Camera motor shell shaking-off separation and typesetting device

Abstract

The invention discloses a camera motor shell shaking-off separation and typesetting device. The device comprises a machine frame, a feeding device, a shaking-off separation device and a typesetting and discharging device, wherein the feeding device, the shaking-off separation device and the typesetting and discharging device are arranged on the machine frame and are coordinated with one another; the feeding device comprises a transferring mechanism and a conveying mechanism coordinated with the transferring mechanism, the transferring mechanism is used for receiving products grabbed by a three-axis mechanical arm, the conveying mechanism is used for grabbing the products on the transferring mechanism to rotate to a shaking-off separation device, and the products are conveyed a material taking position from the shaking-off separation device after being shaken off and separated; the typesetting and discharging device comprises a material taking mechanism, a typesetting mechanism and a disc stacking mechanism, wherein the material taking mechanism moves to the material taking position so as to complete the material taking and placing actions and placing the products on jig plates of the typesetting mechanism in sequence, and the disc stacking mechanism moves the fully-filled jig plates to a discharging position. According to the camera motor shell shaking-off separation and typesetting device, the working efficiency is high, and automatic feeding, shaking-off separation welding, material taking and placing, typesetting, disc stacking and material collecting can be realized.

Description

technical field [0001] The invention relates to the field of mechanical equipment, in particular to a camera motor housing shake-off separation and typesetting equipment. Background technique [0002] In modern industrial processing, it is often necessary to use shaking and separating equipment to separate materials according to a predetermined length. After the products are shaken and separated, there is no systematic pick-and-place and stacking program connection. [0003] In the existing technology, there are mainly 1. multiple non-essential turnover processes, which increase storage logistics and cause additional waste; When the product is put into the coated board, it is easy to be damaged, and the defect rate is as high as 20%. 3. To complete the entire layout, there are many process procedures, low efficiency, and high labor cost; 4. Manually using tweezers to hold the product for 12 hours can only place 12,000 products , high labor intensity and low efficiency; 5. T...

AI Technical Summary

Problems solved by technology

[0003] In the existing technology, there are mainly 1. multiple non-essential turnover processes, which increase storage logistics and cause additional waste; When the product is put into the coated board, it is easy to be damaged, and the defect rate is as high as 20%. 3. To complete the entire layout, there are many process procedures, low efficiency, and high labor cost; 4. Manually using tweezers to hold the product for 12 hours can only place 12,000 products , high labor intensity and low efficiency; 5. There are human errors such as lack of staff operation; 6. Irregular layout, there are phenomena such as reversed product placement and wrong model numbers that need to be reworked

[0004] In order to improve work efficiency, there are also some automatic shock-off separation and feeding equipment, but their cost is very high. There is a lack of suitable and systematic feeding equipment for the process of shaking-off, separation, welding, picking, placing, placing, stacking, and stacking of the lens barrel.

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