Glass sucking device

Abstract

The invention discloses a glass sucking device and belongs to the field of automatic detection equipment. The glass sucking device comprises a fixing base plate, a transmission component, a rotating component and a glue dispensing component; the transmission component is arranged on the fixing base plate; the fixing base plate can be driven to move horizontally by an X-axis moving component; the rotating component is fixedly connected with the transmission component; the transmission component is used for driving the rotating component to move up and down; the rotating component is provided with a sucking disc for sucking glass; the rotating component can be used for driving the sucked glass to rotate at a certain angle to implement posture regulation so that the glass can be convenientlyplaced; and the glue dispensing component is fixedly connected with the fixing base plate and is arranged adjacent to the transmission component so that the glass sucked by the sucking disc can be placed after detecting liquid is dripped. According to the glass sucking device disclosed by the invention, the sucking disc and the rotating component are arranged for sucking the glass rotationally; adisplacing component is used for driving the glass to move; the glue dispensing component and the transmission component are arranged integrally to simplify the operation process; and thus various inconveniences caused by an existing method of picking the glass with hands are prevented.

Description

【Technical field】 [0001] The invention relates to the field of automatic detection equipment, in particular to a glass suction device for transporting and flipping materials to be detected. 【Background technique】 [0002] In the inspection process of tempered glass, a surface stress meter is usually used to measure the surface stress of chemically strengthened and physically strengthened glass. The process of its use requires the staff to place the glass to be tested in the detection area where the detection liquid has been dripped, and the manual placement operation may cause damage to the glass or the placement position is not stable enough to affect the detection effect. Manually placing glass takes a long time, is inefficient, and has a low degree of automation. It requires frequent picking and placing of glass. The inspection process is not convenient enough and it is easy to cause damage. The glass to be tested is easy to stick to the detection platform due to the det...

AI Technical Summary

Problems solved by technology

The process of its use requires the staff to place the glass to be tested in the detection area where the detection liquid has been dripped, and the manual placement operation may cause damage to the glass or the placement position is not stable enough to affect the detection effect

Manual placement of glass takes a long time, is low in efficiency, and has a low degree of automation. It requires frequent removal and placement of glass. The detection process is not convenient enough and it is easy to cause damage.

The glass to be tested is easy to stick to the detection platform due to the detection liquid, which is not convenient for manual handling, which will also affect the detection efficiency

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