Self-adaptive anti-vibration pad for logistics

Abstract

The invention discloses a self-adaptive anti-vibration pad for logistics, and relates to the technical field of logistics vibration prevention. The pad comprises a supporting shaft; expanding plates are respectively arranged on the left and right sides of the supporting shaft; the upper ends of the expanding plates are rotatably connected with the supporting shaft, respectively; the lower portions of the two expanding plates are connected through a supporting elastic sheet; a locking mechanism used for locking the deformation amplitude of the supporting elastic sheet is arranged on the supporting elastic sheet; a mounting window is formed in the middle of the supporting elastic sheet; a bearing block is arranged in the middle of the mounting window; the middle of the front end of the bearing block is fixed with the middle of the front end of the mounting window; the middle of the rear end of the bearing block is fixed with the middle of the rear end of the mounting window; and buffer sleeves are correspondingly sleeved and fixed on the expanding plates. The pad has the beneficial effects that the anti-pressure capability is high, and the pad can adapt to the width of a gap between goods and a packaging box conveniently.

Description

technical field [0001] The invention relates to the technical field of anti-vibration logistics. Background technique [0002] During logistics transportation, it is very common that the size of the packaging box does not match the size of the goods. In order to prevent the goods from shaking and colliding during transportation, causing damage to the goods, the gap between the goods and the packaging box needs to be filled with anti-vibration pads. [0003] Traditional shockproof materials include plastic sponge, pearl cotton, polyamide, air bags, etc. Although these shockproof materials have good cushioning and shock absorption performance, their defects lie in their insufficient strength and weak compression resistance, especially in When transporting heavy goods, the strong pressure generated by the vibration of the heavy goods may exceed the compressive limit of the traditional anti-vibration pad, causing the anti-vibration pad to be crushed and unable to recover, and ev...

AI Technical Summary

Problems solved by technology

[0003] Traditional shockproof materials include plastic sponge, pearl cotton, polyamide, air bags, etc. Although these shockproof materials have good cushioning and shock absorption performance, their defects lie in their insufficient strength and weak compression resistance, especially in When transporting heavy goods, the strong pressure generated by the vibration of the heavy goods may exceed the compressive limit of the traditional anti-vibration pad, causing the anti-vibration pad to be crushed and unable to recover, and even more serious may even be crushed, so that it cannot effectively absorb shocks

[0004] Therefore, for heavy goods, anti-vibration pads not only need to have cushioning performance, but also need to have sufficient compression resistance to ensure that they can provide sufficient support for heavy goods to limit the vibration of heavy goods. Obviously, traditional anti-vibration pads cannot do this. To; In addition, the traditional anti-vibration pad thickness adjustment range is small, insufficient adaptability to the gap between the goods and the packing box

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