53 results about "Surgical Attire" patented technology

Apparatus and a method for sealing of protective barrier fabric seams in otherwise impermeable articles such as garments, footwear, surgical gowns and the like, are provided, the sealed seams maintaining the imperviousness of the article, including seamed joints, to water, body fluids, pathogens and chemicals. In one pass through the apparatus, a sealed seam in a protective barrier fabric joint, using a curable adhesive sealant, is provided along a predetermined and specified length of the joint. The preferred adhesive is a silicone, most preferably a two-part, thermosetting silicone elastomeric adhesive. Also provided are mixing dies for use, inter alia, in the process which are especially suited for applying the two-part adhesive sealant. In addition, variable-residence-time curing apparatus, which effects variable, controlled, desired cures of the adhesive, all in a one-pass operation, is provided, together with precise metering pumps, especially suited for supplying the seam sealing adhesives in the process of the invention.

The invention relates to a plus material capable of being repeatedly used and realizing good performance of shielding liquid such as water, blood, body fluid and the like, moisture permeability, good ventilation performance and the like, and a manufacture process of the plus material, in particular to a plus material for medical operation garments and cloth for operation. The plus material comprises a surface layer, an inner layer and a middle protection layer poly urethane (PU) film, wherein the surface layer and the inner layer are textile fabrics with proper density and tissue structures. The plus material is characterized in that the plus material is made by pasting the surface layer, the protection layer and the inner layer by hot melt adhesives. The manufacture process of the plus material is simple, products are used for the medical operation garments and the cloth for operation, have the moisture permeability and ventilation performance and also have good functions of shielding liquid such as water, blood, body fluid and the like, the washing resistance is good, the plus material can be repeatedly used for many times, the medical high-temperature sterilization processing resistance can also be realized, the service life is long, and the plus material still has good waterproof and ventilation performance, good blocking performance and high bonding intensity after being subjected to 80 times of washing, baking and sterilization treatment.

The invention relates to a composite electrostatic spinning micro-nano fiber antibacterial non-woven sanitary material and a preparation method thereof. The composite electrostatic spinning micro-nanofiber antibacterial non-woven sanitary material is formed by compounding antibacterial micro-nano fibers and a non-woven material, and the reliable antibacterial effect can be achieved on the basis that the original performance of the non-woven sanitary material is not changed. The micro-nano antibacterial sanitary material has excellent antibacterial and bacteriostatic effects, and can be applied to various sanitary materials such as paper diapers, surgical gowns, female sanitary towels and other sanitary products.

The invention provides a preparation method of a soft medical surgical gown SMS non-woven fabric. The soft medical surgical gown SMS non-woven fabric adopts the following raw material: a PP spun-bonded material, a polyolefin copolymer, an amide additive, a PP melt-blown material, special spun-bonded blue master batches and special melt-blown blue master batches in the mass ratio of 50-65: 15-25: 0-3: 18-25: 0.5-3.0: 0.5-3.0. The preparation method comprises a melt extrusion step, wherein in melt extrusion, the temperature of a screw adopted by the spun-bonded mixture is 225-235 DEG C, the temperature of a melt pipe adopted by the spun-bonded mixture is 230-235 DEG C, the temperature of a die head adopted by the spun-bonded mixture is 233-238 DEG C, the temperature of a screw adopted by themelt-blown mixture is 235-245 DEG C, the temperature of a melt pipe adopted by the melt-blown mixture is 245-255 DEG C, and the temperature of a die head adopted by the melt-blown mixture is 255-260DEG C. The preparation method further comprises a hot rolling step, wherein in hot rolling, an embossing roller with the hot rolling area of 12-15% is selected, the temperature of the roller is 148-152 DEG C, and the pressure of a rolling mill is 60-65N. According to the preparation method, softness and smoothness of the SMS non-woven fabric are remarkably improved, and meanwhile, the prepared non-woven fabric has good strength and protective shielding performance.

A surgical gown for protecting the wearer while maintaining the sterile field, and further offering the wearer the ability to directly access and interface with technological equipment being operated during a surgical procedure. The surgical gown comprising one or more functional windows positioned on the gown to allow the wearer to interface in a sterile manner with a device attached to the wearer underneath the gown, for example a device attached to the wearer's arm and/or chest. The windows disposed in the gown are sized and adapted to accommodate a variety of devices including cameras for POV filming and/or recording, as well as control displays for local or remotely located technological equipment.

The invention relates to a producing method of a three-warp three-weft light and thin fabric. The producing method comprises the steps that PET is selected as a warp and weft yarn raw material, and the fabric weave is plain grids; warp yarns undergo winding, twisting, slashing, spooling, beaming and drafting, weft yarns undergo winding, twisting, sizing and spooling, the warp yarns and the weft yarns are knitted, and then after finishing is performed to obtain the three-warp three-weft light and thin fabric. The produced three-warp three-weft light and thin fabric adopts loose and smooth yarnsand has full hand feel, a knitting process is low in cost and high in efficiency, and the producing method has the good application prospect in the fields of umbrella covers, down jackets, surgical gowns, foods, medicine, precise and electronic cleanroom suits and the like.

The invention discloses a drying and sterilizing device for surgical gowns. The device comprises a base, wherein a mounting and moving mechanism is arranged on the base, a driving mechanism is arranged in the mounting and moving mechanism, and heating mechanisms are arranged on two sides of the driving mechanism. The device has the beneficial effects that the temperature in a drying box is conveniently and rapidly increased by arranging a plurality of heating pipes and heating rods; through arrangement of a driving motor and a driving gear, a driven gear and fan blades are conveniently drivento rotate, hot air can be rapidly spread to all corners of the heating box for sterilization, the drying efficiency is improved; through arrangement of sliding grooves, the height of a supporting plate can be conveniently adjusted, and the surgical gowns of different lengths can be conveniently hung; through arrangement of threaded rods, the supporting plate can be conveniently limited under the action of threaded holes and threads of threaded grooves, the stability of the supporting plate is improved, and meanwhile the supporting plate is convenient to dismount; and through a three-fork siphon and a fan, water vapor can be conveniently and rapidly sucked out through a siphon effect, and the surgical gowns are prevented from being wetted by condensate water.

The invention relates to a composite non-woven fabric and a preparation method thereof, the composite non-woven fabric comprises a skin-friendly layer, a transition layer, a base layer and a protective layer, the transition layer is located between the skin-friendly layer and the base layer, the skin-friendly layer is bonded and matched with the transition layer, the transition layer is fixedly connected with the base layer, and the base layer is bonded and matched with the protective layer; the base layer is formed by lapping modified polypropylene filaments; the modified polypropylene filament comprises the following raw materials in parts by weight: 80-120 parts of a polypropylene base material; 6-8 parts of dioctadecyl ammonium chloride; 8 to 12 parts of 4-[(heptadecafluorononyl) oxy] sodium benzenesulfonate; 6-8 parts of white mica powder; 2-6 parts of an antibacterial auxiliary agent and 0.5-1.5 parts of a lubricant. The composite non-woven fabric has the advantages that the composite non-woven fabric is not prone to generating static electricity, and therefore the dust adsorption probability is reduced when the composite non-woven fabric serves as a surgical gown fabric.

An elastic band for attachment over the juncture of a surgical glove and sleeve of a surgical gown is disclosed. The elastic band has an abrasive inner surface in contact with the juncture to limit movement of the band relative to the juncture. A circumferential portion of the inner surface is concave. The band may be of variable circumferences to fit the user, adjusting to the size of the user's wrist.

The invention discloses a medical textile which comprises an inner layer, an outer layer and a core layer, wherein the core layer is located between the inner layer and the outer layer, the inner layer is made of moisture absorption and sweat releasing fabric, the outer layer is made of adsorption functional fabric, and the core layer is a waterproof and breathable Goretex film. The structure with polyester outside and cotton inside is adopted, polyester fibers on the outer layer have non-circular special-shaped sections, and guide pipes for transferring moisture are formed between the fibers, so that the fabric has a microgroove guide pipe effect, and sweat discharged by a human body quickly reaches the surface of the fabric through the huge guide pipes due to siphonage and is diffused and volatilized. The medical textile disclosed by the invention is suitable for manufacturing surgical gowns or medical clothes, and has the multifunctional effects of absorbing sweat, removing moisture, resisting water, ventilating, preventing static electricity and blocking germs.

The present invention provides a surgical gown management apparatus. The apparatus comprises: a surgical gown tag module, an inputting module, a writing module and a data management module. The surgical gown tag module is disposed on a surgical gown; the surgical gown tag module is used to store a type of the surgical gown, whether the surgical gown has been cleaned, the number of cleaning times and identity identification information. The inputting module scans a surgical gown tag module on a newly added surgical gown to acquire tag information of the newly added surgical gown; the writing module scans a surgical gown tag module on a recorded surgical gown to acquire recorded tag information; the writing module sends the tag information of the newly added surgical gown and the recorded the surgical gown to the data management module; and the data management module records, for each each surgical gown, the type and the number of cleaning times of the surgical gown and whether the surgical gown is cleaned. For the newly added surgical gown and the recorded surgical gown, the modules accurately record the type and the number of cleaning times of each surgical gown and whether the surgical gown is cleaned, thereby realizing efficient and accurate management of the surgical gowns.

A scrubs returns cabinet for a hospital allows workers to return surgical garment tops and bottoms. A cabinet housing has a loading door leading to a return port through which the customer places the soiled scrub suit after entering customer identification information. The scrubs fall into a collection area and are dispersed by a diverter into the collection area. Additionally, a compacting paddle compacts the accumulating scrubs to utilize more of the collection area and accommodate more dirty scrubs before the collection area needs to be emptied. The scrubs are compressed by the compactor after being dispersed by the diverter.