Six-in-one four-clamp screw distribution transmission mechanism

Abstract

The invention discloses a six-closing and four-clamping screw separation and transmission mechanism. The mechanism comprises a frame, a separation mechanism and an air blockage mechanism, wherein the separation mechanism includes four openable output clamping blocks; the output clamping blocks can form a chuck clamping port for fixing single screws; the chuck clamping port is aligned to and connected with a screw rail, and is provided with a gap for passing through single screws; when the output clamping blocks rotate to an opening state, the screws are output through an output interface formed below the output clamping blocks; the output interface is provided with the air blockage mechanism; and the air blockage mechanism includes air blockage blades. The mechanism selects and outputs single screws through rotary opening / closing of the output clamping blocks to effectively reduce the fault rate, and adopts the air blockage mechanism to reasonably close and open the output interface to prevent influence on upper separation by lower blowing; and the six-closing and four-clamping screw separation and transmission mechanism has the beneficial effects of good separation effect and low fault rate.

Description

technical field [0001] The invention relates to the field of automatic screw driving machines, in particular to a six-in-four-clamp type screw material distribution transmission mechanism. Background technique [0002] The ideology of the new mode of production is the driving force behind the enterprise reform driven by profitism. In today's environment of free competition market, if we want to achieve the target profit, we must work hard to achieve the target cost. If a factory wants to reduce costs, it must take the controllable parts within the enterprise, such as: labor, equipment and management costs, as the object of improvement. Screws are an indispensable industrial necessity in daily life. In industrial production, with the continuous increase of labor costs, how to quickly and effectively pay for screw locking has become a means for many factories to control costs. [0003] At present, the common manual screw tightening machines in industrial production include pu...

AI Technical Summary

Problems solved by technology

[0005] Patent No. 201521009541.7 discloses a screw feeding structure. A dislocation mechanism is provided under the vibrating assembly. When the screw vibrates from the direct vibration track, it enters the semicircular groove on the dislocation slider that can only accommodate a single screw. The dislocation mechanism The action of the dislocation cylinder drives the dislocation slider to move, and under the action of the screw abutment block, the screws are staggered one by one and moved to the adsorption device. A screw control mechanism disclosed in Patent No. 201520872590.7 is provided with a first pressing piece and The second pressing part slides by the first pressing part to hold down the second screw under the conveying part, slides by the second pressing part to release the first screw under the conveying part, so that the screws enter the screwdriver one by one, however Using such a misplaced push or press mechanism is easy to get stuck during the material distribution process and requires manual handling

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