Forging and pressing production system and management method therefor

A forging and pressing production system, comprising:

• a feeding device configured for supplying at least one heated material;
• a forging device configured for forging and pressing the at least one heated material to form at least one forged and pressed material, wherein said forging device comprises a mold and a pressing mechanism positioned above said mold to define a forging space therebetween, wherein said pressing mechanism is configured to forge and press down on the at least one heated material placed in said mold to form and shape the at least one heated material to form the at least one forged and pressed material;
• a maintenance and delivering device, which is configured for receiving the at least one forged and pressed material from said forging device, conveying out the at least one forged and pressed material therefrom, and spraying an oil onto said forging device to maintain said forging device, comprising:
• a conveying mechanism comprising a receiving portion and a driving portion to drive said receiving portion to conduct a reciprocating motion between a starting position located at a side of said forging device and a receiving position to receive the at least one forged and pressed material, and to carry the at least one forged and pressed material away from said forging device back to the starting position, wherein the receiving position is located at said forging space;
• and
• a maintenance mechanism arranged on an end portion of said conveying mechanism such that when said conveying mechanism is moved to the receiving position located at said forging space below said pressed mechanism, said maintenance mechanism sprays said oil to said pressing mechanism and said mold of said forging device;
• and
• a control platform configured to control
• said feeding device to supply the at least one heated material,
• said forging device to forge and press the at least one heated material to form the at least one forged and pressed material, and
• said maintenance and delivering device to automatically receive the forged and pressed material, convey out the forged and pressed material and spray said oil to said forging device,
• wherein said control platform controls said feeding device to place the at least one heated material in said mold of said forging device, controls said pressing mechanism of said forging device to form the at least one forged and pressed material, then controls said pressing mechanism to lift up,
• wherein the control platform controls the conveying mechanism to move from said starting position to said receiving position such that said receiving portion of said conveying mechanism moves above said mold within said forging space to catch the at least one forged and pressed material, and to move from said receiving position back to said starting position such that the at least one forged and pressed material received therein is conveyed out of said forging space and then delivered to a storage area,
• wherein the control platform controls the maintenance mechanism to spray oil onto said pressing mechanism and said mold as said receiving portion of said conveying mechanism moves from said receiving position to said starting position with the at least one forged and pressed material therein.