Cooling fan bottom damping device applied to Hooke law

Abstract

The invention discloses a cooling fan bottom damping device applied to Hooke law, and relates to the technical field of fans. The cooling fan bottom damping device applied to the Hooke law comprises atransverse plate, wherein fixing mechanisms are arranged on the transverse plate, moving wheels are movably arranged at the bottom of the transverse plate, and a damping plate is arranged above the transverse plate. According to the cooling fan bottom damping device applied to the Hooke law, through cooperative use of damping boxes, reset springs, movable plates, connecting rods, connecting blocks and damping springs, when a fan is started for use, vibration can be generated during work of the fan, and then vibration generated by the fan is damped, so that damage to internal parts of the fandue to long-time vibration is reduced, repair and maintenance of the fan in a short time is reduced, noise generated during vibration of the fan is also reduced, the influence of noise generated by the fan on hearing of people around due to loud volume is reduced, the working environment used by people is guaranteed, and the practicability of the damping device is enhanced.

Description

technical field [0001] The invention relates to the technical field of fans, in particular to a damping device at the bottom of a cooling fan applied to Hooke's law. Background technique [0002] Hooke's law means that within the linear elastic range of the material, the deformation of the solid in one-way stretching or compression is proportional to the external force it receives. When the fan is working, it will vibrate, which will affect the use of the fan. The suction end of the wind Strong air inhalation will cause some dust and small substances to enter the inside of the fan through the suction end, which will affect the jamming or damage of the internal parts of the fan. At present, the fans on the market cannot fine-tune the air output of the fan, or If the wind force is too large or the wind force is too small, the fan cannot meet the wind force required by the door when it is in use, resulting in limitations in the use of the fan. Contents of the invention [00...

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Problems solved by technology

[0002] Hooke's law means that within the linear elastic range of the material, the deformation of the solid in one-way stretching or compression is proportional to the external force it receives. When the fan is working, it will vibrate, which will affect the use of the fan. The suction end of the wind Strong air inhalation will cause some dust and small substances to enter the inside of the fan through the suction end, which will affect the jamming or damage of the internal parts of the fan. At present, the fans on the market cannot fine-tune the air output of the fan, or The wind force is too large or the wind force is too small, so that the fan cannot meet the wind force required by the door when it is used, resulting in the limitation of the use of the fan

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