Device for processing chamfer and using method of device

Abstract

The invention provides a device for processing a chamfer. The device comprises a rack, a chamfering assembly and an operation platform fixedly connected to the rack, wherein the operation platform comprises a support plate and a plurality of support rods, the support plate and the support rods are arranged in parallel; the chamfering assembly comprises a chamfering tool and a drive device for driving the chamfering tool to rotate, the driving device is mounted on the rack, the chamfering tool penetrates the support plate, and the working plane of the chamfering tool and the working plane of the operation platform are located in the same plane. The device has the advantages that labor intensity of workers can be effectively reduced, requirements for a to-be-processed plate are lower, the application range is wider, and the whole device is simple in structure, lower in energy consumption during use and convenient to produce and manufacture; a use method of the device has the advantages of simple process, fewer labor procedure and reliable operation principle, and labor intensity of workers during work in cooperation with the device is lower, so that working efficiency is higher.

Description

technical field [0001] The present invention relates to a device for chamfering and a method of use thereof. Background technique [0002] When the shipyard is building a ship, the edges and corners of the ship plate need to be processed into R2-R3 arcs before painting. The current milling arc processing technology is that the operator uses a hand-held chamfering machine to make the ship plate The edges and corners of the board are processed, but the weight of the hand-held chamfering machine is relatively large, and the operator needs to bend over and move at a constant speed on the edge of the board to complete the milling of the chamfer; the thickness of the commonly used ship board is 8mm -12mm, the thickness is small, and it is necessary to set up a corresponding table on the operation platform to facilitate processing during processing, resulting in more labor procedures in the working process; and the vibration of the hand-held chamfering machine is large when it is o...

AI Technical Summary

Problems solved by technology

[0002] When the shipyard is building a ship, the edges and corners of the ship plate need to be processed into R2-R3 arcs before painting. The current milling arc processing technology is that the operator uses a hand-held chamfering machine to make the ship plate The edges and corners of the board are processed, but the weight of the hand-held chamfering machine is relatively large, and the operator needs to bend over and move at a constant speed on the edge of the board to complete the milling of the chamfer; the thickness of the commonly used ship board is 8mm -12mm, the thickness is small, and it is necessary to set up a corresponding table on the operation platform to facilitate processing during processing, resulting in more labor procedures in the working process; and the vibration of the hand-held chamfering machine is large when it is opened, and the operator It is necessary to carry tools with large vibrations all the time to work, which is easy to cause fatigue and the processing efficiency of ship plates is not high

At present, the existing large-scale machines capable of chamfering ship plates have a relatively complex structure, and are mostly used for processing welding grooves where the edges and corners form a certain angle with the cut surface, and for milling the edges and corners into arc angles The processing is not very perfect, but the machine that can complete the milling arc processing has higher requirements on the processed ship plate, and the plate that can be processed is a ship plate with a large thickness (above 30mm) and an edge angle of 90°. The scope of application is very limited, and the use of this chamfering machine consumes a lot of energy, and the production and manufacture are also very inconvenient

Images