Product loading, unstacking and stacking system

Abstract

The invention discloses a product loading, unstacking and stacking system. A product conveying device conveys products, and the products can be moved out and fall off from the tail end of the product conveying device; a unstacking, stacking and transferring device drives a tray clamping device to move, the tray clamping device can clamp a sterilization tray, and the unstacking, stacking and transferring device can drive the sterilization tray to move between a sterilization tray placing position and a conveying belt; a controller controls the unstacking, stacking and transferring device to drive the tray clamping device to move to the tail end of the product conveying device; and when products fall into the sterilization tray from the tail end, the unstacking, stacking and transferring device drives the sterilization tray to move along a preset path, and the falling soft bags are arranged in the sterilization tray in an array mode. According to the product loading, unstacking and stacking system provided by the invention, the product conveying device and the unstacking, stacking and transferring device are matched with each other, the products are automatically arranged and distributed after falling, a clamping mechanism does not need to be independently arranged, and unstacking and stacking trays and the products are placed through the unstacking, stacking and transferring device, so that the complexity of the whole structure is reduced, the turnover efficiency is improved, and the maintenance is more convenient.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows products like medical devices or other items to fall off their containers during shipment without having them attached themselves by straps on top. It uses a special apparatus called a removable transferring unit (DTU) with two parts: one part moves towards another while holding down a cleaning panel used to remove bags before they hit the sterile plasma chamber where it was treated. When this happens, there are also empty space around each item's packaging box inside. To make sure these spaces don’t get filled up, a control program checks if any objects have been left behind after falling out. If no object remains within certain limits, the DTUs will drive the clean-up pans to collect the remaining material until all those materials become available again.

Problems solved by technology

This patented describes an automated logistical solution used when handling medical fluid containers such as flexible plastic tubings (FPD). These fluids have unique properties which require specific treatment before being delivered into patients' bodies due to their potential harmful effects. Current methods involve manually loading these FFD sacks onto sterile vehicles like carts, but they still take up space and may cause damage if handled incorrectly. Therefore there has been a desire to develop better ways to package them efficiently without requiring expensive machinery.

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