Case body boxing carrying device of automatic assembling system

Abstract

The invention discloses a box body packing and conveying device of an automatic assembly system, comprising an unsealed box body, a box cover is provided on the opening edge of the box body, and a box body sealing unit is arranged at the end of a first conveying assembly the upper part; the box adsorption unit, which is arranged above the box cover unit; and the box packing unit, which is connected to the end of the first conveying assembly. Beneficial effects of the present invention: the box body packing and conveying device of the automatic assembly system provided by the present invention, firstly, through the provided box body cover unit, the box cover of the box body in the open state can be squeezed and sealed to complete the finished product. Packed in the box; secondly, through the box adsorption unit, the packaged box can be absorbed and moved into the box to complete the discharge and packing of the box, thereby increasing production efficiency and reducing production. cost.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for efficient and low-cost package shipment without damaging or losing boxes during shipping. It involves creating an enclosed space inside which items are protected from damage caused when they fall out due to external factors such as impact force. By pressing down on these packages with their covers while still being held securely within this area, it becomes easier than ever before to move them around again afterward. Overall, this innovation improves manufacturing efficacy and reduces costs compared to traditional methods that require manual labor.

Problems solved by technology

This patented technical solution described by this patents relates to improving the accuracy and reliability of thermal measurements during various applications such as chemical reactions, combustion engines, nuclear reactors, welding processes, environmental monitoring systems, medical diagnostic devices, military equipment, space exploration tools, and others that require precise temperatures over long periods of times without interruption from outside sources like sunlight or water heat. These techniques involve collecting data at specific points within an enclosed area while maintaining their stability against damage caused by factors like humidity, shock waves, rain drops, snow falling, atmospheric pressure changes, lightning strikes, and even extreme conditions (such as fire). To improve these performance, specialized hardware packages containing multiple parts have been developed but each part requires manual handling before use.

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