Integrated medical cotton ball manufacturing device

Abstract

The invention provides an integrated medical cotton ball manufacturing device and belongs to the field of medical instruments. Gauze rolls are rotatably connected onto a lifting mechanism, the gauze rolls are fixedly connected with gauze, a cotton ball falling mechanism is arranged on a first conveying mechanism, a plurality of cotton balls fall into the cotton ball falling mechanism and fall onto the gauze far away from the first conveying mechanism, and two layers of gauze are arranged above and below the cotton balls respectively. The two layers of gauze above the cotton balls are connected to the two gauze rolls respectively, the gauze rolls are rotationally connected with the lifting mechanism, the lifting mechanism is fixed to the first conveying mechanism, a second conveying mechanism is provided with a transverse sewing and cutting linkage mechanism, and the transverse sewing and cutting linkage mechanism cuts the gauze to generate a plurality of finished cotton balls. The cotton ball falling mechanism is arranged, so that the cotton balls can be limited and controlled to fall in a timed and orderly manner; the arranged transverse sewing and cutting linkage mechanism links a vertical sewing machine and a cutting knife, so that the cost is saved; and the lifting mechanism is arranged to adjust the height of the gauze rolls, and the quality of produced finished cotton balls is improved.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to an integrated medical cotton ball making device. Background technique [0002] Medical cotton balls are processed from medical absorbent cotton. They are white, soft to the touch, odorless, tasteless, and elastic. It is used by medical institutions for application, scrubbing, debridement, skin disinfection and disinfection of medical devices. [0003] At present, most cotton balls need to be manually folded and made by medical staff. Not only is the efficiency low, but the folded cotton balls are prone to loosening during use, which affects use. At present, there are also some equipment used for the production of medical cotton balls. In the existing production of medical cotton balls, the falling of the cotton balls cannot be regularly and orderly. In the production process, the existing equipment does not have an equal-time or equal-distance drop mechanism, and additional adj...

AI Technical Summary

Problems solved by technology

[0003] At present, most of the cotton balls need to be manually folded by medical staff, which is not only inefficient, but also the folded cotton balls are prone to loosening during use, which affects the use

At present, there are also some equipment used for the production of medical cotton balls. In the existing production of medical cotton balls, the falling of the cotton balls cannot be regularly and orderly. In the production process, the existing equipment does not have an equal-time or equal-distance drop mechanism, and additional adjustments are required after the cotton balls fall, which increases production costs and has a negative impact on subsequent sewing and cutting processes. influence, resulting in inaccurate sewing and cutting; in the existing production equipment, the sewing machine and the cutting machine are set separately, and the operation in two parts increases the cost, and the operation is inconvenient. The sewing machine and the cutting machine need to be controlled separately, which makes the control system more complicated High requirements, it is necessary to ensure the accurate time interval between the two processes, which increases the difficulty of the design of the control system; the gauze roll will gradually become smaller during the production process, resulting in a larger gap between the gauze roll and the cotton ball during the transportation process, and the cotton ball Variations in the drop position of the ball, resulting in unstable quality in subsequent sewing and cutting processes

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