초록 ▼

A system designed the efficient separation, storage, loading, unloading and transportation of recyclable materials such as paper, glass, tin cans, plastic containers, aluminum containers, etc. The major component of the system is a container that is generally box-shaped to allow the containers to be

A system designed the efficient separation, storage, loading, unloading and transportation of recyclable materials such as paper, glass, tin cans, plastic containers, aluminum containers, etc. The major component of the system is a container that is generally box-shaped to allow the containers to be closely stacked in rows. Each container has a slot in the top edge to provide for support of the container on a collection rail bar and support frame system which allows the containers to be efficiently grouped together and thereby provide storage for all classes of materials recycled at a single geographical location. The collection rail system of the invention can be economically adapted to many different types of stationary or motorized transport systems, enabling them to become recyclable material collections systems.

대표청구항 ▼

[ What is claimed is as follows:] [1.] A system for the separation, storage, loading, unloading and transportation of recyclable materials, said system comprising: a plurality of generally box-shaped containers for storing and transporting recyclable materials, each of said containers having a top w

[ What is claimed is as follows:] [1.] A system for the separation, storage, loading, unloading and transportation of recyclable materials, said system comprising: a plurality of generally box-shaped containers for storing and transporting recyclable materials, each of said containers having a top wall, a bottom wall and first and second side walls joined to the top wall and bottom wall, said top wall having an opening therein for the loading of material into the container, a rail passage slot extending through the top wall of each container from the first side wall to the second side wall, a rail holding slot beneath the rail passage slot and extending between and through the first and second side walls, the rail passage slot extending downwardly into the rail holding slot, a collection rail adapted to engage and hold a plurality of containers, the collection rail having a longer side and a shorter side, the rail passage slot having a width that is less than the longer side of the rail but greater than the shorter side of the rail thereby to allow the rail to pass through the rail passage slot when the rail is oriented with the longer side extending in a generally vertical direction, the rail holding slot having a width and height greater than the longer side of the rail to allow the rail to turn freely inside the rail holding slot, discharge means combined with the bottom wall of each container to provide for selected dumping of the material in the container, and support means for supporting the collection rail so as to support one or more containers when the containers are engaged with the collection rail.