Infusion soft bag discharging device and method

Abstract

An infusion soft bag discharging device comprises a soft bag conveying mechanism, a soft bag output mechanism, a soft bag extending and clamping mechanism and a rotating mechanism; the soft bag extending and clamping mechanism is arranged on the side edge of the soft bag conveying mechanism, and the soft bag output mechanism is arranged below the soft bag extending and clamping mechanism; and therotating mechanism is connected with the soft bag extending and clamping mechanism. The bag discharging method comprises the steps of S1, conveying of soft bags: specifically the soft bags are conveyed to the side edge of the soft bag extending and clamping mechanism through the soft bag conveying mechanism; S2, clamping of the soft bags: specifically the soft bag extending and clamping mechanismextends to clamp the soft bags; S3, transfer of the soft bags: specifically the soft bags are driven by the soft bag extending and clamping mechanism to retract, and the soft bag extending and clamping mechanism is driven by the rotating mechanism to rotate downwards; the soft bag extending and clamping mechanism extends downwards so that the soft bags are declined to the position above the soft bag output mechanism, and the soft bags are loosened from the soft bag extending and clamping mechanism; and S4, discharging of the soft bags: specifically the soft bags are output through the soft bagoutput mechanism. The infusion soft bag discharging device has the advantages that the automation degree is high, and the manual intervention is reduced; and it is ensured that the soft bags are placed in order, and the products are prevented from being damaged, etc.

Description

technical field [0001] The invention relates to food and medicine packaging equipment and methods, in particular to a bag discharging device and method for infusion soft bags. Background technique [0002] At present, there are two main ways of producing soft bags on the market: one is that the finished product is directly pushed out by the cylinder and dropped on the conveyor belt; Take it out and drop it on the conveyor belt. Both of these methods have phenomena such as uneven bag output after dropping, stacked bags, upside-down bags, and bags turned over with the printed side facing down. Bacteria tray, if there is no manual intervention, the bag will be very chaotic after entering the sterilization tray and will affect the sterilization quality of the product; at the same time, because the bag body and the mouth tube of the soft bag have just been welded, and the welding surface has not yet cooled down, the drop method is used, which may affect the sterilization quality...

AI Technical Summary

Problems solved by technology

Both of these methods have phenomena such as uneven bag output after dropping, stacked bags, upside-down bags, and bags turned over with the printed side facing down. Bacteria tray, if there is no manual intervention, the bag will be very chaotic after entering the sterilization tray and will affect the sterilization quality of the product; at the same time, because the bag body and the mouth tube of the soft bag have just been welded, and the welding surface has not yet cooled down, the drop method is used, which may affect the sterilization quality of the product. Risk of leaks due to damage to welded surfaces

Images