Intelligent compounding equipment of medical surgical gown

Abstract

The invention discloses intelligent compounding equipment of a medical surgical gown. The intelligent compounding equipment comprises a side welding module, a middle welding module and a clamping pulling mechanism for clamping an upper layer non-woven fabric and a lower layer non-woven fabric to be transmitted forwardly, wherein the side welding module comprises two oppositely-disposed roll welding mechanisms; each of the roll welding mechanisms comprises a welding head, a pressing wheel disposed above the welding head, a side pressing driving mechanism and a welding rotary driving mechanism for driving the pressing wheel to rotate; the middle welding module comprises a welding plate, a plurality of pressing blocks and a middle pressing driving mechanism; the pressing blocks are sequentially arranged above the welding plate in a direction perpendicular to the conveying direction of the non-woven fabrics; and the welding head and the welding plate are all connected with ultrasonic welding equipment. According to the intelligent compounding equipment, automatic compound welding processing can be performed on the perforated upper layer non-woven fabric and the lower layer non-woven fabric, so that a finished surgical gown is formed without artificial participation, and the compounding efficiency and precision of the surgical gown are effectively improved.

Description

technical field [0001] The invention relates to a medical operation gown manufacturing device, in particular to an intelligent composite device for a medical operation gown. Background technique [0002] Medical surgical gowns are sterile isolation clothing worn by doctors and patients during surgery. They are used to isolate infections caused by germs and other factors, avoid secondary infections to patients, and prevent liquids such as alcohol and blood from infecting medical staff or patients. There is a specific ventilated medical surgical gown for patients on the market, which is composed of two layers of non-woven fabrics. The upper non-woven fabric has a connection hole, and the lower non-woven fabric has multiple ventilation holes. The air duct used for blowing is connected to the connection hole; during the operation, the air duct blows air into the medical surgical gown through the connection hole, and blows to the patient evenly through the multiple ventilation ho...

AI Technical Summary

Problems solved by technology

There is still no automated equipment capable of producing the above-mentioned medical surgical gowns on the market, resulting in low manufacturing efficiency and poor quality of the medical surgical gowns

In order to realize the automatic production

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