203 results about "Surgical Gowns" patented technology

A disposable surgical gown includes a main body including a front body and a back body; and sleeves extending from both sides of upper ends of the main body. The main body comprises a plurality of assembly sheets having air permeability and liquid non-permeability. The assembly sheets are bonded to each other along a continuous bonding line extending along edges of the sheets.

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.

A method and related system are provided for selecting a gown to be worn during a medical procedure according to a degree of barrier protection provided by the gown. A plurality of surgical gowns are provided having varying degrees of barrier protection. Each of the gowns is marked with visible indicia that indicates the degree of barrier protection of the respective gown. A comprehensive listing of information is provided on each of the gowns that indicates the different degrees of protection and corresponding indicia for all the gowns.

A disposable surgical gown includes a front portion, a pair of sleeves, and first and second back portions. The first back portion includes an adhesive tab which extends from the first back portion to overlap at least a portion of the second back portion when the surgical gown is donned by a wearer. The adhesive tab is configured to overlap to adhere to the gown in a worn position. The adhesive tab includes a pull tab at a free end thereof to permit a wearer to grasp the pull tab to easily set and release the adhesive tab to and from the surgical gown.

The invention relates to a nonwoven gown made of a gown body terminating in two edges at a back of the gown. The gown contains a closure member that extends around the gown body and terminates at each edge. Manipulation of the closure member moves at least one of the edges toward the other thereby closing the back of the gown. A fastener located along at least a portion of at least one of the edges may be provided. Some suitable fasteners include tape, hook and loop type fasteners, and / or snaps. Such a gown enables a wearer to close and secure the gown by himself while keeping his hands sterile.

A disposable hospital gown is provided having a main body and a pair of sleeves. Integrally formed with the hospital gown is a disposable wrapper that is particularly positioned or placed such that the gown can be rolled or folded into a bundle, after which the disposable wrapper is reversed and in the process of reversing the disposable wrapper, the bundled gown is stuffed or placed into the reversed disposable wrapper for disposal. The disposable hospital gown is suitable for use as an isolation hospital gown, a surgical gown, or a patient disposable gown.

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.

A surgical gown (100) includes a body-covering portion (101) and, optionally, sleeves (102,103). A surgery procedure verification card (120) can be attached to the surgical gown (100). The surgery procedure verification card (120), which can be configured to be selectively detachable from the surgical gown (100), is configured to facilitate a start of a surgical procedure after completion of a predetermined procedure. The surgical gown (100) can be color coded to indicate a barrier level or the presence of the surgery procedure verification card (120). The surgical gown (100) can be included in a surgical pack (400). The surgical pack (400) can include one or more surgical procedure gowns (401,402) that are not color-coded, as well as a surgical drape (440). Methods of using and manufacturing the surgical gown (100) are also described.

The invention relates to a gown having a gown body, an inflatable chamber capable of selectively inflating and deflating carried by the gown body, and a shaping element carried by the gown body. The shaping element is directly responsive to inflation of the inflatable chamber so that the shaping element is moved from an initial arrangement to a subsequent arrangement by inflation of the chamber. Upon subsequent deflation, the shaping member retains its shape. The entire structure is suitable for the self-assisted donning of a surgical gown.

Disclosed is a device to which medical instruments may be removably attached in an operating theater. Such device includes a landing pad attachable to a surgical gown about the region between the abdomen and chest of a person wearing the surgical gown and a magnet attached to the landing pad. Medical instruments are removably attached to the magnet for use by an operator in a surgical theater.

The present invention provides a breathable, lightweight material which has radiopaque qualities and is easy to produce. In the preferred embodiment, a lightweight fabric, such as a surgical mask liner or an entire surgical gown, is formed by mixing a lightweight radiopaque compound, such as barium sulfate, with a polymer filler, preferably polyethylene, to impart radiopaque qualities to the mixture, then extruding the mixture into a plurality of filaments to form a porous, nonwoven fabric mass, and forming the filament mass into a web suitable to be used as a garment liner or ply in a multi-ply fabric.

Provided herein are garments, systems and methods for enabling surgeons and other medical staff to aseptically interact with smart devices, control systems of other medical equipment, or printed materials. The garment comprises a garment body or gown, a pair of sleeves affixed to the gown, a plurality of openings disposed on the garment body, the sleeves, or a combination thereof and a plurality of transparent windows affixed over the plurality of openings. The garment also comprises means for retaining electronic devices or printed materials behind the transparent windows. This apparatus may further comprise one or more internal and / or external sleeves through which to insert the electronic devices or printed materials.

Surgical gown and method of manufacturing the surgical gown. In a first embodiment, the surgical gown requires only one operating room person to assist a surgeon in donning the gown. A shoulder flap extends from a rear torso portion, over a shoulder portion and to a front torso portion of the gown. With assistance of only one other person, the surgeon rotates to enclose himself within the surgical gown, secure the flap to the front of the gown and tie waist tie strings. A second embodiment gown is self-donning. The second embodiment comprises a pole to which the flap and one waist tie string are removably attached. The surgeon rotates to enclose himself within the gown, removes the flap and waist tie string from the pole, attaches the flap to the gown and ties the waist tie strings to complete the gowning procedure.

An antibacterial, waterproof and absorbent composite clothe for making special disposable clothing such as surgical gowns. The composite cloth mainly contains a three-layer flexible laminate, namely a middle layer, an outer layer and an inner layer. The middle layer is substantially waterproof and air breathable. The middle layer has an inner side and an outer side on opposite sides thereof. The outer layer is made of antibacterial non-woven fabric to prevent bacteria from migrating through the cloth and is secured to the outer side of the middle layer. The inner layer is made of absorbent non-woven fabric to absorb sweat and is secured to the inner side of the middle layer.

A disposable surgical gown having a front closure is provided. The disposable surgical gown comprises a gown body, which includes a first front portion, a back portion, and a second front portion which cooperate to provide the gown body. The gown body also includes a pair of sleeves joined at lateral sides to the gown body. A plurality of adhesive tabs are disposed on the first and second front portions, such that when the surgical gown is donned, the second front portion overlaps the first front portion. Selected adhesive tabs each having a pull tab are configured to permit a wearer to easily grasp each pull tab to set and release the plurality of adhesive tabs to and from the surgical gown.

The invention discloses a surgical gown fabric and a production technology thereof, and particularly provides the surgical gown fabric with reusable, antibacterial, anti-spatter and anti-static properties and other properties and the production technology thereof. The surgical gown fabric is characterized in that the fabric comprises a surface layer fabric, a middle layer bacterium-proof film and an inner layer fabric; the surface layer, the middle layer and the inner layer is bonded through a bonding technology to form a composite fabric; the surface fabric is a material woven from special-shaped cross-section modified hydrophilic polyester filaments and chilon based carbon black conductive covered yarn; the middle layer bacterium-proof film is a PTFE microporous film; the inner layer fabric is a material woven from special-shaped cross-section modified hydrophilic polyester filaments. The provided medical surgical gown fabric is simple in preparing method, the product has reusable, antibacterial, anti-spatter and anti-static properties and other properties, and the surgical gown fabric has good wearing comfort of being hygroscopic, fast to dry and the like.

The invention relates to a gown having a gown body, an inflatable chamber capable of selectively inflating and deflating carried by the gown body, and a shaping element carried by the gown body. The shaping element is directly responsive to inflation of the inflatable chamber so that the shaping element is moved from an initial arrangement to a subsequent arrangement by inflation of the chamber. Upon subsequent deflation, the shaping member retains its shape. The entire structure is suitable for the self-assisted donning of a surgical gown.

The invention discloses an intelligent production line of a medical surgical gown, which is characterized by comprising a feeding device, a punching device, a compounding device and a cutting and collecting device, wherein the feeding device, the punching device, the compounding device and the cutting and collecting device are sequentially disposed on a frame along the moving direction of an upperlayer nonwoven fabric and a lower layer nonwoven fabric. According to the intelligent production line, the punching device, the compounding device and the cutting and collecting device are connectedtogether, and the punching, compounding, cutting and collecting of the surgical gown can be automatically completed, thereby improving the production efficiency and quality of the surgical gown.

The invention discloses a piece of bubble type flexible non-woven cloth and a manufacturing method of the bubble type flexible non-woven cloth. Raw materials, namely, polylactic acid high polymers, are solidified into the cloth through melt spinning net laying and twice hot rolling. Annular nips are formed through the first time of hot rolling, point nips are formed through the second time of hot rolling, and finally the bubble type non-woven cloth is formed. Due to the fact that the nip area is small and the three-dimensional structure is obvious, the non-woven cloth is excellent in flexibility, small in contact area when making contact with the skin, fresh and cool, can not be attached to the human body, enables a user to feel nice and cool, and can be widely applied to disposal medical treatment and public health products such as sanitary towels, paper diapers, adult incontinence trousers, surgical gowns and operation cushions through combination with the advantages of polylactic acid fibers. Meanwhile, the polylactic acid raw materials have the advantages that the polylactic acid raw materials can be completely and naturally circulated and can be decomposed in a biological mode, energy consumption is lowered, and the environment protection role is played.

A hot melt adhesive composition comprises a polymer blend based on a low molecular weight semicrystalline propylene based polymer and a high molecular weight essentially amorphous propylene based polymer, both of which are prepared by using single-site catalysts. The composition further contains a compatible tackifier, a plasticizer, an antioxidant, and optionally a wax, a filler, a colorant, a UV absorber, another polymer, or combinations thereof. The hot melt composition has low viscosity ranging from 500 mPa·s to 35,000 mPa·s at 177° C. and is useful for a variety of industrial applications where bonding of low surface energy substrates is encountered, including disposable nonwoven hygienic articles, labeling and other assembly applications. Particularly preferred applications include nonwoven disposable diaper and feminine sanitary napkin construction, diaper and adult incontinent brief elastic attachment, diaper and napkin core stabilization, diaper backsheet lamination, industrial filter material conversion, and surgical gown and surgical drape assemblies.

A self-donning surgical gown that can be secured in place on a user by the user without the assistance of another person is disclosed. The self-donning gown includes a neck fastening assembly, a back closure assembly, and / or a front tie assembly to facilitate self-donning by the user.

A surgical system including a surgical glove having support systems such as, but not limited to, lights, electrical cautery, suction, and irrigation. The surgical glove may include one or more lights, electrical cautery, suction, and irrigation positioned on distal ends of fingers of the surgical glove. The support systems may be controlled with switches positioned on the fingers upon which each support system is positioned. The switches may be operable with the thumb on the human hand upon which the surgical glove is attached. The surgical system may also include a surgical gown having a connection system for attaching support conduit to the surgical gown. The surgical system enables a surgeon to have a plurality of support systems immediately available and reduces entanglement problems endemic with conventional systems.

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.

A surgical system including a surgical glove having support systems such as, but not limited to, lights, electrical cautery, suction, and irrigation. The surgical glove may include one or more lights, electrical cautery, suction, and irrigation positioned on distal ends of fingers of the surgical glove. The support systems may be controlled with switches positioned on the fingers upon which each support system is positioned. The switches may be operable with the thumb on the human hand upon which the surgical glove is attached. The surgical system may also include a surgical gown having a connection system for attaching support conduit to the surgical gown. The surgical system enables a surgeon to have a plurality of support systems immediately available and reduces entanglement problems endemic with conventional systems.

Breathable multilayer films suitable for a wide variety of uses (e.g., protective apparel, surgical gowns, surgical drapes, aprons, roofing material, house wrap, etc.) are disclosed. The breathable multilayer film may include a monolithic core layer. The monolithic core layer may comprise at least one highly breathable polymer. The breathable multilayer film may also include at least one skin layer. The skin layer or layers may comprise at least one highly breathable polymer, a filler, and a non-breathable material. An exemplary structure of the breathable multilayer film provides a monolithic core layer, a first skin layer on one side of the monolithic core layer, and a second skin layer on the other side of the monolithic core layer. An exemplary construction of one or both of the skin layers includes one or more highly breathable polymers, a tiller, and a non-breathable material. The filler, for example, may comprise calcium carbonate.

A polymer composition for use in a hot melt adhesive comprises at least one semierystalline, low molecular weight (LMW) propylene-based polymer; at least one essentially amorphous, high molecular weight (HMW) propylene-based polymer; and at least one essentially amorphous, LMW propylene-based polymer. A hot melt adhesive composition further contains a tackifier, a plasticizer, an antioxidant, and optionally a wax, a filler, a colorant, a UV absorber, another polymer, or combinations thereof The hot melt adhesive is useful for a variety of industrial applications where bonding of low surface energy substrates is encountered, including disposable nonwoven hygienic articles, labeling and other assembly applications. Particularly preferred applications include nonwoven disposable diaper and feminine sanitary napkin construction, diaper and adult incontinent brief elastic attachment, diaper and napkin core stabilization, diaper backsheet lamination, industrial filter material conversion, and surgical gown and surgical drape assemblies. The composition demonstrates improved peel strength while maintaining very good creep resistance.

Nonwoven fabrics having liquid barrier properties are provided. The nonwoven fabrics may include one or more nonwoven layers, in which one or more of the nonwoven layers may include a liquid-barrier-enhancing-additive (LBEA) comprising an amide. The nonwoven fabrics may be suitable for use in a wide variety of liquid barrier applications, including facemasks, surgical gowns, surgical drapes, lab coats, and barrier components of absorbent articles (e.g., barrier leg cuffs).

The invention discloses intelligent compounding equipment of a medical surgical gown. The intelligent compounding equipment comprises a side welding module, a middle welding module and a clamping pulling mechanism for clamping an upper layer non-woven fabric and a lower layer non-woven fabric to be transmitted forwardly, wherein the side welding module comprises two oppositely-disposed roll welding mechanisms; each of the roll welding mechanisms comprises a welding head, a pressing wheel disposed above the welding head, a side pressing driving mechanism and a welding rotary driving mechanism for driving the pressing wheel to rotate; the middle welding module comprises a welding plate, a plurality of pressing blocks and a middle pressing driving mechanism; the pressing blocks are sequentially arranged above the welding plate in a direction perpendicular to the conveying direction of the non-woven fabrics; and the welding head and the welding plate are all connected with ultrasonic welding equipment. According to the intelligent compounding equipment, automatic compound welding processing can be performed on the perforated upper layer non-woven fabric and the lower layer non-woven fabric, so that a finished surgical gown is formed without artificial participation, and the compounding efficiency and precision of the surgical gown are effectively improved.

A disposable surgical gown is provided. The gown includes a front panel and sleeves formed from a first spunbond layer, a nonwoven (e.g., SMS) laminate, and a liquid impervious, moisture vapor breathable elastic film disposed therebetween. The gown also includes a first and second rear panels formed from a nonwoven laminate that is air breathable and allows for an air volumetric flow rate ranging from about 20 standard cubic feet per minute (scfm) to about 80 scfm. The gown further includes a collar formed from an air breathable knit material positioned adjacent a proximal end of the gown. The collar defines a neck opening having a v-neck shape adjacent the front panel. The v-neck shape forms an angle of greater than 90° at the neck opening. The combination of features results in a reduced-glare gown that is stretchable and impervious to liquids, yet can still dissipate heat and humidity.