Welcome to Shenzhen KINRI Energy Technology Co.,Ltd. official website!
Language:

Shenzhen KINRI Energy Technology Co.,Ltd.

SHENZHEN KINRI ENERGY

Huizhou (HK) Yingyuan Technology

Support Hotline

137-2371-6834 Timber (WhatsApp)

Shenzhen KINRI Energy Technology Co.,Ltd.
News
Current Location: Home > News > Company News

News

0755-29665062

Certificate

Shenzhen KINRI Energy Technology Co.,Ltd.
Company News

Huabao New Energy has applied for a patent for the handle shaft structure of energy storage power supplies, ensuring that the handle is gently placed on the shell and improving the user experience

Article Source:China National Intellectual Property Administration | Author:Financial Sector | Issuing Time:2024.05.30
On May 29, 2024, the financial sector reported that, according to the announcement of the China National Intellectual Property Administration, Shenzhen Huabao New Energy Co., Ltd. applied for a project entitled "Handle shaft structure of energy storage power supply, handle of energy storage power supply and energy storage power supply", with the public number of CN202410385387.0 and the application date of March 2024.

The patent abstract shows that the present invention discloses a handle shaft structure of an energy storage power supply, a handle of an energy storage power supply, and an energy storage power supply. The handle shaft structure of the energy storage power supply is used to connect the handle body of the energy storage power supply and the housing of the energy storage power supply. The handle of the energy storage power supply has a pulling and placing state, and the handle rotating shaft structure includes a rotating shaft body and a limiting member. The limiting member is located on the rotating shaft body, and the limiting member includes an interference part. The handle rotating shaft structure is configured as follows: during the process of rotating the handle from the pulling state to the placing state, the interference part is connected to the shell through interference fit to generate rotational damping on the handle body. The handle shaft structure of the energy storage power supply mentioned above is set on the limit member through the shaft body, so that the handle shaft structure of the energy storage power supply and the shell of the energy storage power supply can buffer each other in a non vertical pulling state, thereby improving the damping effect of the handle of the energy storage power supply when it is in a flat state, ensuring that the handle is lightly placed on the shell, improving the user experience, simple assembly, and low cost.