초록 ▼

A tool-free shelving system may include a body and at least one bearing plate, said bearing plate is disposed onto the body and assembled to the body with the protruding portion of the positioning knob located at the inner side of the vertical section of the “∩” shaped frames. The body has two “∩” s

A tool-free shelving system may include a body and at least one bearing plate, said bearing plate is disposed onto the body and assembled to the body with the protruding portion of the positioning knob located at the inner side of the vertical section of the “∩” shaped frames. The body has two “∩” shaped frames, which are connected with two “U” shaped frames. The “U” shaped frames have four rods protruding downwards and each rod is interposed into the tubes of a pulley. The bearing plate may consist of two parallel side borders, with each end of the side border connected with a fixing apparatus, and a mesh-like support structure between the two borders. This shelf allows convenient tool-free shelving system installation and provides opportunity for customers to enjoy the process of assembling the shelf.

대표청구항 ▼

1. A tool-free shelving system comprising a body with at least one bearing plate and a plurality of protruding positioning knobs configured to support the bearing plate, said body having two “∩”-shaped frames and two “U”-shaped frames; each of said “∩”-shaped frames having a first substantially hori

1. A tool-free shelving system comprising a body with at least one bearing plate and a plurality of protruding positioning knobs configured to support the bearing plate, said body having two “∩”-shaped frames and two “U”-shaped frames; each of said “∩”-shaped frames having a first substantially horizontal portion and two first substantially vertical portions extending from both ends of the first horizontal portion, while each of said “U”-shaped frames having a second substantially horizontal portion and two second substantially vertical portions, wherein the two “U”-shaped frames are spacedly disposed at a lower portion of the body and connected to two “∩”-shaped frames by connecting the first vertical portions of the “U”-shaped frames to corresponding second vertical portions of the “∩”-shaped frames, such that the “∩”-shaped frames are spacedly disposed at an upper portion of the body, wherein the two “U”-shaped frames are spacedly disposed by a distance that is approximately close to the length of the first horizontal portion of the “∩”-shaped frame, while the two “∩”-shaped frames are spacedly disposed by a distance that is approximately close to the length of the second horizontal portion of the “U”-shaped frame;said positioning knobs disposed at an inner portion of the first vertical portions of the “∩”-shaped frames, and connected to one end of a horizontal fastening segment and an enlarged block connected to the other end thereof;both sides of each bearing plate having two fixing apparatus and a U-shaped notch cut formed on said fixing apparatus; and a slit formed and connected with the U-shaped notch cut, wherein both the U-shaped notch cut and slit do not penetrate through a top portion of the fixing apparatus;wherein the bearing plate is disposed between two “∩”-shaped frames, and the horizontal fastening segment is configured to insert into the U-shaped notch cut and the enlarged block is stopped by the slit to complete the assembly of the shelving system. 2. The tool-free shelving system of claim 1, wherein said “U” shaped frame is connected to the “∩” shaped frame by inserting necking zones at top ends of the “U” shaped frame into bottom ends of the “∩” shaped frames, said necking zone having a “V” shaped elastic clip that connects the “∩’ and “U” shaped frames. 3. The tool-free shelving system of claim 1, wherein said bearing plate comprises two parallel side borders and a support structure with meshes between the two borders. 4. The tool-free shelving system of claim 1, wherein said bearing plate has two rails with inward openings and a drawer is configured to slide therein.