A mounting assembly for mounting a tank including a backing plate, a foot plate secured to a bottom portion of the backing plate and a clamping assembly secured to a top portion of the backing plate spaced from the foot plate such that a tank receiving zone is defined between the foot plate and the clamping assembly. The clamping assembly includes a bracket secured to the backing plate and a clamping member pivotally secured to the bracket and movable between a clamping position and a releasing position. An inertial assembly is configured to engage a portion of the clamping member and configured such that upon a high pivoting force, the inertial assembly prevents pivoting o the clamping member while allowing pivoting under a normal pivoting force.

A mounting assembly for mounting a tank including a backing plate, a foot plate secured to a bottom portion of the backing plate and a clamping assembly secured to a top portion of the backing plate spaced from the foot plate such that a tank receiving zone is defined between the foot plate and the clamping assembly. The clamping assembly includes a bracket secured to the backing plate and a clamping member pivotally secured to the bracket and movable between a clamping position and a releasing position. An inertial assembly is configured to engage a portion of the clamping member and configured such that upon a high pivoting force, the inertial assembly prevents pivoting o the clamping member while allowing pivoting under a normal pivoting force.

A mounting assembly for mounting a tank including a backing plate, a foot plate secured to a bottom portion of the backing plate and a clamping assembly secured to a top portion of the backing plate spaced from the foot plate such that a tank receiving zone is defined between the foot plate and the clamping assembly. The clamping assembly includes a bracket secured to the backing plate and a clamping member pivotally secured to the bracket and movable between a clamping position and a releasing position. The clamping assembly further includes a mechanical lock-out mechanism including a lock-out member moveable between an open position wherein the clamping member is free to pivot to the releasing position and a closed position wherein the lock-out member engages a portion of the clamping member and prevents pivoting thereof. The lock-out member is biased to the open position but moves to the closed position upon application of a high lateral force.

A mounting assembly for mounting a tank including a backing plate, a foot plate secured to a bottom portion of the backing plate and a clamping assembly secured to a top portion of the backing plate spaced from the foot plate such that a tank receiving zone is defined between the foot plate and the clamping assembly. The clamping assembly includes a bracket secured to the backing plate and a clamping member pivotally secured to the bracket and movable between a clamping position and a releasing position. The clamping assembly further includes a mechanical lock-out mechanism including a lock-out member moveable between an open position wherein the clamping member is free to pivot to the releasing position and a closed position wherein the lock-out member engages a portion of the clamping member and prevents pivoting thereof. The lock-out member is biased to the open position but moves to the closed position upon application of a high lateral force.

A manifold for a chemical oxygen generator (COG) includes a locating plate configured to interface with a COG and a plenum body rotatably attached to the locking plate. The plenum body has an inlet for receiving oxygen and at least one output port in pneumatic communication with the inlet. The manifold includes a lock for immobilizing the plenum body with respect to the locating plate in at least a first position. In another aspect, a COG is provided. The COG may have a housing and a locking manifold.

A container for storing a face mask that allows the user to don and doff the mask while making minimal contact with the mask. The outside of the receptacle portion of the container includes a mask strap guide that holds the face mask straps in place while they are stretched over the mask strap retention structures which are also incorporated into the outside of the receptacle portion of the container. By retaining the face mask straps on the outside of the receptacle portion of the container the mask is held in place and can be donned or doffed while only touching the face mask straps. The container includes a lid attached via a hinge to cover the receptacle portion of the container. The outside of the receptacle portion of the container includes a port allowing for the infusion of sanitizing agents into the receptacle containing the mask.

Breathing apparatus (100) for aircraft including:

a breathing mask (10) comprising an oronasal face cover (14) and a support (17), the oronasal face cover (14) having a cavity (13, 15) and the support (17) supporting a transparent lens (18) and comprising an upper edge portion (19a),

an inflatable harness (20) configured for extending around the user's head opposite the shell, the harness (20) comprising at least one rear portion,

a guiding link (110) having an upper end (110a) and a lower end (110b), the upper end (110a) being linked to the upper edge portion (19a), the lower end (110b) being linked to the rear portion of the harness (20), and

a plate (120) linked to the lower end (110b) of the guiding link (110) and having an abutment face configured for contacting the oronasal face cover (14), facing the cavity (13).

Breathing apparatus (100) for aircraft including:

a breathing mask (10) comprising an oronasal face cover (14) and a support (17), the oronasal face cover (14) having a cavity (13, 15) and the support (17) supporting a transparent lens (18) and comprising an upper edge portion (19a),

an inflatable harness (20) configured for extending around the user's head opposite the shell, the harness (20) comprising at least one rear portion,

a guiding link (110) having an upper end (110a) and a lower end (110b), the upper end (110a) being linked to the upper edge portion (19a), the lower end (110b) being linked to the rear portion of the harness (20), and

a plate (120) linked to the lower end (110b) of the guiding link (110) and having an abutment face configured for contacting the oronasal face cover (14), facing the cavity (13).

A hand held facemask assembly includes a handle that can be gripped by a user. A panel is coupled to the handle such that the panel can be positioned in front of the user's face. The panel has a pair of air holes each extending therethrough to pass air therethrough thereby facilitating the user to breathe through the air holes. A filter is coupled to the panel and the filter is comprised of an air permeable material to facilitate the user to breathe through the filter. Moreover, the filter is comprised of a bacterial blocking material to inhibit bacteria from passing therethrough. In this way the filter inhibits airborne transmission of infectious diseases between the user and an individual that is positioned proximate the user.

A hand held facemask assembly includes a handle that can be gripped by a user. A panel is coupled to the handle such that the panel can be positioned in front of the user's face. The panel has a pair of air holes each extending therethrough to pass air therethrough thereby facilitating the user to breathe through the air holes. A filter is coupled to the panel and the filter is comprised of an air permeable material to facilitate the user to breathe through the filter. Moreover, the filter is comprised of a bacterial blocking material to inhibit bacteria from passing therethrough. In this way the filter inhibits airborne transmission of infectious diseases between the user and an individual that is positioned proximate the user.