초록 ▼

A paint ball gun is disclosed including a forward mounted gas supply system. The gas supply systems includes a straight or bent direct connection between the low pressure portion of the paintball gun and the gas cylinder and includes a gas cylinder securing and support assembly. The bent direct conn

A paint ball gun is disclosed including a forward mounted gas supply system. The gas supply systems includes a straight or bent direct connection between the low pressure portion of the paintball gun and the gas cylinder and includes a gas cylinder securing and support assembly. The bent direct connections attach to the gas cylinder and the securing and support assembly is attached to the gun handle and can also include a socket surrounding a major portion of the cylinder. In the straight configurations, the securing and support assembly includes the socket and optionally a support arm attached at the gun handle.

대표청구항 ▼

A paint ball gun is disclosed including a forward mounted gas supply system. The gas supply systems includes a straight or bent direct connection between the low pressure portion of the paintball gun and the gas cylinder and includes a gas cylinder securing and support assembly. The bent direct conn

A paint ball gun is disclosed including a forward mounted gas supply system. The gas supply systems includes a straight or bent direct connection between the low pressure portion of the paintball gun and the gas cylinder and includes a gas cylinder securing and support assembly. The bent direct connections attach to the gas cylinder and the securing and support assembly is attached to the gun handle and can also include a socket surrounding a major portion of the cylinder. In the straight configurations, the securing and support assembly includes the socket and optionally a support arm attached at the gun handle. ction apparatus as set forth in claim 1, wherein said crank angle sensor includes a plurality of elements for generating signals of different phases, a deviation part for obtaining a deviation between said signals, and a determination part for converting said deviation into a crank angle signal.8. The crank angle detection apparatus as set forth in claim 7, wherein said determination part converts said deviation by using different threshold values to provide said crank angle signal.9. The crank angle detection apparatus as set forth in claim 1, wherein when it is determined that said crankshaft is rotating in the reverse direction, a signal is generated for stopping fuel injection or ignition of said internal combustion engine.