Drum type chip burning equipment

Abstract

The invention relates to drum type chip burning equipment comprising a burning unit. A first working platform, a second working platform, a drum type burning device, and a material taking device are arranged in the burning unit; a material placing part and a feeding device are arranged at the first working platform; and a conveying device is arranged on the second working platform. The drum type burning device is arranged between the first working platform and the second working platform by a shaft; a plurality of plane parts are arranged at the drum type burning device in an annular mode; and at least one burning machine is arranged at each plane part. According to the invention, the multiple plane parts are arranged at the drum type burning device in an annular mode and each plane part is provided with at least one burning machine; and the drum type burning device is arranged between the first working platform and the second working platform by the shaft. The feeding device can place ICs without burning processing in sequence and the conveying device can take ICs with completed burning in sequence. Therefore, an effect of increasing of the number of placed ICs can be realized by using the drum type burning device and thus the produced number can be increased; and an objective of boosting of the production speed can be achieved.

Description

technical field [0001] The invention relates to a chip burning device, especially a drum-type chip burning device capable of increasing the number of IC chips placed. Background technique [0002] When the existing programming equipment picks and places the IC on the robotic arm, the linear motion X-axis is carried by the linear motion Y-axis. After performing horizontal coordinate positioning, the linear motion Z-axis carried by the Y-axis performs vertical pick-up or placement of the IC. Afterwards, the X and Y motion axes move to another horizontal coordinate, and then the Z axis performs vertical pick-up or placement of the IC. Such sequential actions, because the existing three-axis system cannot process the operating program in parallel, in It greatly affects the production speed, and the existing programming equipment is set to detect the position deviation of the IC before it is placed in the programmer, all of which use the image recognition component, which not onl...

AI Technical Summary

Problems solved by technology

[0004] Although the existing IC burning equipment can achieve the effect of IC burning, but because the displacement arm is a single arm and rotates in a plane, each programmer needs to wait for the displacement arm to place the IC. The effect of programming can be achieved, which leads to the disadvantage of greatly increasing the programming time, and the number of programmers that can be placed on the displacement arm is easily limited by the space, resulting in the disadvantage that the number of programmers cannot be increased, which makes the existing IC The number of ICs placed in the programming equipment is insufficient, which leads to the situation that the number of IC production cannot be increased and the production speed is reduced.

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