Intelligent logistics system for wheels

An intelligent logistics system for wheels, which is configured to access a first rim and a second rim, and the intelligent logistics system for the wheels comprising:

• a conveyor belt configured to convey the first rim and the second rim;
• a material rack comprising a plurality of placement assemblies, wherein two of the placement assemblies are configured to place the first rim and the second rim, and each of the placement assemblies comprises two placement plates which are corresponding to each other and separated by a gap distance;
• and
• a moving member reciprocating between the conveyor belt and the material rack, wherein the moving member comprises:
• two moving carriers respectively loading the first rim and the second rim from the conveyor belt, wherein the two moving carriers respectively limit the first rim and the second rim, the two moving carriers unload the first rim and the second rim to the two of the placement assemblies of the material rack, each of the two moving carriers has a carrier width, and the carrier width is smaller than the gap distance;
• wherein each of the placement assemblies of the material rack further comprises:
• a plurality of first placement blocks configured to limit the first rim, wherein one part of the first placement blocks is disposed on one of the two placement plates, another part of the first placement blocks is disposed on another of the two placement plates, and a position of the one part of the first placement blocks corresponds to a position of the another part of the first placement blocks.

An intelligent logistics system for wheels, which is configured to access a first rim and a second rim, and the intelligent logistics system for the wheels comprising:

• a carrier rack configured to carry the first rim and the second rim;
• a material rack comprising a plurality of placement assemblies, wherein two of the placement assemblies are configured to place the first rim and the second rim;
• and
• a moving member reciprocating between the carrier rack and the material rack, wherein the moving member comprises:
• two drivers;
• a moving frame driven by one of the two drivers;
• and
• two moving carriers disposed on the moving frame and driven by another of the two drivers, wherein the two moving carriers respectively load the first rim and the second rim from the carrier rack, the two moving carriers respectively limit the first rim and the second rim, and the two moving carriers unload the first rim and the second rim to the two of the placement assemblies of the material rack;
• wherein each of the placement assemblies of the material rack comprises:
• two placement plates corresponding to each other and separated by a gap distance;
• each of the two moving carriers has a carrier width, and the carrier width is smaller than the gap distance;
• and
• each of the placement assemblies of the material rack further comprises:
• a plurality of first placement blocks configured to limit the first rim, wherein one part of the first placement blocks is disposed on one of the two placement plates, another part of the first placement blocks is disposed on another of the two placement plates, and a position of the one part of the first placement blocks corresponds to a position of the another part of the first placement blocks.