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A device and method for performing a task employing vibration of a tool. The device includes a housing containing at least one off-center weight, and the off-center weight is coupled to a motor and configured to rotate or revolve to vibrate the housing. The housing further includes a device mount to

A device and method for performing a task employing vibration of a tool. The device includes a housing containing at least one off-center weight, and the off-center weight is coupled to a motor and configured to rotate or revolve to vibrate the housing. The housing further includes a device mount to allow the housing to be removably coupled to a mount on a vehicle. A tool is removably coupled to the housing via a socket on the housing to perform a task. The housing may be coupled to a plurality of types of vehicles and is such that a plurality of types of tools may be coupled to the housing.

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A device and method for performing a task employing vibration of a tool. The device includes a housing containing at least one off-center weight, and the off-center weight is coupled to a motor and configured to rotate or revolve to vibrate the housing. The housing further includes a device mount to

A device and method for performing a task employing vibration of a tool. The device includes a housing containing at least one off-center weight, and the off-center weight is coupled to a motor and configured to rotate or revolve to vibrate the housing. The housing further includes a device mount to allow the housing to be removably coupled to a mount on a vehicle. A tool is removably coupled to the housing via a socket on the housing to perform a task. The housing may be coupled to a plurality of types of vehicles and is such that a plurality of types of tools may be coupled to the housing. sealing assembly from reseating on said outlet as a result of negative pressure imparted on said scaling assembly from said outlet of said orifice. 2. The vacuum dry sprinkler system as recited in claim 1, wherein fluid expelled from said outlet of said orifice has a fluid trajectory, and wherein said thrust member forces said sealing assembly out of the fluid trajectory. 3. The vacuum dry sprinkler system as recited in claim 1, wherein said thrust member forces said sealing assembly laterally away from said pair of frame arms. 4. The vacuum dry sprinkler system as recited in claim 1, wherein said thrust member further comprises a tensioned spring. 5. The vacuum dry sprinkler system as recited in claim 1, wherein said thrust member further comprises a spring placed in tension about said pair of-frame arms, said spring abuttingly contacting said sealing assembly. 6. The vacuum dry sprinkler system as recited in claim 1, wherein said thrust member includes an arcuate center section. 7. The vacuum dry sprinkler system as recited in claim 6, wherein said thrust member further comprises a pair of linear sections extending from said arcuate center section. 8. A vacuum dry sprinkler system comprising: a fire extinguishing fluid supply line; a control system operably connected to said fire extinguishing fluid supply line, said control system configured to maintain said tire extinguishing fluid supply line at below atmospheric or negative pressure during a non-activated condition and forward a fire extinguishing fluid to said fire extinguishing fluid supply line upon exposed to pressure equal to or greater than atmospheric pressure in response to a fire; and a vacuum dry sprinkler head in fluid communication with said fire extinguishing fluid supply line, said vacuum dry sprinkler comprising: a sprinkler body configured for coupling to said fire extinguishing fluid supply line, said sprinkler body having a central orifice, said central orifice having an outlet, a pair of frame arms extending from said sprinkler body a preselected distance from said outlet, a scaling assembly positioned within said outlet of said orifice, a deflector carried by said pair of frame arms, a thermally sensitive trigger positioned between said sealing assembly and said deflector, said trigger configured to releasably urge said sealing assembly into scaling engagement with said outlet of said central orifice, wherein said thermally sensitive trigger is actuated upon exposure to a preselected temperature to thereby release said sealing assembly, and a thrust member carried by said pair of frame arms and operably connected to said sealing assembly, said thrust member configured to thrust said sealing assembly away from said sprinkler body when said thermally sensitive trigger is actuated to thereby prohibit said sealing assembly from reseating on said outlet as a result of negative pressure imparted on said sealing assembly from said outlet of said orifice, said thrust member comprising an arcuate center, a pair of linear sections extending from said arcuate center, and a pair of attachment sections, each attachment section of said pair of attachment sections attaching to a liner section of said pair of linear sections, and each attachment section contoured substantially to the shape of an arm of said pair of frame arms. 9. The vacuum dry sprinkler system as recited in claim 8, wherein each frame arm of said pair of frame arms is formed with a notch proximate to said outlet of said sprinkler body, each notch configured to receive an attachment section of said pair of attachment sections. 10. The vacuum dry sprinkler system as recited in claim 8, wherein each attachment section further comprises a first member extending from a linear section of said pair of liner sections at a first preselected angle, and a second member extending from said first member at a second preselected angle. 11. The vacuum dry sprinkler system as recited in claim 10,