Pallet and loading article fixing method using such pallet

Abstract

Provided is a pallet by which loading articles having various planar shapes and sizes can be surely and easily fixed. A pallet (P) is provided with a pallet main body (1), which has a plurality of holes and loads an article (loading article (B)) thereon; a plurality of supporting members (20) removably stood on the pallet main body (1); and a bundling member (25) for surrounding and fixing the supporting members (20) and the loading article (B). The supporting members (20) are arranged on the lower end side of a support shaft section (21), which supports the side surface of the loading article (B), by decentering a lower side decentering section (22) which can be inserted into the hole. The supporting members (20) are arranged on the upper end side of the support shaft section (21), on the side opposite to the lower side decentering shaft section (22) by being decentered, and are provided with an upper side decentered shaft section (23) with which the bundling member (25) is brought into contact.

Description

technical field [0001] The present invention relates to a pallet and a method for fixing loads using the pallet, and more particularly to a pallet capable of securely and easily fixing loads of various planar shapes and sizes and a load using the pallet fixed method. Background technique [0002] Semi-finished parts made of sheet metal used as automotive parts are generally transported in a stacked state. In this case, a dedicated packaging box is manufactured according to the planar shape and size of the semi-finished parts, and the packaging box is used for transportation. However, in recent years, automobile products have been updated frequently, and the planar shape and size of semi-finished parts are changed every time. There is a problem that special packaging boxes need to be remade according to the updates, and transportation costs increase. [0003] And, in order to move in a factory, the above-mentioned semi-finished parts are usually loaded on a material table o...

AI Technical Summary

Problems solved by technology

[0007] like Figure 12 As shown, in the pallet of Patent Document 1, since the outer peripheral surface of the above-mentioned support bar is bound with an endless belt (dotted line), the fastening force F1' of the endless belt applied to the support bar is in the peripheral direction of the semi-finished part. The phase (vector) is approximately the same as the phase (vector) of the reaction force F2 applied to the support rod in the peripheral direction of the semi-finished part. The operation method of the bundling operation through the endless belt sometimes binds too many support rods too loosely. Does not hold load securely

Therefore, in Patent Document 1, for the sake of safety, two endless belts are used for bundling, and this bundling operation takes time and is very complicated.

In addition, in Patent Document 1, when erecting the support shaft on the pallet body, the operator needs to rotate the support shaft around the insertion pin, contact the side surface of the load, maintain the contact state, and place the endless belt. Winding on each support shaft, the operation is very complicated

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