Reusable multiple-protection operating gown

Abstract

The invention discloses a reusable multiple-protection operating gown. The operating gown is made from fabric serving as basic fabric in a clipped mode; the fabric is made from 75D / 72F low elastic network yarns, 6F conductive yarns and anti-radiation metal wires in an interwoven mode, wherein the 6F conductive yarns and the anti-radiation metal wires serve as warp yarns and weft yarns; the warp tightness of the fabric is 66.5, the weft tightness of the fabric is 41.0, the whole warp yarn quantity is 3,322 teeth, the whole weft yarn quantity is 9,968 teeth, the gram weight per square of the fabric is 118 / m<2>, the weft density is 41 / cm, and the low elastic network yarns comprise 96% of polyster chemical fiber filaments and 4% of composite carbon fiber components; the basic fabric is dyed through disperse dyes, and then a single face or double faces is / are coated or soaked with DuPont Teflon. According to the reusable multiple-protection operating gown, the advantages of a traditional cotton-cloth operating gown and the advantages of a disposable nonwoven operating gown are combined, a brand-new operating-gown composite fabric formula is provided, the reusable multiple-protection operating gown can be reused for multiple times, and the reusable multiple-protection operating gown has the breathable performance, the comfortable performance, the small fiber tow floccule performance and the like, and also has the water resistance function, the blood resistance function, the bacterium resistance function, the static resistance function, the radiation resistance function and the like.

Description

technical field [0001] The invention relates to the field of medical surgical gowns, in particular to a reusable two-way protective surgical gown that is waterproof, anti-blood, bacteria-proof, anti-static and anti-radiation. Background technique [0002] The operating room is the main place where the hospital performs operations, examinations, treatments and rescues on patients. The cleanliness of the operating room environment directly affects the wound healing and health of patients, and is also an important factor causing nosocomial infection and cross-infection. According to reports, each person will shed about 10,000 particles per minute. In the operating room, these impurities are likely to hide germs. Therefore, since the inception of modern western medical surgery, it is a basic principle to use sterile surgical gowns as an isolation barrier between medical staff and patients' surgical wounds to protect patients' surgical wounds from microbial infection. With the c...

AI Technical Summary

Problems solved by technology

At present, the cotton surgical gowns commonly used in hospitals are comfortable to wear, but the effect of waterproof and blood-proof and bacteria-proof is poor. Bacteria, but the drape and strength of the clothes are poor, and the wearing comfort is poor

[0004] In hospital work sites, especially operating rooms, static electricity is the cause of many problems: dust can explode due to static electricity, copiers and computer terminals can malfunction due to static electricity, and sensitive integrated circuits can be damaged by static electricity. Damage, most importantly the operating room is equipped with sensitive electronic equipment, which is extremely sensitive to electrostatic effects

At the same time, the role of medical equipment determines that the hospital environment is inevitably filled with various rays. Medical staff who have been working in the hospital for a long time will inevitably receive radiation effects. Without suitable radiation-proof materials to make medical clothing and surgical gowns, medical staff will be injured by radiation.

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