Surgical gown tie attachment
a surgical gown and tie technology, applied in the direction of protective garments, garments, applications, etc., can solve the problems of requiring costly laundering and sterilization procedures before reuse, requiring re-use, and supplying another potential source of contamination,
Inactive Publication Date: 2008-07-03
KIMBERLY-CLARK WORLDWIDE INC
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- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
A disadvantage of the materials used in these types of gowns is that they tend to form lint, which is capable of becoming airborne or clinging to the clothes of the wearer, thereby providing another potential source of contamination.
Additionally, costly laundering and sterilization procedures were required before reuse.
Gowns made from completely impervious material provide a high degree of protection, though a surgical gown constructed of this type of material is typically heavy, expensive, and uncomfortably hot to the wearer.
Generally, however, the higher the breathability of the material, the lower the repellency of the material.
Different types of surgical procedures expose the healthcare provider to different levels of blood and / or fluid exposure, so it is not feasible or economical to use the same type of surgical gown for every surgical procedure conducted by the healthcare provider.
Method used
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Examples
Experimental program
Comparison scheme
Effect test
example 1
Basic Ultra
[0045]A double folded SMS tie cord was bonded to an Ultra® surgical gown at a weld time of 0.175 seconds and a pressure of 65 psi using a point bond pattern. The bonded area was tested according to AATCC 127-1998. Twelve out of 12 samples failed.
example 2
Ultra with Fastape and PUB Bonding
[0046]A double folded SMS tie cord was bonded to an Ultral® surgical gown at a weld time of 0.175 seconds and a pressure of 65 psi using a PUB bond pattern with 25 percent bond area as described above. A 2.5 inch by 4 inch piece of Fastape® adhesive tape was placed below the tie cord bond site prior to bonding. The bonded area was tested according to AATCC 127-1998. Twelve out of 12 samples passed.
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There is disclosed the use of bonding and the placement of a reinforcement piece to meet AAMI levels 3 and 4 barrier properties in surgical gowns and similar articles formed from thermally sensitive laminate barrier materials that are composed of thermoplastic polymers. The reinforcement piece is placed on the side opposite of the tie and the bonding uses a point-unbonded pattern.
Description
BACKGROUND OF THE INVENTION[0001]Surgeons and other healthcare providers often wear an over garment during operating procedures in order to enhance the sterile condition in the operating room and to protect the wearer. The over garment is typically a gown that has a main body portion to which sleeves and a tie cord are attached. The tie cord encircles the wearer at the waist to keep the gown in place. In order to prevent the spread of infection to and from the patient, the surgical gown prevents bodily fluids and other liquids present during surgical procedures from flowing through the gown.[0002]Surgical gowns were originally made of cotton or linen, were reusable and were sterilized prior to each use in the operating room. A disadvantage of the materials used in these types of gowns is that they tend to form lint, which is capable of becoming airborne or clinging to the clothes of the wearer, thereby providing another potential source of contamination. Additionally, costly launder...
Claims
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IPC IPC(8): A41D13/12
CPCA41D13/1209A41D2300/52A41D2300/33A41D27/245
Inventor HAFER, GREGLIN, BRIANJASCOMB, JERRY
Owner KIMBERLY-CLARK WORLDWIDE INC



