Multi-station building deformed steel bar sleeve drilling, chamfering and tapping integrated equipment

Abstract

The invention discloses multi-station building deformed steel bar sleeve drilling, chamfering and tapping integrated equipment. The equipment comprises a bearing box, a bottom plate, a chamfering mechanism, a control box, a baffle, a conveying mechanism, a clamping head and a tapping and drilling integrated mechanism. The equipment starts from the problems arising from the practical application, the equipment integrates drilling, chamfering and tapping on one device, the inconvenience of long distance transfer between multiple processing flows is avoided, in addition, in a scrap cleaning mechanism, an installation cylinder is made to rotate through the pushing action of an electric push rod, so that the air outlet direction of a fan is adjusted to be consistent with the stacking position of scraps, the scraps roll into a scrap guide groove under the action of wind power and fall into a scrap collecting box through the scrap guide groove to be collected, when the scraps are collected to a certain amount, a handle pulls the scrap collecting box to slide to be separated from the bearing box, the scraps are guided out, the scraps cannot be accumulated at the corresponding cutting positions due to the real-time cleaning effect, and it is guaranteed that follow-up machining operation is conducted smoothly.

Description

technical field [0001] The invention relates to the technical field of threaded steel sleeve processing, in particular to a multi-station building threaded steel sleeve integrated drilling, chamfering and tapping equipment. Background technique [0002] Threaded steel sleeves, also known as steel bar joints, are used to connect steel bars and have connectors with internal threads corresponding to wire head threads. In a simple construction process, the ends of steel bars are processed into straight threads by rolling process, and connected with corresponding The sleeve connects the two bars to each other. [0003] When processing the existing building threaded steel sleeves, drilling, chamfering and tapping are required. According to different processing requirements, different processing equipments are required. There are multiple processing processes. The transfer of construction threaded steel sleeves between processes is time-consuming and laborious. In addition, it is ...

AI Technical Summary

Problems solved by technology

[0003] When processing the existing building threaded steel sleeves, drilling, chamfering and tapping are required. According to different processing requirements, different processing equipments are required. There are multiple processing processes. The transfer of construction threaded steel sleeves between processes is time-consuming and laborious. In addition, it is inconvenient to collect and dispose of the waste generated during processing, and it is easy to accumulate in the corresponding cutting parts, which will adversely affect subsequent processing operations.

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