초록 ▼

A paper recycling rack includes an upper paper stack binding area and a lower bundled paper storage area. The upper area comprises a platform having two orthogonally disposed channels thereacross and corresponding discontinuous side walls, with a generally rectangular stack of papers placed therein

A paper recycling rack includes an upper paper stack binding area and a lower bundled paper storage area. The upper area comprises a platform having two orthogonally disposed channels thereacross and corresponding discontinuous side walls, with a generally rectangular stack of papers placed therein being supported at the four corners of the stack and being exposed along the orthogonal channels. Thus, a user of the rack may easily reach through the upper portion of the lower storage area to pass binding twine, cord or the like beneath papers stacked in the upper area to secure them together, and store the bound papers in the lower storage area for later transfer to a recycling point. The rack is preferably monolithically formed of an injection molded translucent, smoke tinted plastic material, but may alternatively be formed using other materials and manufacturing techniques as desired. The rack is particularly useful for the binding and storage of newspapers and is also valuable in the office environment for the recycling of computer paper and the like. Non-skid pads may be provided on the bottom of the paper storage area to preclude slippage on the floor, or alternatively on a table, desk or other area.

대표청구항 ▼

A paper recycling rack providing for the bundling of loose papers and storage of bundled papers therein, said rack comprising: a lower paper storage area comprising a generally rectangular floor panel having first through fourth upper platform supports extending upwardly therefrom and defining four

A paper recycling rack providing for the bundling of loose papers and storage of bundled papers therein, said rack comprising: a lower paper storage area comprising a generally rectangular floor panel having first through fourth upper platform supports extending upwardly therefrom and defining four corners for said floor panel and said rack; a pair of elongate strips of resilient material oppositely disposed beneath said floor panel; separate first through fourth upper platforms each extending inwardly from a respective one of said upper platform supports, with said upper platforms disposed in a rectangular array and defining first and second orthogonally disposed binding slots therebetween; said upper platforms each having an opening therebelow, with each said opening communicating with a respective one of said binding slots and providing for the passage of binding material therethrough, and; first through fourth discontinuous peripheral upper paper retaining walls each extending upwardly from said upper platforms, with each of said walls including a gap therein corresponding to and communicating with a respective one of said binding slots and providing for the passage of binding material therethrough and about any papers resting upon said upper platforms, whereby; papers are placed in a generally rectangular stack upon said upper platforms and binding material is secured orthogonally about the stack by means of access provided by said openings below said upper platforms, said binding slots, and each said gap in said upper paper retaining walls, with bound stacks being placed within said lower paper storage area for transfer to a recycling facility.