Compressor suspension system for portable gas source

A portable gas source (PGS) comprising:

• a housing;
• a support plate disposed within the housing;
• a compressor disposed within the housing above the support plate, the compressor including a first air inlet, a second air inlet, and an air outlet;
• a compressor dampening system, comprising:
• a resilient first bellows cooperatively engaged to the support plate and operatively interposed between the compressor and the support plate to dampen movement of the compressor along multiple axes, the first bellows at least partially defining the first air inlet and fluidly communicating with ambient air;
• a resilient second bellows cooperatively engaged to the support plate and operatively interposed between the compressor and the support plate to dampen movement of the compressor along multiple axes, the second bellows at least partially defining the second air inlet and fluidly communicating with ambient air;
• a resilient discharge tube in fluid communication with the air outlet and operative to dampen movement of the compressor along multiple axes;
• resilient first and second side bands cooperatively engaged to and extending between the compressor and the support plate in opposed relation to each other, each of the first and second side bands being operative to dampen movement of the compressor along multiple axes;
• and
• a resilient suspension band cooperatively engaged to and extending between the compressor and the housing, the suspension band being operative to dampen movement of the compressor along multiple axes.

A portable gas source (PGS) comprising:

• a housing;
• a compressor disposed within the housing, the compressor including a first air inlet, a second air inlet, and an air outlet;
• and
• a compressor dampening system, comprising:
• a resilient first bellows operatively interposed between the compressor and the housing and adapted to dampen movement of the compressor along multiple axes, the first bellows at least partially defining the first air inlet and fluidly communicating with ambient air;
• a resilient second bellows operatively interposed between the compressor and the housing and adapted to dampen movement of the compressor along multiple axes, the second bellows at least partially defining the second air inlet and fluidly communicating with ambient air;
• and
• resilient first and second side bands cooperatively engaged to and extending between the compressor and the housing in opposed relation to each other, each of the first and second side bands being adapted to dampen movement of the compressor along multiple axes.