting the service life of the electric surfboard

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