Described herein are hand and feet covering assemblies configured to shield portions of hands and feet from external aqueous solutions, such as spray tans, and particulate matter, such as dirt when used in tanning salons or other publicly frequented locations. The inventive concept is equipped with anchor points, a transparent, polymer material, and foot sole grip portions, such as treads or bumps. The inventive concept is flexible, disposable, adhesive-enabled and is designed in one embodiment to selectively cover the palm side of hands and the sole side of feet to shield those sides from spray tan and then be easily removed.

A glove having tabs. The tabs extend from the palm and dorsal sides of the wrist opening such that they can be gripped when the glove is donned to assist in removing the glove from the wearer's hand. In an embodiment of the glove, the finger and thumb sheaths are arranged in a symmetrical manner, thereby allowing the glove to be used in an ambidextrous fashion. In another embodiment, the glove is constructed from a paper or paper-based material so that it can be conveniently dispensed and used as a sanitary disposable hand covering.

A disposable personal protector shield mainly for individuals involved in food preparation in the food service industry, such as all types of restaurants, food trucks, grocery stores and the like. Alternatively, the disposable personal protector shield can be used for painters to be protected from splashes and spills. The disposable personal protector shield provides the user with an easy and convenient application using adhesive tape strip elements around its perimeter which be attached directly to one's garment of skin. In addition, the disposable personal protector shield comprises of an antimicrobial protection coating with antimicrobial properties that protect against growth of viruses, germs, mildew, bacteria and the like. Comprising of a biodegradable material, the disposable personal protector shield can be easily discarded after each use. The overall design provides protection by consisting of a top edge having corresponding edges from which downwardly contoured cut-out sections at the distal point of which the remainder of the body portion extends. The top edge is designed to be placed generally along the collar bone area of user. The cut-out sections are provided to accommodate unimpeded movement of the arms of the user. The remaining body portion is designed to cover the remainder of the torso and upper leg region. Even more so, the functionality of the disposable personal protector shield promotes good hygienic methods and practice for the preparation of food.

A detachable capture device for biomaterials may include a capture unit and an attachment unit. The capture unit may have a certain area to be attached biomaterials that causes respiratory diseases thereon, and the attachment unit may be detachably attached to an inner surface of the mask or an outer surface of the mask to fix the capture unit to the mask.

A facemask having a graphene layer providing antibacterial and antiviral properties. The facemask is also able to generate electricity from the wearer's breath. The graphene is a three dimensional graphene produced in situ the facemask by burning a suitable material in the facemask with a laser, i.e. laser induced graphene (LIG). Typically, the graphene comprises hydrophilic graphene, in such a way that the graphene is more hydrophilic towards one side of the substrate and less hydrophilic towards the other side of the substrate, which provides the possibility of generating an electrical potential difference using human breath.

Mesh materials for the controlled release of antimicrobial and antiviral compounds, with high antiviral activity and efficacy, predominantly against coronavirus, and a method for producing mesh materials with inclusion compounds of bisbiguanide:cyclodextrin, using mesh materials selected from polymers, fibers, nonwoven fabric, fabrics, paper and cellulose, individually or in combination, or a combination of one or more of these mesh materials with adhesives. The mesh materials impregnated, extruded, saturated, coated or laminated with inclusion compounds have been shown to be effective in the deactivation/destruction of viral particles. In fabrics, the inclusion compounds exhibited virucidal activity for all of the viruses in the coronavirus group for contact times of above 2 minutes, with the effect thereof lasting for more than 30 days. The mesh materials for controlled release of antivirals have displayed activity which is up to 1000 times more effective than the use of unencapsulated chlorhexidine.

The present invention is a neck warmer that includes a mask member, a filtration material, a closable aperture, a nose holder, a first stitching, a second stitching, and a third stitching. The mask member has a top, a bottom, a front and an interior. The mask member fits flexible material encircling and covering the nose, mouth and neck area of a wearer. The filtration material has one or more filter layers. The one or more filter layers have material sufficient to reduce a presence of certain substances in air that passes through the one or more filter layers. The closable aperture is attached to the interior of the front of the mask member. The closable aperture is sized to receive the filtration material. The nose holder is attached to the interior of the front of the mask member. The nose holder has a first and second nose portions. The first and second nose portions firmly cover the nose of the wearer. The first stitching and the second stitching are secured respectively to two opposite sides of the mask member. The third stitching forms a seam is positioned between the first stitching and the second stitching.

A pair of short length disposable finger food gloves protecting the fingers and thumb from oily foods, juicy sauces, sticky syrups, liquids, and all other food residue while eating finger foods when hand washing is not accessible where the design accommodates the use of this glove by offering various shapes (e.g., with an extended tab) along the diagonal hemline to aid in dressing the hand with circular, square, rectangle, inverted triangle, and triangle forms or tabs to pinch and pull to insert the hand with optional combinations of shapes for the knuckle side and palm side of the hands whereby the material used will be of a lightweight vinyl, polyurethane, paper, felt, fabric, rubber or a combination of materials with various sizes and optional colors to suit the wearer.

A disposable personal protector shield mainly for individuals involved in food preparation in the food service industry, such as all types of restaurants, food trucks, grocery stores and the like. Alternatively, the disposable personal protector shield can be used for painters to be protected from splashes and spills. The disposable personal protector shield provides the user with an easy and convenient application using adhesive tape strip elements around its perimeter which can be attached directly to one's garment or skin. In addition, the disposable personal protector shield has an antimicrobial protection coating with antimicrobial properties that protect against growth of viruses, germs, mildew, bacteria and the like. The biodegradable material and the disposable personal protector shield can be easily discarded after each use. Even more so, the functionality of the disposable personal protector shield promotes good hygienic methods and practice for the preparation of food.

A glove includes a glove body configured to cover a hand of a wearer. The glove body has an outermost layer including cellulose particles and constituting an outer surface of the glove. At least some of the cellulose particles are at least partially exposed from the outer surface.