member 103 so that the user may access and replace the fluid container 105 the door cavity 101 may be sealed by a cavity door 109 which may be pivotably mounted or may be mounted with studs screws on the door member 103 the fluid container 105 may be threadably connected to a spray actuator 107 which may be activated by a switch 113 which may be a button which may be biased by a spring 115 to deactivate the spray actuator 107 when the user releases the switch 113 the spray actuator 107 may also be threadably connected to a nozzle 111 which may extend from the spray actuator 107 and may include a multitude of apertures to dispense the aerosol fluid to a potential user fig3 illustrates a cross sectional view of the aerosol delivery system 100 which may be positioned in a door member 103 which may include a door cavity 101 which may have a rectangular cross section an oval cross section or other shaped cavity the door cavity 101 may extend to the back of the door member 103 so that the user may access and replace the fluid container 105 the door cavity 101 may be sealed by a cavity door 109 which may be pivotably mounted or may be mounted with studs screws on the door member 103 the fluid container 105 may be threadably connected to a spray actuator 107 which may be activated by a switch 113 which may be a button which may be biased by a spring 115 to.