Intelligent manufacturing equipment for increasing sizing rate for bandage production

Abstract

The invention relates to the technical field of bandages, and discloses intelligent manufacturing equipment for increasing a sizing rate for bandage production. In the equipment, stabilizing pieces are fixedly connected to the left side and the right side of a main body. According to the intelligent manufacturing equipment for improving the sizing rate for bandage production, a solution is fed through a feeding port, original sizing in the feeding port moves to the upper end through a conveying part, the feeding port and the conveying part are not equal in height, the conveying part is lower than the feeding port, a supporting rod at the top end of the conveying part moves upwards under the gravity effect, a sliding strip synchronously operates on an internal center seat, a push rod is stressed to gradually move towards the middle, and a round rod accessory accelerates to push a bandage strip, so that the rotating speed of the center seat is increased, meanwhile, the sizing speed can be controlled by controlling the push rod, thus the equipment has the function of controlling the sizing speed, the self-adhesion is improved, the utilization rate is relatively high, and the production of the bandage is promoted.

Description

technical field [0001] The invention relates to the technical field of bandages, in particular to intelligent manufacturing equipment for improving the sizing rate for bandage production. Background technique [0002] Bandages are gauze bandages that bind wounds or affected areas. They are common medical supplies. They are mainly composed of non-woven fabrics. There are many different types and methods of dressing. It is necessary to choose the appropriate type and dressing method according to the injured part. Bandages are The most commonly used medical supplies in hospitals, bandages are usually used to bandage the wound after surgery, or to fix the affected area when fractures occur, so the demand for bandages in hospitals is huge. [0003] However, in traditional bandage production equipment, due to the poor elasticity and self-adhesiveness of the non-woven fabric itself, spandex filaments are generally woven into the non-woven fabric substrate, and then the viscose fibe...

AI Technical Summary

Problems solved by technology

[0003] However, in traditional bandage production equipment, due to the poor elasticity and self-adhesiveness of the non-woven fabric itself, spandex filaments are generally woven into the non-woven fabric substrate, and then the viscose fiber is coated to make the non-woven fabric substrate have a Self-adhesive, but such a sizing rate is very low and uncontrollable, and the relative utilization efficiency of the slurry will become very low. Not only that, but generally wait for the natural wind to dry the bandage. This air-drying method It is very slow, and it is not easy to collect, so an intelligent manufacturing equipment for bandage production to increase the sizing rate came into being

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