초록 ▼

A manual safety system for reducing the chances of inadvertent discharge of a linear striker fired semi-automatic or automatic pistol equipped with the system. An otherwise conventional pistol is modified by structural changes in the trigger mechanism housing and by the addition of a trigger bar gui

A manual safety system for reducing the chances of inadvertent discharge of a linear striker fired semi-automatic or automatic pistol equipped with the system. An otherwise conventional pistol is modified by structural changes in the trigger mechanism housing and by the addition of a trigger bar guide, a manually movable safety lever, a pressure plate and a spring. The trigger bar guide and safety lever are mounted to the trigger mechanism housing for linear and pivotal movement, respectively. A portion of the conventional trigger bar, which must be moved in order to effect firing movement of the trigger, is engaged with and blocked by the trigger bar guide which in turn is engaged and blocked by a portion of the safety lever. In order to unblock and enable the firing system, the safety lever is moved by applying pressure to a tab serving as a thumb rest. Rotation of the safety lever disengages it from the trigger bar guide, permitting rearward movement of the guide and the trigger bar and firing movement of the trigger.

대표청구항 ▼

A manual safety system for reducing the chances of inadvertent discharge of a linear striker fired semi-automatic or automatic pistol equipped with the system. An otherwise conventional pistol is modified by structural changes in the trigger mechanism housing and by the addition of a trigger bar gui

A manual safety system for reducing the chances of inadvertent discharge of a linear striker fired semi-automatic or automatic pistol equipped with the system. An otherwise conventional pistol is modified by structural changes in the trigger mechanism housing and by the addition of a trigger bar guide, a manually movable safety lever, a pressure plate and a spring. The trigger bar guide and safety lever are mounted to the trigger mechanism housing for linear and pivotal movement, respectively. A portion of the conventional trigger bar, which must be moved in order to effect firing movement of the trigger, is engaged with and blocked by the trigger bar guide which in turn is engaged and blocked by a portion of the safety lever. In order to unblock and enable the firing system, the safety lever is moved by applying pressure to a tab serving as a thumb rest. Rotation of the safety lever disengages it from the trigger bar guide, permitting rearward movement of the guide and the trigger bar and firing movement of the trigger. the length of said bio-probe. 7. The bio-probe of claim 1, wherein said core is comprised of tungsten. 8. The bio-probe of claim 1, wherein said apertures are filled with conductive material. 9. The bio-probe of claim 1, wherein said dielectric material has an exterior surface and said apertures are filled with conductive material that extends onto and beyond said exterior surface of said dielectric material. 10. The bio-probe of claim 1, wherein said core, said set of conductors and said dielectric material form a first portion that has a base and further including a second portion having a tip and a base and wherein said tip of said second portion is positively attached to said base of said first portion. 11. The bio-probe of claim 1, wherein said core is smoothly circular in cross-section. 12. The bio-probe of claim 1, wherein said core has quadrilateral symmetry in cross-section. sor coupled to the timer and to the power monitor that causes the first base station to transmit power control messages to the first mobile station. The power control messages cause the first mobile station to increase the transmission power level of the position locator acknowledgment message. The increased transmission power level cause the receiver to saturate. The data processor, in response to a determination that the first base station receiver has saturated, calculates from the first round trip delay time a first distance between the first mobile station and the first base station.