Auxiliary supporting robot for mirroring machining of thin-wall components and following supporting method thereof
A technology of thin-walled components and mirror image processing, which is applied in the field of mechanical processing, can solve problems such as low intelligence, poor support rigidity, and insufficient follow-up ability, and achieve the effects of improving informatization, ensuring convenience, and improving adaptability to working conditions
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[0040] Example 1
[0041] This embodiment discloses an auxiliary support robot for mirror image processing of thin-walled components. figure 1 , Including mobile unit 1, parallel lifting unit 2, follow-up support unit 3, electric control system 4 and sensor system 5. Among them, the mobile unit 1 is located at the bottom layer, which is mainly used to support the robot to move forward, backward, turn and rotate forward and backward in place; the parallel lifting unit 2 is located in the middle layer, and is mainly used to control the follow-up support unit 3 to a suitable position. The posture supports the thin-walled area of the workpiece to be processed; the follow-up support unit 3 is at the top layer, and is mainly used to support the thin-walled area of the workpiece to be processed. The three are connected together by connectors; further, the electronic control system 4 is mainly It is used to provide power for the support robot, and perform operations such as data coll...
Example Embodiment
[0044] Example 2
[0045] This embodiment discloses an auxiliary support robot for mirror image processing of thin-walled components. figure 1 , Including mobile unit 1, parallel lifting unit 2, follow-up support unit 3, electric control system 4 and sensor system 5. Among them, the mobile unit 1 is located at the bottom layer, which is mainly used to support the robot to move forward, backward, turn and rotate forward and backward in place; the parallel lifting unit 2 is located in the middle layer, and is mainly used to control the follow-up support unit 3 to a suitable position. The posture supports the thin-walled area of the workpiece to be processed; the follow-up support unit 3 is at the top layer, and is mainly used to support the thin-walled area of the workpiece to be processed. The three are connected together by connectors; further, the electronic control system 4 is mainly It is used to provide power for the support robot, and perform operations such as data coll...
Example Embodiment
[0070] Example 3
[0071] This embodiment discloses a follow-up support method for a thin-walled component mirror processing auxiliary support robot. figure 1 , figure 1 This is a schematic diagram of the overall structure of this application. During the processing, the thin-walled component 6 to be processed is located between the processing spindle 10 and the supporting robot, forming an approximate mirror image layout; the supporting robot uses the parallel lifting unit 2 on the mobile unit 1 to control the follow-up support The unit 3 supports the thin-walled area to be processed in a suitable posture; the electric control 41 of the robot body supporting the robot is responsible for providing various power sources, data acquisition and processing, etc., and establishes a communication mechanism with the remote controller 42 through the server 43; The support robot uses two independent driving wheels 12 installed on the mobile unit 1, and with the feedback of the laser navigato...
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