Telescopic screw locking module

Abstract

The invention relates to a telescopic screw locking module. The module comprises a base, a vertical plate vertically arranged on the base, a first sliding rail vertically arranged on the front face ofthe vertical plate, a support frame slidably arranged on the first sliding rail, a cylinder set for driving the support frame to slide up and down, an electric screwdriver vertically arranged on thesupport frame and provided with the output end downwards, a screw suction nozzle vertically arranged and connected with the output end of the electric screwdriver at the upper end, a feeding pipe vertically arranged on the base, a feeding mechanism connected with the upper end of the feeding pipe through a hose and a cutting mechanism arranged on the base for conveying screws in the feeding pipe to the position under the screw suction nozzle one by one. The long screws can be conveyed to the position under the screw suction nozzle one by one through the cutting mechanism, then the screw suction nozzle is used for sucking bolts, no screw chuck is needed, and therefore locking can be achieved in a narrow space.

Description

technical field [0001] The invention relates to the field of automatic screw locking equipment, in particular to a telescopic screw locking module. Background technique [0002] At present, when the factory is assembling products, most of the screw assembly operations are manually performed manually. The screws are manually placed in the screw holes, and then locked one by one with a screwdriver. Such an assembly process not only leads to low production efficiency and labor intensity. It is large and leads to high production costs, which is very unfavorable for the scale of the enterprise and the improvement of production efficiency, and this manual locking screw method often results in different quality of screw locking due to the different technical levels of the operators, which affects the assembly of the product. Stability has potential hidden dangers; although a variety of automatic screw locking devices have appeared on the market, a new type of automatic screw lockin...

AI Technical Summary

Problems solved by technology

[0002] At present, when the factory is assembling products, most of the screw assembly operations are manually performed manually. The screws are manually placed in the screw holes, and then locked one by one with a screwdriver. Such an assembly process not only leads to low production efficiency and labor intensity. It is large and leads to high production costs, which is very unfavorable for the scale of the enterprise and the improvement of production efficiency, and this manual locking screw method often results in different quality of screw locking due to the different technical levels of the operators, which affects the assembly of the product. Stability has potential hidden dangers; although a variety of automatic screw locking devices have appeared on the market, a new type of automatic screw locking machine is disclosed in the prior art 201520256679.0, and an automatic locking screw machine is disclosed in the prior art 201721074131.X Screw machine, etc. These devices first send the screw to the outlet of the screw chuck through the automatic screw supply machine, and then tighten it by the screw rod of the automatic screw tool. However, when the screw is long, in order to cause jamming, the The bulk of the screw chuck makes it difficult to use in tight spaces

Images