Automatic optical fiber pull-free type biliblanket weaving device

Abstract

An automatic optical fiber pull-free type biliblanket weaving device comprises a frame body and an optical fiber feeding mechanism having a pull-free effect on optical fibers. The optical fiber feeding mechanism is assembled on the frame body and conveys the optical fibers to a weaving position. A biliblanket woven by the weaving device uses the optical fibers as wefts and fishing threads as warps. The optical fibers are perpendicularly blown into weaving positions of the fishing threads by compressed gas through the optical fiber feeding mechanism on the top of the frame body when woven intothe biliblanket without any pull actions, and therefore the biliblanket woven by the weaving device has the advantage that the optical fibers are free of removal traces or removal breakage, and the optical property of the biliblanket is greatly improved.

Description

technical field [0001] The invention belongs to the field of medical equipment, in particular to an automatic optical fiber non-pull blue light blanket weaving equipment. Background technique [0002] The blue light blanket is used to treat jaundice symptoms of newborn babies. The principle is that the light energy is transmitted to the baby's skin along the optical fiber without attenuation, so that the light source can touch the treatment site at zero distance and enhance the treatment effect. The blanket surface of the blue light blanket is tightly arranged and woven by the optical fiber ends, the light energy is released evenly, and all parts of the baby can receive sufficient therapeutic light. thereby enhancing the therapeutic effect. The design of the soft blanket can not only directly touch the skin of the baby's back, but also wrap the baby with the blanket to increase the irradiation area and enhance the phototherapy effect. The blue light blanket is a cold light...

AI Technical Summary

Problems solved by technology

[0003] In the blue light blanket automatic preparation technology route, the main factor that affects its realization is the problem that the optical fiber is easy to break

During the weaving process of the blue light blanket, due to the pulling effect of the weaving equipment on the optical fiber, it is easy to cause tearing marks on the optical fiber, and even the disconnection of the optical fiber will greatly affect the light energy transmission.

Therefore, how to avoid breakage in the process of optical fiber delivery has become a technical bottleneck that limits the automatic preparation of blue light blankets

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