A double pendulum angle ultrasonic cutting device and method

Abstract

The invention discloses a dual-oscillation-angle ultrasonic cutting device and method. The dual-oscillation-angle ultrasonic cutting device comprises a bottom plate, a screw, a first bracket plate, a first height adjusting plate, a first connection plate, a rodless air cylinder, a three-position and five-way electromagnetic valve, a first one-way throttle valve, a second one-way throttle valve, a silencer, a pneumatic triple element, a pneumatic pump, a bearing plate, a second connection plate, a first horizontal oscillation angle plate, a second horizontal oscillation angle plate, a nut, a first vertical oscillation angle plate, a second vertical oscillation angle plate, a round connection sleeve, a third connection plate, an ultrasonic transducer, an ultrasonic amplitude-changing rod, a cutter clamp, an ultrasonic cutter, a first bolt, a second bolt, a second bracket plate, a second height adjusting plate and a fourth connection plate. Adjustment of the horizontal and vertical oscillation angles is additionally achieved; after the vertical angle adjusting function is added, the front-back angle of the cutter changes, and cutting force is reduced; the dual-oscillation-angle ultrasonic cutting device can cut different materials, so that the adaptability is higher; whether the cutting angle is available or not is found at any time, the optimal cutting angle can be changed at any time, and adjustability is largely enhanced.

Description

Technical field [0001] The invention belongs to the technical field of ultrasonic cutting, and specifically relates to a dual-swing-angle ultrasonic cutting device and method. Background technique [0002] Nowadays, ultrasonic cutting is widely used in the field of various difficult-to-cut composite materials, and various styles of ultrasonic cutting devices are also emerging. The devices generally consist of mechanical devices, driving devices and acoustic devices. [0003] The realization of ultrasonic cutting is generally driven by the driving device to make the ultrasonic device to make the stroke movement, and the ultrasonic device to make the cutting movement. Traditional ultrasonic cutting devices are fixed and installed for a certain material. Usually, when cutting, the height, direction and included angle of the tool and the material are fastened in advance, and its adjustability and adaptability are very good. Poor, not only cannot adjust the cutting angle of the cutter ...

AI Technical Summary

Problems solved by technology

Traditional ultrasonic cutting devices are fixed and installed for a certain material. Usually, when cutting, the height, direction, and angle between the tool and the material are tightened in advance, and its adjustability and adaptability are very good. Poor, not only can not timely adjust the cutting angle of the tool to cut the best results, but also a set of devices can only be used to cut one kind of material, which greatly increases the production cost

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