A vacuum suction cup feeding device

Abstract

Vacuum suction cup feeding equipment comprises a feeding conveyor belt line for conveying products. The front end of the feeding conveyor belt line and the rear end of the feeding conveyor belt line are provided with a discharge conveyor line and a positioning conveyor line respectively, a first vacuum suction cup group is arranged between the feeding conveyor belt line and the discharge conveyor line, and a second vacuum suction cup group is arranged between the feeding conveyor belt line and the positioning conveyor line; the first vacuum suction cup group and the second vacuum suction cup group are communicated with a connection tube and a vacuum generator respectively; when the equipment is started, the products placed on the discharge conveyor line are moved to the feeding conveyor belt line through the first vacuum suction cup group, and then are moved to the positioning conveyor line through the second vacuum suction cup group, so that automatic transformation and butt joint of the equipment are achieved. According to the vacuum suction cup feeding equipment, the cylinder piston motion material clamping mode is replaced by the vacuum suction cup method, vacuum cups communicated with the connection tube and the vacuum generator, when the equipment is started, gas is pumped out through the vacuum generator and the products are sucked firmly, so that the purpose of product moving is achieved, and practicability is high.

Description

technical field [0001] The invention relates to a feeding device, in particular to a vacuum sucker feeding device. Background technique [0002] Commonly used feeding devices are mainly based on cylinder clamping, cylinder pushing and linear vibration feeding. The product feeding process is completed through the thrust and pull of the piston rod in the cylinder and the positioning of the fixture. Due to the large volume of the cylinder and the fixture assembly, the large space occupied, and the complicated installation and maintenance, the manufacturing cost of this structure is high; if the linear vibration feeding structure is used, the product will be subjected to high-frequency vibration for a long time, and the internal mechanical structure of the product may be abnormal; Therefore, cylinder clamping, cylinder pushing and linear vibration feeding are not recommended for electronic component automation equipment such as relays. The feeding requirements for this type of ...

AI Technical Summary

Problems solved by technology

Due to the large volume of the cylinder and the fixture assembly, the large space occupied, and the complicated installation and maintenance, the manufacturing cost of this structure is high; if the linear vibration feeding structure is used, the product will be subjected to high-frequency vibration for a long time, and the internal mechanical structure of the product may be abnormal; Therefore, cylinder clamping, cylinder pushing and linear vibration feeding are not the recommended methods for electronic component automation equipment such as relays.

The feeding requirements for this kind of products are relatively strict. If the structure is complicated, the guidance production cost will be high, and if the equipment is heavy and the operation is difficult, the guidance production efficiency will be low.

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