Pick Up Lift Conveyor System

Pick Up Lift Conveyor System

Pick up is used for the handling of workpieces, and usually takes advantage of the space in the air to realize the blanking production of workpieces. It is usually used in the conveyor line system of EMS projects, and it can also form an automatic conveyor line by itself.

System Features:

Compact structure, safe and reliable

Small footprint, high work efficiency

Low cost and easy maintenance

In automobile production, there are production lines that need to move relatively large materials or workpieces across regions, and a material needs to be moved from one region to another. Because the automobile production line has high standards, high speed and high efficiency production requirements, the PICKUP conveying system needs to have higher precision and speed, and requires easier operation and maintenance, so as to reduce the maintenance time occupied by normal production.

The purpose of the utility model is to overcome the problem of low picking reliability in the prior art, and provide a PICKUP conveying system with high picking reliability.

For realizing above object, technical solution of the present utility model is:

A PICKUP conveying system, including a slide rail and a gripper, the top of the gripper is slidingly matched with the slide rail;

The gripper is connected with the slide rail through the boom, the top of the boom is provided with a motor, and the motor cooperates with the roller transmission on the top of the boom, and a plurality of gripper sensors are arranged on the gripper.

An upper piece table is arranged on the side near the gripper under the slide rail, and a plurality of upper piece table sensors are arranged on the upper piece table; The upper part is provided with a plurality of lower platform sensors.

The signal output ends of the gripper sensor, the upper piece table sensor and the lower piece table sensor are all connected to the signal input end of the controller, and the signal output ends of the controller are respectively connected to the control end of the gripper and the motor.

The controller is provided with a man-machine interface.

The controller includes an integrated processing unit, a gripper control unit and a motor control unit, the signal output ends of the gripper sensor, the upper piece sensor and the lower piece sensor are all connected to the sensor signal input end of the integrated processing unit, The signal output end of the combined processing unit is connected with the signal input end of the gripper control unit and the motor control unit respectively, the output end of the gripper control unit is connected with the control end of the gripper, and the motor control unit The output end is connected with the control end of the motor.

The controller is also provided with a signal storage unit, and the storage port of the integrated processing unit communicates with the input end of the signal storage unit.