Automatic machining apparatus for copper tube connectors

Abstract

The invention discloses an automatic machining apparatus for copper tube connectors. According to the technical scheme, the automatic machining apparatus for the copper tube connectors is characterized by comprising a rack. A clamping head, a sliding platform, a vibrating feeding disk and a feeding mechanism are fixed to the rack. The feeding mechanism is used for feeding between the vibrating feeding disk and the clamping head, and comprises a conveying platform. A material storage opening is formed in the side face of the conveying platform. A first pushing device for pushing the copper tube connectors into the material storage opening is arranged on the vibrating feeding disk. The conveying platform is provided with a second pushing device for pushing the copper tube connectors out of the material storage opening. The side face, away from the vibrating feeding disk, of the conveying platform is provided with a discharge opening through which the copper tube connectors can slide out transversely. A material baffle capable of abutting against the discharge opening is arranged on the side face of the conveying platform. The material baffle is connected to the side face of the conveying platform through an elastic hinge device. When the conveying platform and the clamping head are coaxial, the distance between the conveying platform and the clamping head is shorter than the length of the copper tube connectors.

Description

technical field [0001] The invention relates to the field of mechanical processing equipment, more specifically, it relates to an automatic processing equipment for copper pipe joints. Background technique [0002] In the processing of mechanical copper pipe joints, turning is widely used. The copper pipe joints to be processed are clamped on the clamping head, the rotating rod is rotating, and the turning tool moves to the copper pipe joints for cutting. At present The general factory basically uses the manual to put the copper pipe connector to be processed into the clamping head, and when the equipment fails through manual installation, it is easy to cause accidental injury and increase labor costs. In order to solve this problem, our company has developed a pipe fitting The feeding device of the turning equipment (application number is 201420385263.4) is used to replace the manual feeding, but the conveying table of the device uses the driving force of the first cylinder...

AI Technical Summary

Problems solved by technology

[0002] In the processing of mechanical copper pipe joints, turning is widely used. The copper pipe joints to be processed are clamped on the clamping head, the rotating rod is rotating, and the turning tool moves to the copper pipe joints for cutting. At present The general factory basically uses the manual to put the copper pipe connector to be processed into the clamping head, and when the equipment fails through manual installation, it is easy to cause accidental injury and increase labor costs. In order to solve this problem, our company has developed a pipe fitting The feeding device of the turning equipment (application number is 201420385263.4) is used to replace the manual feeding, but the conveying table of the device uses the driving force of the first cylinder to make the copper pipe connector slip out of the storage port, mainly through the inertia of the copper pipe connector Slide onto the clamping head, and the size of the push of the cylinder is affected by the air pressure inside the cylinder, resulting in a change in the driving effect of the cylinder after a long time of use. When the driving force of the cylinder is too large, the copper pipe connector extends into the clamping head for too long , leading to the increase in the cost of cutting and modification in the later stage, or the clamping head offset is too large, and when the driving force of the cylinder is too small, the copper pipe connector cannot enter the clamping head, so it directly falls into the waste collection box, so that it cannot processing, and the impact of the copper pipe connector on the clamping head is easy to cause damage to the clamping head, and people also need to find the unprocessed copper tube connector in the waste collection box, so people need to observe the effect of the cylinder at all times, and need Frequently to adjust the working state of the device

Images