Casing configuration for revolver cartridge loader

Abstract

A casing configuration for revolver cartridge loader embodying a rotating shaft member; a packing member; a casing, an outer circumferential surface of which is configured with a plurality of successional arc-shaped grooves, and a shaft hole is defined central of the casing, moreover, a plurality of cartridge bores are equicicumferentially configured around the shaft hole. Configured side of the shaft hole is a locating hole, which provides for a spring and a ball bearing to be disposed thereinto, and two locating holes, which provide for two inserting pins to respectively penetrate thereinto and fix position. The shaft member is movably disposed within the shaft hole. The successional arc-shaped grooves thus allow for quickly grasping onto with fingers, thereby enabling rapid and convenient loading of cartridges into a cylinder of a revolver.

1 . A casing configuration for revolver cartridge loader comprising: 
 a rotating shaft member, front of which forms a shaft member, and a pin is inserted into a front end thereof, a pointed gear member is configured on a rear side of the shaft member and formed integral therewith, and which is provided with a plurality of pointed protuberants, a small circular collar of smaller external diameter is configured on a rear side of the pointed gear member and formed integral therewith, a large circular collar of larger external diameter is configured on an outer side of the small circular collar, a circular ring, which provides for fingers to rotate, is formed on a rear side of the large circular collar, and a coarse surface is configured on a surface of the circular ring;    a packing member, a center of which is provided with a circular linking hole, which movably rotates atop a circumferential surface of the small circular collar, and a plurality of protuberants are formed on an outer periphery of the packing member;    a casing, an outer circumferential surface of which is configured with a plurality of successional arc-shaped grooves, a shaft hole is defined central of the casing, and a plurality of cartridge bores that penetrate through the casing are equicicumferentially configured around a center line of the shaft hole, configured side of the shaft hole is a locating hole, which provides for a spring and a ball bearing to be disposed thereinto, and two locating holes, which provide for two inserting pins to respectively penetrate thereinto and fix position;    the shaft member is movably disposed within the shaft hole, and the pin rotatably displaces left and right amid spacing between the two inserting pins;    the successional arc-shaped grooves can thus be quickly grasped hold onto with fingers, thereby enabling rapid and convenient loading of cartridges into a cylinder of a revolver.    
   
   
       2 . The casing configuration for revolver cartridge loader according to  claim 1 , wherein the arc-shaped grooves are six in number, and are respectively configured so as to be equidistributed on the surface of the casing, which thereby facilitates grasping hold with the fingers.  
   
   
       3 . The casing configuration for revolver cartridge loader according to  claim 1 , wherein six notches are configured so as to be equidistributed on an outer periphery of the packing member, and which thereby form the six protuberants, and distance between the adjacent protuberants are such to be equal, moreover, each of the protuberants extend interior of the respective cartridge bores, and flanges on each of the protuberants can come in contact with an inner wall surface of the respective cartridge bores.  
   
   
       4 . The casing configuration for revolver cartridge loader according to  claim 1 , wherein the pin exerts pressure on the ball bearing while displacing between the two inserting pins, which thus actuates up and down flexible translatory movement of the ball bearing within the locating hole.  
   
   
       5 . The casing configuration for revolver cartridge loader according to  claim 1 , wherein the cartridge bores of the casing are six in number, and are configured so as to be equiidistributed in the casing.