Electronic magazine loader
An electronic magazine loader for loading cartridges into a magazine includes a lifting wheel, a chute, and a magazine loading portion. The wheel receives an unordered batch of cartridges and singularly lifts and deposits the cartridges into the chute. The chute transfers the cartridges to the magazine loading portion where a setting mechanism inserts the cartridges into the magazine. A mechanism for directionally orienting the cartridges orients all cartridges to a proper directional orientation before reaching the magazine loading portion. The mechanism can be lifting wheel shelf structure or chute structure. The chute having a C-shaped portion above the magazine loading portion that precludes the cartridges from changing their proper directional orientation. The setting mechanism receives cartridges on a rotating wheel with rotating insertion lobes and cartridge receiving voids between adjacent lobes. The cartridges drop into a cartridge receiving void, and are urged into the magazine by a rotating lobe.
1. A magazine loader comprising:
a chassis supporting a powered wheel with a plurality of circumferentially spaced singularizing pockets at a periphery of the wheel for receiving and lifting a plurality of cartridges serially from an unordered batch of cartridges placed in the interior of the wheel, the wheel singularizing the cartridges of the batch while raising the cartridges serially to a discharge region where the cartridges are transferred serially through the discharge region;
a directional member that serially receives the cartridges and advances the cartridges positioned in one directional orientation with respect to the cartridge's lengthwise axis;
a transfer portion defining a passageway positioned at an upper portion of the transfer portion adjacent the discharge region to serially receive the cartridges and direct the cartridges to a horizontal orientation; an upright stop surface that stops motion of the cartridges in the cartridge's lengthwise axis and, and chute portion defining a chute wall surface having an axis parallel to the cartridge's lengthwise axis to allow rotation about the cartridge's lengthwise axis and to preclude rotation of the cartridges horizontally oriented to a non-horizontal orientation thereby preventing the cartridges from changing the directional orientation; and
a magazine loading portion comprising a magazine receiver and a powered setting tool for urging cartridges, one-by-one, into a magazine placed in the magazine receiver, the setting tool comprising a lobe portion and a cartridge receiving void, the setting tool being positioned below the chute portion for receiving the cartridges into the cartridge receiving void to be urged into the magazine by the lobe portion.
2. The magazine loader of claim 1 , wherein the directional member is disposed at the passageway of the transfer portion and comprises restrictive surfaces projecting into lateral ends of the passageway, the restrictive surfaces sized to allow passage of the forward projectile end of each cartridge but not the rearward casing end,
whereby when a cartridge enters the passageway between the restrictive surfaces, as the cartridge falls downwardly, the cartridge is re-oriented by the restrictive surfaces with the forward projectile end of the cartridge downward from the rearward casing end.
3. The magazine loader of claim 2 , wherein the restrictive surfaces comprises a pair of ribs.
4. The magazine loader of claim 1 , wherein the directional member is disposed on the rotating lifting wheel, wherein wheel structure is provided with pockets that lift cartridges that are positioned in the proper directional orientation to the discharge region.
5. The magazine loader of claim 4 , wherein each pocket has a respective shelf that defines the pocket, and wherein each shelf is configured to retain each cartridge therein that is oriented in the proper directional orientation and to release each cartridge therein that is not oriented in the proper directional orientation.
6. The magazine loader of claim 5 , wherein each shelf is shaped such that each pocket conforms to the cartridge shape, whereby when a cartridge is lifted by a shelf and is in the proper directional orientation the cartridge fully seats in the pocket and wherein when a cartridge is lifted that is not in the proper directional orientation the cartridge does not seat in the pocket.
7. The magazine loader of claim 1 , wherein the directional member is disposed on the chassis and comprises a deflector positioned to interfere with the lifting of cartridges that do not have the proper directional orientation and to not interfere with the lifting of cartridges that have the proper directional orientation.
8. The magazine loader of claim 7 , wherein wheel structure is provided with pockets that lift cartridges, and wherein the deflector extends from the chassis into each pocket as the lifting wheel is rotated, and wherein when a cartridge is the proper cartridge directional orientation in a pocket passing by the deflector, the deflector passes by a projectile end of said cartridge without contacting the cartridge.
9. The magazine loader of claim 8 , wherein the deflector comprises an adjustable screw.
10. The magazine loader of claim 1 , wherein the chute portion comprises a C-shaped chute portion.
11. The magazine loader of claim 1 , wherein the setting tool comprising a rotatable wheel with a central portion, and further comprising two lobe portion extending from the central portion, the setting tool further defining two cartridge receiving voids disposed between the lobe portions, wherein rotation of the setting tool urges the cartridge in the cartridge receiving void to into the magazine.
12. A magazine loader comprising:
a chassis supporting a powered wheel with a plurality of circumferentially spaced singularizing pockets at a periphery of the wheel for receiving and lifting a plurality of cartridges serially from an unordered batch of cartridges placed in the interior of the wheel, the wheel singularizing the cartridges of the batch while raising the cartridges serially to a discharge region where the cartridges are transferred in a horizontal orientation serially through the discharge region;
a directional member that serially receives the cartridges and advances the cartridges positioned in one directional orientation with respect to the cartridge's lengthwise axis;
a transfer portion defining a passageway positioned adjacent the discharge region to serially receive the cartridges and direct the cartridges to a horizontal orientation; an upright stop surface that stops motion of the cartridges in the cartridge's lengthwise axis and, and chute portion defining a chute wall surface having an axis parallel to the cartridge's lengthwise axis to allow rotation about the cartridge's lengthwise axis and to preclude rotation of the cartridges horizontally oriented to a non-horizontal orientation thereby preventing the cartridges from changing the directional orientation; and
a magazine loading portion comprising a magazine receiver and a powered setting tool for urging cartridges, one-by-one, into a magazine placed in the magazine receiver, the setting tool comprising a rotatable wheel with a central portion and two lobe portions extending from the central portion and defining two cartridge receiving voids between the lobe portions, the setting tool being positioned below the chute for receiving the cartridges into the cartridge receiving voids to be urged into the magazine by rotation of the lobe portions of the setting tool.
13. The magazine loader of claim 12 , wherein the directional member is disposed at the passageway of the chute and comprises restrictive surfaces projecting into lateral ends of the passageway, the restrictive surfaces sized to allow passage of the forward projectile end of each cartridge but not the rearward casing end,
whereby when a cartridge enters the upper portion of the chute between the restrictive surfaces, as the cartridge falls downwardly, the cartridge is re-oriented by the restrictive surfaces with the forward projectile end of the cartridge downward from the rearward casing end.
14. The magazine loader of claim 12 , wherein the directional member is disposed on the rotating lifting wheel, wherein wheel structure is provided with pockets that lift cartridges that are positioned in the proper directional orientation to the discharge region.
15. The magazine loader of claim 14 , wherein each pocket has a respective shelf that defines the pocket, and wherein each shelf is configured to retain each cartridge therein that is oriented in the proper directional orientation and to release each cartridge therein that is not oriented in the proper directional orientation.
16. The magazine loader of claim 15 , wherein each shelf is shaped such that each pocket conforms to the cartridge shape, whereby when a cartridge is lifted by a shelf and is in the proper directional orientation the cartridge fully seats in the pocket and wherein when a cartridge is lifted that is not in the proper directional orientation the cartridge does not seat in the pocket.
17. The magazine loader of claim 12 , wherein the directional member is disposed on the chassis and comprises a deflector positioned to interfere with the lifting of cartridges that do not have the proper directional orientation and to not interfere with the lifting of cartridges that have the proper directional orientation.
18. The magazine loader of claim 17 , wherein wheel structure is provided with pockets that lift cartridges, and wherein the deflector extends from the chassis into each pocket as the lifting wheel is rotated, and wherein when a cartridge is the proper cartridge directional orientation in a pocket passing by the deflector, the deflector passes by a projectile end of said cartridge without contacting the cartridge.
19. The magazine loader of claim 12 , wherein the chute portion comprises a C-shaped chute portion.
20. The magazine loader of claim 12 , wherein the lifting wheel, the transfer portion, and the setting mechanism are all configured for 9 mm handgun cartridges.