The present invention relates to a personal respiratory protection device, in particular, such a device comprising a respirator body having a periphery, a filter media, forming at least part of the respirator body, and a gasket, the gasket being located at the periphery and extending along at least a portion of its length.

A head garment is made of elastically stretchable fabric configured to fit over and surround the head of a wearer and conform substantially to the shape of the wearer's head. The head garment has an eye opening positioned to allow the wearer to see therethrough, and a protective eye shield completely covering the eye opening. A multi-layer filter portion is configured to cover the wearer's mouth and at least a lower part of the wearer's nose and has three or more filter layers for filtering air during breathing. Additional filter layers may be added to the multi-layer filter portion to enhance or modify the filtering properties. The multi-layer filter portion may be configured as a removable filter pack that can be removed and replaced by other filter packs having different filtering properties.

Systems and methods for a face shield for attachment to goggles or eyeglasses are disclosed. An attachment portion secures a shield to said googles or eyeglasses. The attachment portion includes an outer band secured to and extending along an upper portion of the shield. An inner band extends along an upper portion of the goggles or eyeglasses. At least one clip removably secures the attachment portion to the goggles or eyeglasses.

Disclosed is an integrated respiratory and eye protective system that is light-weight and easily carried, is fast and easy to apply by a user, and that ensures protection of a user against inhalation or ingestion of or exposure to environmental contaminants, including for example dangerous aerosolized chemical, biological, and radiological materials. The system includes a mask that fits tightly over a user's nose and mouth and down and around their neck, with two filter assemblies on either side of the mask that filter environmental contaminants out of the air as the user breathes in through the mask. Goggles are provided that provide a single, continuous seal against the user's face and about the user's eyes, with the bottom, central portion of the goggles configured to engage and closely mate with the top, central portion of the mask.

A respiratory protection mask is disclosed. In one example, the respiratory protection mask comprises an upper portion, a lower portion, and a respiratory filter. The respiratory filter comprises an air outlet, and is arranged in, on and/or at the upper portion such that an inhaled airflow can run substantially straight from the air outlet of the respiratory filter through the upper portion, towards the lower portion and/or to a nose of a mask wearer when the respiratory protection mask is worn by the mask wearer.

A mask system includes a headphone part having two ear cups and an elastic headband bearing the ear cups, an oxygen mask part having an oxygen mask arranged pivotably on the headband, and a spectacles part having protective spectacles arranged pivotably on the headband. The oxygen mask part can make the oxygen mask, with headband mounted on a head, move into a usage setting and a rest setting. The oxygen mask, in the usage setting, covers a mouth and nose of a user and, in the rest setting, lies at least partially above the headband mounted on a head. The spectacles part can make the protective spectacles, with headband mounted on the head, pivot into a usage setting and a rest setting. The protective spectacles, in the usage setting, cover the eyes of a user and, in the rest setting, lie at least partially above the headband.

A facemask assembly can include an interior air filter that is replaceable and/or contains biocidal elements. The filter can capture exhaled H.sub.2O to activate silver ions creating a biocidal environment. In some embodiments, at least part of the facemask is made via additive manufacturing. A facemask frame assembly can create a pleated filter to increase surface area and bring the filter material closer to the mouth and nose. The facemask can include a facial skirt customized to the facial geometry of the wearer. The facemask can have a permanently sealed filter than can withstand boiling and autoclaving temperatures so the mask system can be sterilized without disassembly. In some embodiments, the facemask has a visible display of how many times the facemask has been sterilized. In some embodiments, the mask includes a RFID device that can transmit how many times the facemask has been sterilized.

This disclosure involves systems and an apparatus for an in-mask display and mounting system for a display to be integrated into a positive pressure mask. In certain enclosed environments, emergency masks are used as a backup source of breathable atmosphere in the event the regular atmosphere becomes unusable. While the mask may enable breathing, smoke or other environmental factors may inhibit visibility. This disclosure provides an in-mask display, and mounting system to provide critical information to the user, regardless of visibility external to the mask. A mechanism is provided to allow the display to be translated vertically within the mask, allowing the user to align the display with their eyes. The display must also be mounted in a manner that minimizes mask penetrations and rejects any heat generated by the display outside of the mask.

Described is a protective mask for civil or military use including a supporting frame comprising two identical lateral seats, positioned in a lower portion of the supporting frame and mirroring each other relative to a sagittal plane of the supporting frame, and a front seat located in an upper portion of the supporting frame, a protective lens anchored to the supporting frame to cover the front seat and an inhaling opening and an exhaling opening which are interchangeable housed or which can be can be housed in the lateral seats.

Disclosed herein is an in-mask display or feedback system having a lens coupled to a face blank of the mask, the lens covering a facepiece. The feedback system includes a display apparatus coupled to the facepiece, and disposed within an interior of the mask, the display apparatus being powered by a first power source coupled to a housing of the display apparatus. The feedback system further includes a recording device (e.g., a camera) coupled to the face blank, the recording device operable to communicate data (e.g., wirelessly or wired) with the display apparatus. In some approaches, the recording device is powered by a second power source. In other approaches, the first power source provides power to both the recording device and the display apparatus. In another approach, the display apparatus includes an adjustment aperture formed therethrough to allow adjustment of an eye piece housing a display.