Long stroke ejector for a revolver

1. In a revolver having a frame, a cylinder crane pivotally mounted on the frame, said cylinder crane having a rearwardly extending cylinder pivot shaft that is formed with a longitudinally extending center bore, a cylinder rotatably mounted on the cylinder pivot shaft of the cylinder crane, said cylinder being formed with a plurality of cartridge receiving chambers, ejector means mounted for longitudinal movement in the longitudinal center bore of the cylinder and cylinder pivot shaft, said ejector means having a cartridge ejector portion for engaging the rims of cartridges contained in the chambers of the cylinder and a generally tubular ejector guide portion slidably mounted on the rearward end of the cylinder and extending forwardly into the longitudinal center bore at the cylinder pivot shaft, said ejector means being movable longitudinally from its forwardmost cartridge receiving position to its rearwardmost cartridge ejection position, an ejector push rod connected to the forward end of the tubular guide portion of the ejector means, the ejector rod being slidably mounted for longitudinal movement on the cylinder crane, and a helically wound ejector spring disposed within the longitudinally extending annular space defined by the outer surface of the tubular guide portion of the ejector means and the inner surface of the longitudinal center bore of the cylinder pivot shaft, said ejector spring urging the ejector means and ejector rod to their forwardmost positions,

the improvement which comprises a long stroke ejector having a telescoping ejector spring, said ejector spring having an outer ejector spring section disposed within the annular space defined by the outer surface of the tubular guide portion of the ejector means and the inner surface of the center bore of the cylinder pivot shaft, an inner ejector spring section the outside diameter of which is less then the inside diameter of the outer ejector spring section, said inner ejector spring section being disposed on the rearward end of the ejector rod, and ejector spring connector means connecting the forward end of the outer ejector spring section to the rearward end of the inner ejector spring section, the inner ejector spring section being disposed generally forwardly of the outer ejector spring section when the ejector means is at its forwardmost position and being disposed within the forward end of the outer ejector spring section when the ejector means is at its rearwardmost position.

2. The revolver according to claim 1 in which the rearward end of the ejector rod is threadably connected to the forward end of the tubular ejector guide portion of the ejector means, and in which the rearward end of said ejector rod and the forward end of said tubular ejector guide portion are formed with matching male and female tapered sections which mutually frictionally engage each other when these parts are threadably connected together.

3. The revolver according to claim 1 in which the ejector spring connector means comprises a longitudinally disposed annular connector sleeve having an outwardly extending flange at its forward end and an inwardly extending flange at its rearward end, the forward end of the outer ejector spring section abutting against the forward flange of the ejector spring connector sleeve and the rearward end of the inner ejector spring section abutting against the rearward flange of said connector sleeve, the outside diameter of the annular wall of the ejector spring connector sleeve being less than the inside diameter of the outer ejector spring section and the inside diameter of the annular wall of said connector sleeve being greater than the outside diameter of the inner ejector spring section.

4. The revolver according to claim 3 in which the rearward end of the ejector rod is threadably connected to the forward end of the tubular ejector guide portion of the ejector means, and in which the rearward end of said ejector rod and the forward end of said tubular ejector guide portion are formed with matching male and female tapered sections which mutually frictionally engage each other when these parts are threadably connected together.

5. The revolver according to claim 1 in which the outer ejector spring section and the inner ejector spring section are formed from a continuous length of helically wound wire and in which the ejector spring connector means comprises at least one inwardly spiraling connector turn of the continuous ejector spring, said inwardly spiraling connector turn of the ejector spring being disposed at and connecting the forward end of the outer ejector spring section and the rearward end of the inner ejector spring section.

6. The revolver according to claim 5 in which the rearward end of the ejector rod is threadably connected to the forward end of the tubular ejector guide portion of the ejector means, and in which the rearward end of said ejector rod and the forward end of said tubular ejector guide portion are formed with matching male and female tapered sections which mutually frictionally engage each other when these parts are threadably connected together.