High-speed high-frequency sensing bench floating machine

Abstract

The invention discloses a high-speed high-frequency sensing bench floating machine which comprises a left tool actuating mechanism and a right tool actuating mechanism identical in structures and symmetrically arranged. Each of the left and right tool actuating mechanisms comprises a slider in sliding fit to a carrying plate, and a public driver controlled by an air cylinder. An end face of each slider is provided with a driven sliding shaft capable of rotating along the axis of its own. Two opposite ends of each driver are respectively provided with a driving shaft capable of rotating along the axis of its own. Each of the left and right tool actuating mechanism comprises a zigzag-rule-shaped link rod in rotating fit to the carrying plate. Fixed shafts of two ends of the zigzag-rule-shaped link rod respectively extends into radial through holes reserved on the driven sliding shaft and the driving shaft in a sliding fit. The bench floating machine adopts the left and right tool actuating mechanisms controlled by one air cylinder, left and right ferrite tools can be guaranteed to act synchronously, clamping pressure can be guaranteed identical, and yield of products is increased.

Description

technical field [0001] The present invention relates to a high-frequency induction soldering equipment, more precisely, relates to a high-frequency induction soldering machine used for welding between connecting terminals and core wires (or printed circuit boards). Background technique [0002] Common (using other heat sources) soldering machines or high-frequency induction soldering machines, when soldering connectors such as HDMI, use two cylinders to control the left and right two pieces of ferrite tools (fixtures) to be clamped. For processing components, the disadvantage of this technology is that the tool controlled by two cylinders will have time difference and pressure difference, so that the tool (fixture) will reach the center point of the processing component one after another, and the force of the left and right two tools will be uneven, resulting in product failure. The qualified rate of processing technology is low, and the genuine product rate is low. [0003...

AI Technical Summary

Problems solved by technology

[0002] Common (using other heat sources) soldering machines or high-frequency induction soldering machines, when soldering connectors such as HDMI, use two cylinders to control the left and right two pieces of ferrite tools (fixtures) to be clamped. For processing components, the disadvantage of this technology is that the tool controlled by two cylinders will have time difference and pressure difference, so that the tool (fixture) will reach the center point of the processing component one after another, and the force of the left and right two tools will be uneven, resulting in product failure. The qualified rate of processing technology is low, and the genuine product rate is low

[0003] Moreover, common (using other heat sources) soldering machines or high-frequency induction soldering machines, when starting the equipment to enter the welding work, are all placed in place after the components to be processed, and then press the independently set start button (or foot step on the switch) to start the equipment for welding, the time of this action also reduces the amount of welding products per unit time

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