Rotation processing machine

Patent metadata

Field	Value
Publication number	US-9522433-B2
Application number	US-201313774481-A
Country	US
Kind code	B2
Filing date	Feb 22, 2013
Priority date	Feb 24, 2012
Publication date	Dec 20, 2016
Grant date	Dec 20, 2016

Abstract

A rotation processing machine includes a rotating device supporting a cylindrical workpiece via a rotation support jig; a processing device on which a cutting tool is mounted; and a turning loader that has grippers arranged about a turning central axis and that turns so that the grippers sequentially face the rotating device. The grippers are configured to individually move up and down, and a height position of each gripper is settable to a first height position where the gripper delivers and receives the cylindrical workpiece to and from the rotating device, and a second height position where the gripper delivers and receives the rotation support jig to and from the rotating device. The turning loader turns each of the grippers between an external delivery/reception position where the gripper faces an external transfer stand and an internal delivery/reception position where the gripper faces the rotating device, and is configured to set the gripper to the first or second height position at one of the external delivery/reception position and the internal delivery/reception position, and to turn the gripper to the other delivery/reception position while holding the gripper at the set height position.

First claim

What is claimed is:

1. A rotation processing machine, comprising:
a rotating device that supports a cylindrical workpiece via a rotation support jig and rotates;
a processing device on which a cutting tool is mounted to process the cylindrical workpiece; and
a turning loader that has a plurality of grippers arranged about a turning central axis and that turns so that the plurality of grippers sequentially face the rotating device, wherein
each of the plurality of grippers includes a respective pair of gripping portions and is configured to individually vary, in a direction perpendicular to the turning central axis, an interval between the gripping portions of the respective pair of gripping portions,
the plurality of grippers are configured to individually move up and down, and a height position of each of the plurality of grippers is settable to a first height position where each respective gripper delivers and receives the cylindrical workpiece to and from the rotating device, and a second height position where each respective gripper delivers and receives the rotation support jig to and from the rotating device, and
the turning loader is configured to turn each of the grippers between an external delivery/reception position where each respective gripper faces an external transfer stand and an internal delivery/reception position where each respective gripper faces the rotating device, and is configured to set the height position of each respective gripper to the first height position or the second height position at one of the external delivery/reception position and the internal delivery/reception position, and to turn each respective gripper to the other delivery/reception position while holding each respective gripper at the set height position.

2. The rotation processing machine according to claim 1 , wherein
the rotation support jig is formed by one jig portion that is mounted on one rotating spindle of the rotating device, and another jig portion that is mounted on another rotating spindle placed coaxially with the one rotating spindle in the rotating device, and
the turning loader is configured to allow each respective gripper to hold the rotation support jig having the one jig portion combined with the other jig portion.

3. The rotation processing machine according to claim 2 , wherein
the height position of each of the plurality of grippers is settable to a third height position where each respective gripper delivers and receives the cutting tool to and from the processing device, and
the turning loader is configured to set the height position of each respective gripper to the third height position at one of the external delivery/reception position and the internal delivery/reception position, and to turn each respective gripper to the other delivery/reception position while holding each respective gripper at the set height position.

4. The rotation processing machine according to claim 1 , wherein
the height position of each of the plurality of grippers is settable to a third height position where each respective gripper delivers and receives the cutting tool to and from the processing device, and
the turning loader is configured to set the height position of each respective gripper to the third height position at one of the external delivery/reception position and the internal delivery/reception position, and to turn each respective gripper to the other delivery/reception position while holding each respective gripper at the set height position.

5. The rotation processing machine according to claim 1 , further comprising an actuator provided for each of the plurality of grippers, respectively, for individually operating the plurality of grippers.

6. A rotation processing machine, comprising:
a rotating device that supports a cylindrical workpiece via a rotation support jig and rotates:
a processing device on which a cutting tool is mounted to process the cylindrical workpiece; and
a turning loader that has a plurality of grippers arranged about a turning central axis and that turns so that the plurality of grippers sequentially face the rotating device, wherein
each of the plurality of grippers includes a respective pair of gripping portions and is configured to vary, in a direction perpendicular to the turning central axis, an interval between the gripping portions of the respective pair of gripping portions,
the plurality of grippers are configured to individually move up and down, and a height position of each of the plurality of grippers is settable to a first height position where each respective gripper delivers and receives the cylindrical workpiece to and from the rotating device, and a second height position where each respective gripper delivers and receives the rotation support jig to and from the rotating device, and
the turning loader is configured to turn each of the grippers between an external delivery/reception position where each respective gripper faces an external transfer stand and an internal delivery/reception position where each respective gripper faces the rotating device, and is configured to set the height position of each respective gripper to the height position or the second height position at one of the external delivery/reception position and the internal delivery/reception position, and to turn each respective gripper to the other delivery/reception position while holding each respective gripper at the set height position, wherein
the height position of each of the plurality of gripper is settable to a third height position where each respective gripper delivers and receives the cutting tool to and from the processing device, and
the turning loader is configured to set the height position of each respective gripper to the third height position at one of the external delivery/reception position and the internal delivery/reception position, and to turn each respective gripper to the other delivery/reception position while holding each respective gripper at the set height position, wherein
the cutting tool is configured to be held by a pallet,
the pallet has a base portion that is held by each respective gripper, and a cutting-tool holding portion that is formed at a position offset from a center of the base portion and that holds the cutting tool, and with the pallet being held by each respective gripper, the cutting-tool holding portion is located outward of a turning radius of each respective gripper, and
the processing device is configured so that a cutting-tool mounting portion of the processing device is advanced, and so that the cutting tool held on the cutting-tool holding portion of the pallet held by each respective gripper is mounted on the cutting-tool mounting portion that has been advanced.

7. The rotation processing machine according to claim 6 , wherein
the processing device is configured so that the cutting-tool mounting portion is moved up and down, and is configured so that, with each respective gripper being held at the third height position, the cutting tool on the cutting-tool holding portion of the pallet held by each respective gripper is received by the cutting-tool mounting portion.

8. A rotation processing machine, comprising:
a rotating device that supports a cylindrical workpiece via a rotation support jig and rotates:
a processing device on which a cutting tool is mounted to process the cylindrical workpiece; and
a turning loader that has a plurality of grippers arranged about a turning central axis and that turns so that the plurality of grippers sequentially face the rotating device, wherein
each of the plurality of gripper includes a respective pair of gripping portions and is configured to vary, in a direction perpendicular to the turning central axis, an

Assignees

• Aisin Aw Co

Inventors

• Kato Susumu
• TAKAGAI Akira
• Otani Masahiro
• KAWANISHI Akitomo

Classifications

• B23F19/10

  Chamfering the end edges of gear teeth · CPC title

• B23Q7/046

  Handling workpieces or tools · CPC title

• Y10T483/1736

  Tool having specific mounting or work treating feature · CPC title

• Y10T483/16

  with means to transfer work · CPC title

• Y10T409/101113

  Gear chamfering or deburring · CPC title