Intelligent handheld inclined grooving machining equipment

Abstract

The invention belongs to the technical field of oblique grooving, and particularly relates to intelligent handheld oblique grooving machining equipment which comprises grooving equipment and a supporting mechanism, and in the using process of the intelligent handheld oblique grooving machining equipment, when a pressing rod is slowly pressed, a damper does not work. In the downward pressing process, a pull rope is firstly tensioned, a sliding connecting ring starts to be pulled to move downwards after the pull rope is tensioned, lateral force is generated between a drill bit and a grooving base body after the drill bit makes contact with the material face of the grooving base body, however, when a pressing rod is pressed downwards in the prior art, the drill bit and the grooving base body can be separated from each other. The pressure rod transmits pressure to the base plate through the transmission rod, the third spring, the mounting round shell, the adjusting screw sleeve and the adjusting screw rod, so that the base plate is tightly pressed on the material surface of the grooving base body, and due to the mounting angles of the supporting legs, the drill bit and the grooving base body, the pressure between the base plate and the grooving base body is far larger than the side sliding force of the drill bit, and the grooving effect is improved. Therefore, the drill bit does not sideslip, in the grooving process, a user does not feel the sideslip force, and it is guaranteed that the drill bit can conduct grooving smoothly.

Description

technical field [0001] The invention belongs to the technical field of oblique grooving, in particular to an intelligent hand-held oblique grooving processing equipment. Background technique [0002] When performing grooving operations on material surfaces such as round and spherical surfaces, when the axis of the machining groove is not perpendicular to the surface, the handheld device generally cannot be grooved; when artificial force is applied, the force cannot be along the axis of the groove, and it will be Sliding under the action of the machined surface cannot be grooved. The current solution is to solve the problem from the previous process. The previous process may be forging, machining, welding, etc., and the boss is processed in the previous process and the end face of the boss is perpendicular to the axis of the groove. In this case, the handheld device can be placed on the boss. Slotted, but this method increases the process and prolongs the processing cycle. ...

AI Technical Summary

Problems solved by technology

[0002] When performing grooving operations on a material surface such as a round surface or a spherical surface, when the axis of the processing groove is not perpendicular to the surface, the handheld device generally cannot groove; when artificial force is used, the force cannot be along the axis of the groove, and the Sliding under the action of the processed surface cannot be grooved

The current solution is to solve it from the previous process. The previous process may be forging, machining, welding, etc. The boss is processed in the previous process and the end surface of the boss is perpendicular to the axis of the groove. In this case, the handheld device can be placed on the boss. Grooving on the top, but this method increases the process and prolongs the processing cycle

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