Truss silo overturning mechanism

Abstract

The invention discloses a truss silo overturning mechanism. A feeding and conveying mechanism and a discharging and conveying mechanism can convey products before and after processing separately. A feeding and overturning assembly and a discharging and overturning assembly can rotate around a horizontal axis, ad a feeding and clamping device and a discharging and clamping device can clamp the products at specified positions. The feeding and overturning assembly and the discharging and overturning assembly are provided with a feeding supporting surface and a discharging supporting surface whichcan support the products. A feeding and avoiding mechanism enables the products at the tail ends of the feeding and clamping device and the feeding and conveying mechanism to be oppositely clamped orenables the feeding and conveying mechanism to be separated from a product overturning trajectory on the feeding and clamping device, and a discharging and avoiding mechanism enables the products onthe feeding and clamping device to directly face the front end of the feeding and conveying mechanism or enables the discharging and conveying mechanism to be separated from a product overturning trajectory on the discharging and clamping device. The automatic overturning and feeding of the products between a truss manipulator and the conveying mechanisms can be achieved, so that the adjacent stations are automatically connected with one another, manual overturning and the use of special trays are avoided, and the production efficiency is improved.

Description

technical field [0001] The present invention relates to an automatic device, in particular to a truss overturning silo mechanism. Background technique [0002] After the bearing products are processed in the previous station, they are generally conveyed with the flat surface on the bottom and the convex surface on the top, and the next station needs to process the plane on the lower side, so that the product needs to be turned over and then sent. Enter the processing equipment for processing. At present, after the processing of the previous station is completed, the flat side of the product is on the bottom, and the convex side is on the top. The product is transported on the assembly line and sent to the next station. It is placed in the tray that matches the shape of the product's convex surface, and the truss manipulator of the next station grabs it and sends it to the processing equipment for processing. After the processing is completed, the truss manipulator will place...

AI Technical Summary

Problems solved by technology

[0002] After the bearing product is processed in the previous station, it is generally conveyed with the flat surface on the bottom and the raised surface on the top, and the next station needs to process the plane on the lower side. In this way, the product needs to be turned over before sending At present, after the processing of the previous station is completed, the product with the flat side on the bottom and the convex side on the top is transported on the assembly line and sent to the next station. The product is manually turned over and placed Put it into the material tray matching the shape of the raised surface of the product for positioning and placement, and the truss manipulator at the next station will grab and send it to the processing equipment for processing. After the processing is completed, the truss manipulator will place the product in the material tray for positioning Placement, and then, after the product is manually taken out from the tray and turned over, it is placed on the assembly line to be transported to the next station. This method consumes manpower and affects production efficiency. It is easy to be damaged during the manual turning over process. products, and special trays are required, and the production cost is high

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