An isolation assembly includes a mattress pad, a supporting frame set and an isolation mask. The mattress pad is installed on a bed. The supporting frame set is disposed on the bed. The isolation mask is installed on the supporting frame set. The supporting frame set holds the isolation mask, such that the isolation mask is located around a periphery of the mattress pad, so as to form an isolation space for the mattress pad to be accommodated.

Disclosed are enclosures for establishing a sterile environment over a patient for a medical procedure, as well as systems and methods thereof. An enclosure can include an expandable portion of a barrier separating a sterile environment inside of the enclosure from a non-sterile environment outside of the enclosure and a patient-interfacing portion of the barrier. The enclosure can also include a support system coupled to the patient-interfacing portion of the barrier in some embodiments. The patient-interfacing portion of the barrier can include one or more fenestrations for placement directly over one or more areas of interest of the patient, as well as for access to the areas of interest from within the sterile environment. When present, the support system can flank the fenestration. The support system is configured to support the enclosure on a surface when placed over an appendage of the patient or a main body of the patient.

A disease isolation module for patients, where the module includes an inflatable body adapted to accommodate a bed for a patient, transparent walls on the inflatable body to enable observation of the patient, and a door on the inflatable body.

An isolation enclosure to contain a person who may have an infectious disease to protect a surrounding population from the infectious disease or to contain a person who may not have an infectious disease to protect the person from a surrounding population who may have the infectious disease. The isolation chamber may be inexpensive, easy to setup, and may be secured to adjacent enclosures. The isolation chamber and adjacent enclosures may comprise the same components.

The disclosed infection control systems and devices can be easily and quickly deployed by clinicians and staff in emergent and routine medical environments to provide adequate protection from bio-aerosolized and droplet material while allowing appropriate access to and visibility of the patient during such procedures. The infection control devices may include a base member and a frame disposed on the base member. The frame may be configured to move between a collapsed state and an expanded state with respect to the base member. The frame may include a first support member and a second support member configured to extend vertically from the base member when in the expanded state. The devices may include an enclosure member that is disposed on the frame and the base member and configured to define an enclosure above the base member. The devices may also include access member(s) configured to provide access to the enclosure.

The medical furniture cover includes a plurality of surfaces being formed of a thermoplastic material, the plurality of surfaces including an upper surface and a plurality of side surfaces integral with and extending from the upper surface, the upper and side surfaces being configured to cover corresponding surfaces of a medical furniture. The upper surface is sized to fit the length and the width of the medical furniture, and the cover has an opening opposite the upper surface for fitting the cover over the medical furniture. A periphery of the opening is formed by distal ends of the side surfaces, and an elastic band is attached to the cover and extends along the periphery of the opening for securing the cover to the medical furniture.

According to some embodiments, an aerosol reduction system is disclosed. The aerosol reduction system comprises an electric air cleaner that includes a fan. The system further comprises a plurality of disposable curtains circumscribing the electric air cleaner that create an airtight seal with the air cleaner. Each of the plurality of disposable curtains defines a window opening. The system further comprises a window disposed on a window mount and the window create an airtight seal with the window opening.

A system directed to providing a self-contained negative pressure environment (SCONE) to remove airborne particulates emitted from a patient. The system prevents exposure to pathogenic biological airborne particulates during triage, transportation, and treatment, including aerosol generating procedures (AGPs) and end of life care. This system is directed to a collapsible device having a flexible cover covering two support members, with openings in the flexible cover such that medical professionals can reach in and operate within. The present invention is further adaptable to patients and operating environments of various sizes.

An aerosol containment device is designed for use in containing aerosols discharged during a dental procedure. In some embodiments, the aerosol containment device includes a vacuum source, a vacuum hose connected to the vacuum source, a manifold connected to the vacuum hose, and a clear plastic shield connected to the manifold. The manifold includes a front inlet, a rear discharge connected to the vacuum hose, and a plenum extending between the front inlet and the rear discharge. In some embodiments, the manifold includes a plurality of entry vanes adjacent to the front inlet and a plurality of interior foils connected to the entry vanes. In other embodiments, the manifold includes a plurality of entry vanes adjacent to the front inlet and a plurality of interior vanes connected to the entry vanes. In other embodiments, the manifold does not include entry vanes, interior vanes, or interior foils.

A patient isolator includes a base and a cover which is arranged to seal with the base. The cover is formed from a rigid material and has two access ports on an end face. The two access ports are angled in a width direction relative to a plane which extends parallel to the width direction of the patient isolator. The two access ports are angled relative to each other. A method of isolating a patient from an environment is also disclosed