Full-automatic production system and method for ostomy bag

Abstract

The invention discloses a full-automatic production system for an ostomy bag. The full-automatic production system for the ostomy bag comprises a horizontal workbench which is provided with a transmission part. A chassis feeding device is arranged on the left side of the transmission part, and a waste film wrap-up device is arranged on the right side of the transmission part. A film roll supplying device, a positioning ironing piece, a chassis ironing piece, a composite-film-roll supplying device, an ostomy edge-ironing piece and an ostomy sealing and cutting piece are arranged from left to right in sequence above the transmission part. The film roll supplying device, the positioning ironing piece, the chassis ironing piece, the composite-film-roll supplying device, the ostomy edge-ironing piece and the ostomy sealing and cutting piece are electrically connected with an electrical apparatus controller on the horizontal workbench. Photoelectric sensors are arranged in the positions, on one side of the transmission part, under the positioning ironing piece, under the chassis ironing piece, under the ostomy edge-ironing piece and under the ostomy sealing and cutting piece. The electrical apparatus controller controls the transmission part, the positioning ironing piece, the chassis ironing piece, the ostomy edge-ironing piece and the ostomy sealing and cutting piece to operate. According to the full-automatic production system and method for the ostomy bag, the production efficiency is improved, the cost is reduced, each process is effectively connected, and all processes are controlled through the electrical apparatus controller synchronously, so that the material carrying amount is reduced, and man-made quality risks are reduced.

Description

technical field [0001] The invention relates to the manufacture of an ostomy bag, in particular to a fully automatic production system and method of an ostomy bag. Background technique [0002] At present, patients with anorectal, urethra, and double-lumen stoma need to use an ostomy bag to receive excreta in vitro due to the particularity of the wound after surgery. According to the discharge port of the ostomy bag, it is generally divided into three categories: 1) Closed bag: suitable for changing the bag no more than once a day. 2) Open bag: suitable for semi-formed feces or liquid feces, the bag can be emptied as often as needed. 3) Urinary ostomy bag: It can discharge urine, liquid drainage, with anti-reflux device, and can be connected to the drainage bag. There are generally two categories according to product use: 1) Unilateral ostomy bags. 2) Bilateral ostomy pockets. According to the design of the ostomy bag, it is divided into one-piece and two-piece. [0003...

AI Technical Summary

Problems solved by technology

[0004] Two-piece: the bag and the chassis can be separated, the stoma can be cared for without tearing the chassis, the bag is easy to replace, and the skin around the stoma can be protected; the chassis can be cut according to the shape and size of the stoma; when the floating ring chassis is placed on the stoma bag, no It is necessary to pressurize the abdomen to protect the stoma; however, for those with intestinal prolapse and parastomy hernia, try not to pack two ostomy bags

The most important thing is material transfer. If the material cannot be flattened and the shape is not changed, the various materials can be accurately placed in place, and qualified products cannot be produced.

Different materials have different properties, and it is very difficult to transfer them at the same time. Soft materials are elastic and can be stretched and deformed. Accurate positioning is even more difficult. Manual operation, large-scale production requires more manpower, and material transfer in each process takes a long time

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