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A fuel cell adapter system for a combustion tool which includes a housing enclosing a fuel metering valve. The fuel cell is provided with an adapter having a generally cylindrical nozzle and a base configured for engagement upon the fuel cell. The nozzle has a free end and defines a passageway. A fr

A fuel cell adapter system for a combustion tool which includes a housing enclosing a fuel metering valve. The fuel cell is provided with an adapter having a generally cylindrical nozzle and a base configured for engagement upon the fuel cell. The nozzle has a free end and defines a passageway. A frangible membrane is provided for blocking the passageway. The adapter also has a gripping formation that is configured for engagement with a latch, so that the adapter is accommodated in the housing in fluid communication with the fuel metering valve. The latch is disposed in the housing for releasably securing the adapter in fluid communication with the fuel metering valve. The latch includes a latch body having at least one locking tang movable between a closed position and an open position, and a release member for moving the locking tang to release said engagement with the adapter and permitting withdrawal of said fuel cell from said tool.

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1. A fuel cell adapter configured for connection to a fuel cell, comprising: an adapter body having a nozzle and defining a passageway; a base configured for engagement upon the fuel cell; a frangible membrane blocking said passageway; and a plurality of circumferentially spaced support ribs c

1. A fuel cell adapter configured for connection to a fuel cell, comprising: an adapter body having a nozzle and defining a passageway; a base configured for engagement upon the fuel cell; a frangible membrane blocking said passageway; and a plurality of circumferentially spaced support ribs configured for connecting said nozzle to said base. 2. The fuel cell adapter as defined in claim 1, wherein said frangible membrane has a hole for air escape and is disposed at said free end of said nozzle for indicating tampering when ruptured. 3. A fuel cell adapter configured for connection to a fuel cell, comprising: an adapter body having a nozzle and a base configured for engagement upon the fuel cell, said nozzle connected to said base; said adapter body having a gripping formation configured for engagement with a latch, wherein said adapter body houses a molded insert seal in said passageway; and wherein said molded insert seal defines an axial passageway and has a first end configured for receiving a stem, and a second end provided with a pair of internal sealing rings located in said axial passageway. 4. The fuel cell adapter as defined in claim 3, wherein said gripping formation is a groove. 5. The fuel cell adapter as defined in claim 4, further comprising: said nozzle having a plurality of lugs and a plurality of support ribs; said lugs each having a ramped configuration, extending from a free end of said nozzle toward said base, and having a truncated lug end; and said support ribs each having a truncated rib end, and configured for connecting said nozzle to said base. 6. The fuel cell adapter as defined in claim 5, wherein said lugs are radially spaced relative to each other, and said support ribs are radially spaced relative to each other. 7. The fuel cell adapter as defined in claim 6, wherein said lugs are axially skewed relative to said support ribs. 8. The fuel cell adapter as defined in claim 3, further comprising at least one barb formed on said base and configured for frictionally engaging the fuel cell. 9. A fuel cell adapter configured for connection to a fuel cell, comprising: an adapter body having a generally cylindrical nozzle and a base configured for engagement upon the fuel cell, said nozzle connected to said base; said nozzle having a free end defining a passageway; a frangible membrane blocking said passageway; and wherein said frangible membrane has a hole for air escape and is disposed at said free end of said nozzle for indicating tampering when ruptured. 10. A fuel cell adapter configured for connection to a fuel cell, comprising: an adapter body having a nozzle and a base configured for engagement upon the fuel cell, said nozzle connected to said base; said adapter body having a gripping formation configured for engagement with a latch; said nozzle having a plurality of lugs and a plurality of support ribs; said lugs each having a ramped configuration, extending from said free end toward said base, and having a truncated lug end; and said support ribs each having a truncated rib end, and configured for connecting said nozzle to said base. 11. The fuel cell adapter of claim 1, wherein said plurality of support ribs are L-shaped. 12. The fuel cell adapter of claim 11, wherein said nozzle has a free end, and a plurality of lugs extend in an inclined configuration from said free end toward said base. 13. The fuel cell adapter of claim 1, wherein at least one of said circumferentially spaced support ribs has a truncated end defining a groove in said nozzle. 14. The fuel cell adapter of claim 1, wherein said nozzle has a free end, said frangible membrane is disposed at said free end and a groove is formed in said nozzle closer to said free end than said base.