l Description l 

The present invention relates to a variable storage warehouse, and more particularly, to a variable storage warehouse that is configured wherein wall body frames are detachably mounted thereon to allow goods to be conveyed and stacked from any side of the storage warehouse and the number of wall body frames is increased or decreased in accordance with the use purposes and installation environments thereof, thereby freely expanding and reducing the size of the storage warehouse and enhancing the degrees of utilization of the stacking space of goods therein and the installation space thereof.



l Function, Feature l

According to the present invention, the variable storage warehouse has the following advantages:

First, the wall body frames can be detachably mounted on the storage warehouse, thereby allowing goods to be conveyed and stacked from any side of the storage warehouse and enhancing the degree of utilization of the space therein.

Second, the wall body frames can be detachably mounted on the storage warehouse, thereby allowing the size of the storage warehouse to be expanded or reduced in accordance with the use purposes and installation environments thereof, reducing the construction cost thereof, and enhancing the degree of utilization of the space therearound.

Third, the variable storage warehouse can be protected from bad weather conditions through the upward and downward movements thereof and wind pressure plates mounted thereon, thereby minimizing the damages caused by wind, snow and rain.

Fourth, the variable storage warehouse can exchange cells with new ones if they are broken or damaged, thereby allowing the maintenance cost to be lower than that needed in the existing storage warehouse where the whole body should be exchanged, and especially, the frames are made of iron or aluminum and the cells are made of glass, plastic, wood or film materials, thereby allowing them to be recyclable.


l Specification l 

The present invention relates to a variable storage warehouse 10 adapted to be inserted into and drawn from the ground, which includes: a guide depressed portion having a first guide depressed portion 21 formed in the ground, a second guide depressed portion 22 formed beneath the first guide depressed portion 21 and a third guide depressed portion 23 formed beneath the second guide depressed portion 22; a plurality of screw fixing plates 330 mounted on the bottom surface of the second guide depressed portion 22 and each having a plurality of through-holes formed thereon, each through-hole having a female screw thread formed along the inner periphery thereof; a plurality of posts 100 adapted to form the external walls of the storage warehouse 10 and each having a plate insertion slot 340 formed along one side thereof and open at the lower end thereof in such a manner as to insert one end of each screw fixing plate 330 thereinto; a screw 310 disposed in each post 100 in such a manner as to be inserted into the through-holes of each screw fixing plate 330; and a drive motor 300 coupled to the top of the screw 310 in such a manner as to rotate the screw 310.