Ceramic chip boxing machine

Abstract

The invention discloses a ceramic chip boxing machine. A manipulator of the ceramic chip boxing machine is arranged at an output end of an input belt and used for conveying ceramic chips on the inputbelt into a placement groove; a boxing assembly of the ceramic chip boxing machine comprises a rotary frame, a first drive cylinder, a second drive cylinder, a third drive cylinder and a clamping mechanism; a placement groove and a crucible of the ceramic chip boxing machine are sequentially arrayed on the rear part of the input belt and arranged on the rotary frame, the placement groove is a rectangular body and provided with two openings in the upper part and a side part, at the initial state, the crucible and the placement groove are in a vertical state, and an opening part of the cruciblecorresponds to the opening in the side part of the placement groove; and the crucible is detachably arranged on a first sub-frame through a clamping mechanism, the first sub-frame is rotationally arranged on a second sub-frame through the first drive cylinder, the second sub-frame is arranged on the rotary frame in a translational manner through the second drive cylinder, and the rotary frame is capable of rotating through the third drive cylinder. According to the ceramic chip boxing machine, through the arrangement for the boxing assembly, the flatly-placed ceramic chips can be transferred into the crucible, and the crucible loads the ceramic chips and then conveys the ceramic chips to a subsequent sintering procedure.

Description

technical field [0001] The invention relates to a workpiece conveying and transferring device, in particular to a ceramic sheet box packing machine. Background technique [0002] Passive antenna (passive antenna) refers to the antenna unit used to receive and transmit radio signals, usually composed of metal parts and various media, the product itself does not have any active circuit. The heat-dissipating ceramic sheet as its component is formed into a cubic sheet by pressing the raw material powder in the manufacturing process, and after cleaning the residual powder on the surface, it is sintered into a ceramic sheet. The semi-finished ceramic sheets can be conveyed by the conveyor belt, and the surface powder is brushed off by the cleaning mechanism. However, how to automatically arrange and box the sequentially conveyed ceramic sheets to the crucible, and then transport them to the follow-up mechanism for sintering is an urgent problem to be solved. , if the existing tec...

AI Technical Summary

Problems solved by technology

The semi-finished ceramic sheets can be conveyed by the conveyor belt, and the surface powder is brushed off by the cleaning mechanism. However, how to automatically arrange and box the sequentially conveyed ceramic sheets to the crucible, and then transport them to the follow-up mechanism for sintering is an urgent problem to be solved. , if the existing technology is used for manual boxing, it will affect the overall production efficiency

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