刀盘转运对接装置

Abstract

本申请公开了一种刀盘转运对接装置，包括：刀盘装载运输架及刀盘转运对接机构，刀盘装载运输架包括运输框架，运输框架在竖直方向上间隔设置有多个承载支架，承载支架用于放置刀盘装载筐；刀盘装载筐的一侧开口，刀盘装载筐放置于承载支架时，刀盘装载筐的开口侧朝向刀盘转运对接机构；刀盘转运对接机构包括升降调节组件及刀盘转运对接架，刀盘转运对接架设置于升降调节组件上，用于取出刀盘装载筐的开口侧的刀盘及转运刀盘。本申请能在需要使用分针机对刀盘中使用过的钻头进行分拣时，简化工作人员的工作，降低工作人员所需投入的工作时间，为工作人员的工作带来一些便利，并提高使用PCB钻孔机加工PCB板的作业效率。

Claims

1. A cutterhead transfer docking apparatus, characterized by, include: Cutterhead loading and transport frame and cutterhead transfer and docking mechanism The cutter head loading and transport frame includes a transport frame, and the transport frame is provided with multiple support brackets at intervals in the vertical direction. The support brackets are used to place the cutter head loading basket. The cutter head loading basket has an opening on one side, and when the cutter head loading basket is placed on the support bracket, the opening side of the cutter head loading basket faces the cutter head transfer docking mechanism; The cutter head transfer docking mechanism includes a lifting and adjusting component and a cutter head transfer docking frame. The cutter head transfer docking frame is mounted on the lifting and adjusting component and is used to remove the cutter head and transfer the cutter head from the opening side of the cutter head loading basket.

2. The cutterhead transfer docking apparatus of claim 1, wherein, The cutter head transfer docking mechanism further includes a docking frame, which is docked with the transport frame; the docking frame forms a lifting and lowering space, the lifting and adjusting component is disposed on the docking frame and located in the lifting and lowering space, and the cutter head transfer docking frame can be lifted and lowered in the lifting and lowering space.

3. The cutterhead transfer docking apparatus of claim 2, wherein, The docking frame is provided with an alignment and stabilizing member on the opposite side of the transport frame, and the transport frame is provided with an alignment and mating member on the opposite side of the docking frame. The docking frame and the transport frame are docked and connected through the alignment and mating of the alignment and stabilizing member and the alignment and mating member.

4. The cutterhead transfer docking apparatus of claim 3, wherein, The alignment stabilizing component is an alignment pneumatic gripper. Two sets of the alignment pneumatic grippers are provided on the docking frame on the opposite side of the transport frame. The two sets of alignment pneumatic grippers are respectively provided on both sides of the docking frame on the opposite side of the transport frame. The alignment component is an alignment guide rail, and there are two alignment guide rails, which are respectively arranged on both sides of the transport frame and the docking frame.

5. The cutterhead transfer docking apparatus of any of claims 2-4, wherein, The bottom ends of both sides of the docking frame opposite to the transport frame are extended towards the transport frame with alignment guide blocks, and each of the two alignment guide blocks is provided with an alignment guide slope.

6. The cutterhead transfer docking apparatus of claim 1, wherein, The cutter head transfer docking frame includes a transfer docking frame body, which is inclinedly mounted on the lifting and adjusting assembly. The end of the transfer docking frame body closest to the cutter head loading basket is inclined downward from the end furthest from the cutter head loading basket. The transfer docking frame is provided with a cutter head removal part at one end near the cutter head loading basket, and a movable barrier plate is provided at the other end of the transfer docking frame away from the cutter head loading basket.

7. The cutterhead transfer docking apparatus of claim 6, wherein, The cutter head removal part is a protrusion located at one end of the transfer docking frame near the cutter head loading basket; The transfer docking frame is equipped with lifting and adjusting cylinders on both sides of the end away from the cutter head loading basket, and the two ends of the movable barrier plate are respectively movably connected to the two lifting and adjusting cylinders.

8. The cutterhead transfer docking apparatus of claim 2, wherein, Multiple support brackets are inclinedly arranged on the transport frame. On the transport frame opposite to the docking frame, anti-slip members are provided at the positions of the multiple support brackets. The anti-slip members form a cutter head removal position.

9. The cutterhead transfer docking apparatus of claim 8, wherein, The transport frame is provided with a plurality of spaced anti-slip members corresponding to each of the bearing supports, and a cutter head removal position is formed between adjacent anti-slip members; the anti-slip member is an anti-slip block, the anti-slip block has a folded structure, and the anti-slip block has a first-level anti-slip step and a second-level anti-slip step that are connected.

10. The cutterhead transfer docking apparatus of claim 1, 6 or 7, wherein, The support frame includes a first support side frame and a second support side frame. The first support side frame and the second support side frame are respectively disposed on two opposite sides of the transport frame. The first support side frame and the second support side frame form a loading basket placement position. Both the first and second load-bearing side frames include a load-bearing chassis and a load-bearing side plate. The load-bearing side plate is disposed on the transport frame, and the load-bearing chassis is disposed on the side of the load-bearing side plate.

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