An embodiment may include a face covering apparatus. The face covering apparatus includes one or more machine-washable layers of cloth, where a plurality of magnets is insertable in and removable from the one or more machine-washable layers of cloth. The face covering apparatus includes a plurality of adhesive magnets comprising a plurality of dual-sided adhesives, where the plurality of dual-sided adhesives is configured to secure the plurality of adhesive magnets to a human face. The plurality of cloth magnets is configured to secure the one or more machine-washable layers of cloth over the human face based at least on a magnetic attraction between the plurality of cloth magnets inserted in the one or more machine-washable layers of cloth and the plurality of adhesive magnets secured to the human face.

A mask can be positioned on a face of a user to filter respiration of the user. The mask can comprise a filter having a first edge that extends along a first axis and a second edge that is spaced from the first edge along a second axis that is perpendicular to the first axis. First and second material strips having adhesive thereon can be elongated along the first axis. The first and second material strips can overlie the respective first and second edges of the filter so that the first material strip comprises a first portion that overlies the filter and a second portion that extends outwardly from the first portion along the second axis.

A mask assembly, including a face covering portion, a pocket connected to the face portion and positioned to cover a wearer's nose and mouth, a connection portion operationally connected to the face covering portion, and a filter removably inserted in the pocket. The filter further includes a porous hydrophobic and lipophobic layer, a diamond-like carbon layer, an activated carbon layer, an N95 membrane, an anti-stick cloth layer, and a non-woven fabric layer.

The invention is directed to a reusable face mask that may be fitted with filter material from the inside, outside or both inside and outside of the mask. Any filter material can be used and easily replaced in the face mask which is washable and environmentally sustainable.

A device for automating the process of installing eyelash extensions onto the natural eyelashes of a subject. In some embodiments, the placing of extensions is carried out by a robotic mechanism utilizing computer vision.

A dual mode face mask wherein in a first mode the mask can be used normally and in a second mode the mask can be sealed against the user's skin.

Disclosed is a personal protection kit comprising a mask sized to cover a wearer's nose and mouth and having a perimeter size and shape and a tacky cured silicone material having a size and shape to match the mask perimeter size and shape. Also disclosed is a self-adhesive mask including a tacky cured silicone material. A tacky cured silicone material having the shape of a face mask perimeter is disclosed as well as a tape made of the tacky cured silicone material. Also described herein is a protective face mask including a flexible mask body sized to fit over a nose and mouth of a wearer and having central opening and a removable barrier covering the central opening.

The invention relates to introducing a bendable frame for viral protection and surgical face masks to help protect, soothe and circulate blood of irritated skin affected from wearing face masks for a long time specially during the time of a pandemic such as COVID-19, introducing flexible sticky tapes which help in moisturizing and massaging skin that is in contact with the face mask and also contains attachment socket for adding helpful attachments for the area under the face mask such small fan attachment to help dry skin from sweat without having to take off the face mask, light therapy attachment to help prevent acne or irritation and extra sockets for any further customized attachments.

A device for automating the process of installing eyelash extensions onto the natural eyelashes of a subject. In some embodiments, the placing of extensions is carried out by a robotic mechanism utilizing computer vision.

A facial barrier assembly includes a liner including distinct sheets and a barrier including distinct face masks. The face masks are removably coupled to the sheets. Common perforations extend through the liner and the barrier to define the distinct sheets and, in some cases, the distinct face masks. The liner and the barrier are arranged as roll or a fanfold.