Material conveying device, processing equipment facilitating material distribution and material distribution method

A processing equipment facilitating material distribution, comprising at least two material conveying devices which are connected in series, the transfer assembly is provided at each of a feed side and a discharge side of each of the at least two material conveying devices, wherein each of the at least two material conveying devices comprises:

• a base frame,
• a first conveying unit provided on the base frame;
• a second conveying unit provided on the base frame;
• and
• a transfer assembly provided on the base frame and configured to transfer a material between the first conveying unit and the second conveying unit,
• wherein the transfer assembly comprises:
• a material reversing module which is provided on the base frame and is movable between the first conveying unit and the second conveying unit, and a material fetching module connected with the material reversing module, the material fetching module being configured to move between a port position of the first conveying unit and a port position of the second conveying unit when driven by the material reversing module to transfer the material between the first conveying unit and the second conveying unit;
• wherein the transfer assembly further comprises an elevating module connected with each of the material reversing module and the material fetching module, and the elevating module is configured to raise or lower a height where the material fetching module is located;
• wherein the material reversing module comprises a reversing movement member and a reverse driving member, the reversing movement member is provided on the base frame and is connected with the elevating module, the reverse driving member is provided on the base frame and is connected with the reversing movement member, and the reverse driving member is configured to drive the reversing movement member to move;
• wherein the elevating module comprises an elevation moving member and an elevation driving member, the elevation moving member is connected with both of the reversing movement member and the material fetching module, and the elevation driving member is connected with the elevation moving member to drive the elevation moving member to drive the material fetching module to fetch the material from the first conveying unit or the second conveying unit or to place the material onto the first conveying unit or the second conveying unit;
• wherein the reversing movement member comprises a reversing movement member base plate, a reversing movement member body and a reversing movement member moving block, the reversing movement member base plate is provided on the base frame, the reversing movement member body is connected with the base frame by the reversing movement member base plate, the reversing movement member body is provided between the first conveying unit and the second conveying unit, and the reversing movement member moving block is movably provided on the reversing movement member body;
• and
• wherein the elevation moving member comprises an elevation moving member base plate, an elevation moving member body, an elevation moving member screw pair and an elevation moving member sliding pair, the elevation moving member base plate is connected with the reversing movement member moving block, the elevation moving member body is connected with the elevation moving member base plate, the elevation moving member screw pair is connected with the elevation driving member, the elevation moving member sliding pair is connected with both of the elevation moving member screw pair and the material fetching module, and the elevation moving member sliding pair is configured to drive the material fetching module to move up and down on the elevation moving member body by the elevation moving member screw pair.

A material distribution method, applied in a processing equipment facilitating material distribution, wherein the processing equipment facilitating material distribution comprises at least two material conveying devices which are connected in series, the transfer assembly is provided at each of a feed side and a discharge side of each of the at least two material conveying devices, wherein each of the at least two material conveying devices comprises:

• a base frame,
• a first conveying unit provided on the base frame;
• a second conveying unit provided on the base frame;
• and
• a transfer assembly provided on the base frame and configured to transfer a material between the first conveying unit and the second conveying unit,
• wherein the transfer assembly comprises:
• a material reversing module which is provided on the base frame and is movable between the first conveying unit and the second conveying unit, and a material fetching module connected with the material reversing module, the material fetching module being configured to move between a port position of the first conveying unit and a port position of the second conveying unit when driven by the material reversing module to transfer the material between the first conveying unit and the second conveying unit;
• wherein the transfer assembly further comprises an elevating module connected with each of the material reversing module and the material fetching module, and the elevating module is configured to raise or lower a height where the material fetching module is located;
• wherein the material reversing module comprises a reversing movement member and a reverse driving member, the reversing movement member is provided on the base frame and is connected with the elevating module, the reverse driving member is provided on the base frame and is connected with the reversing movement member, and the reverse driving member is configured to drive the reversing movement member to move;
• wherein the elevating module comprises an elevation moving member and an elevation driving member, the elevation moving member is connected with both of the reversing movement member and the material fetching module, and the elevation driving member is connected with the elevation moving member to drive the elevation moving member to drive the material fetching module to fetch the material from the first conveying unit or the second conveying unit or to place the material onto the first conveying unit or the second conveying unit;
• wherein the reversing movement member comprises a reversing movement member base plate, a reversing movement member body and a reversing movement member moving block, the reversing movement member base plate is provided on the base frame, the reversing movement member body is connected with the base frame by the reversing movement member base plate, the reversing movement member body is provided between the first conveying unit and the second conveying unit, and the reversing movement member moving block is movably provided on the reversing movement member body;
• and
• wherein the elevation moving member comprises an elevation moving member base plate, an elevation moving member body, an elevation moving member screw pair and an elevation moving member sliding pair, the elevation moving member base plate is connected with the reversing movement member moving block, the elevation moving member body is connected with the elevation moving member base plate, the elevation moving member screw pair is connected with the elevation driving member, the elevation moving member sliding pair is connected with both of the elevation moving member screw pair and the material fetching module, and the elevation moving member sliding pair is configured to drive the material fetching module to move up and down on the elevation moving member body by the elevation moving member screw pair
• wherein the material distribution method comprises:
• determining (S1) whether there is a material being processed on the first conveying unit of one material conveying device;
• conveying (S2) a next material after the material to the transfer assembly positioned at one side of the one material conveying device along a conveying direction;
• and
• conveying (S3) by the transfer assembly positioned at the one side of the one material conveying device, the next material to the second conveying unit of the one material conveying device and transferring by the transfer assembly between two material conveying devices adjacent to each other, the next material to the first conveying unit or the second conveying unit of another material conveying device, when the material is being processed on the first conveying unit of the one material conveying device.