Electronic magazine loader

• US 10,527,376 B2
• Filed: 11/16/2018
• Issued: 01/07/2020
• Est. Priority Date: 01/19/2018
• Status: Active Grant

• Current Assignee: Vista Outdoor Operations LLC (Vista Outdoor Inc.)
• Original Assignee: Vista Outdoor Operations LLC (Vista Outdoor Inc.)
• Inventors: Slevin, Richard, Fischer, Paul R.
• Primary Examiner(s): Hayes, Bret
• Application Number:
  US16/193,873
• Publication Number:
  US 20190226780A1
• Time in Patent Office: 417 Days
• Field of Search: 42 87, 89 335, 86 23, 86 45, 86 47
• CPC Class Codes: F41A 9/83 Apparatus or tools for reloading magazines with unbelted ammunition, e.g. cartridge clips

Abstract

A motorized magazine loader for loading cartridges into a magazine includes a powered sorting and lifting wheel rotatable about a horizontal axis of rotation, a vertical gravity fed cartridge chute positioned laterally next to the sorting and lifting wheel, an accumulator portion at a lower end of the chute, and a loading portion comprising a receiver for magazines to be loaded and a pusher mechanism for inserting cartridges into the magazines, all supported and substantially contained by a housing. Control circuitry mediates jamming of cartridges within the loader.

Claims

1. An electronic magazine loader for loading cartridges into a magazine, the cartridges each having a forward projectile end and a rearward casing end with the forward projectile end being diametrically less than the rearward casing end, the loader comprising:

a housing including a housing enclosure defining a housing interior, the housing openable at a hopper portion, the hopper portion including a hopper cover hinged to a lower hopper portion, wherein when the hopper cover is open the hopper portion defines a hopper cavity extending to a cartridge receiving region in the housing interior;

a motorized sorting and lifting wheel assembly contained within the housing interior, the wheel assembly comprising a wheel rotatable about a horizontal axis and a drive motor for rotating the wheel, the wheel having an wheel open interior, the sorting and lifting wheel assembly being contained within the housing, the wheel having a periphery with a plurality of lifting shelves about the periphery for lifting individual cartridges from a batch of disordered cartridges received in the open interior of the wheel, the wheel having a plurality of peripheral windows, each peripheral window positioned adjacent one of the plurality of lifting shelves, the cartridge receiving region including a lower region of the wheel open interior;

a cylindrical wall portion in the housing interior, the cylindrical wall portion extending around the periphery of the wheel in a conforming arrangement with the wheel, the cylindrical wall portion having an opening positioned at a lateral side of the cylindrical wall portion, the opening defining a wheel discharge slot, whereby when a lifting shelf with a cartridge thereon is lifted to the opening, the cartridge is discharged through the opening;

a chute positioned at the discharge slot, the chute defining a passageway, the passageway extending downwardly at an upper portion of the chute, the chute having restrictive portions projecting into lateral ends of the passageway at the upper portion of the chute, the restrictive portions sized to allow passage of the forward projectile end of each cartridge but not the rearward casing end, whereby when a horizontally oriented cartridge enters the upper portion of the chute, as the cartridge falls downwardly the cartridge is re-oriented with the forward projectile end of the cartridge downward from the rearward casing end, the chute configured to narrow the passageway below the upper portion at a mid-portion of the chute, and the chute is further configured at the mid-portion of the chute to turn the narrowed passageway laterally, whereby when a cartridge enters the mid portion of the passageway as the cartridge travels down the passageway the cartridge moves laterally and is re-oriented toward a horizontal orientation, the chute further configured to have a lower portion that provides an upright stop surface to stop any lateral movement of the cartridge and a vertical accumulator portion for vertically stacking horizontally oriented cartridges, a lowermost cartridge position located at a lower end of the accumulator portion; and

a loading portion positioned in the housing enclosure below the chute, the loading portion comprising a motorized cartridge pusher mechanism and magazine receiver with the lowermost cartridge position intermediate the motorized cartridge pusher mechanism and magazine receiver, whereby when a magazine is received in the magazine receiver and a cartridge is in the lowermost cartridge position of the accumulator portion, operation of the pusher mechanism loads the cartridge into the magazine.

2. The electronic magazine loader of claim 1, wherein the wheel is positioned adjacent to a sidewall portion of the housing enclosure and the hopper portion is on the sidewall portion where the wheel is positioned.

3. The electronic magazine loader of claim 2, wherein the lower hopper portion projects outwardly from the sidewall portion of the housing enclosure and wherein the lower hopper portion partially defines the cartridge receiving region, the lower hopper portion inclined toward a lowermost portion of the wheel.

4. The electronic magazine loader of claim 1, wherein the chute is formed at least in part by a polygonal shaped sidewall panel, the housing enclosure having a polygonal shaped recess on a side of the loader, the polygonal shaped sidewall panel conformingly shaped for insertion into the polygonal shaped recess.

5. The electronic magazine loader of claim 4, wherein the polygonal shaped recess in on a front side of the loader and the magazine receiver projects from the front side of the loader.

6. The electronic magazine loader of claim 1, wherein the chute is outwardly exposed on the front of the loader and an exterior wall portion of the chute is transparent.

7. The electronic magazine loader of claim 6, wherein the magazine receiver is positioned at on the front of the loader and wherein a user interface is positioned on the front of the loader above the sorting and lifting wheel.

8. The electronic magazine loader of claim 1, wherein the housing is formed from a polymer and the cylindrical wall portion is unitary with at least one sidewall portion of the housing enclosure.

9. The electronic magazine loader of claim 8, wherein the housing enclosure portion has four sides and four polymer sidewall portions with a respective sidewall portion at each side, and wherein at least two of the sidewall portions are unitary with one another and also unitary with the cylindrical wall portion and a wall plate portion traversing the cylindrical wall portion.

10. The electronic magazine loader of claim 1, wherein the total volume of the housing is less than 0.70 cu. ft., the total weight is less than 10 lbs. and the total height is less than 17 inches.

11. The electronic magazine loader of claim 1, further comprising control circuitry for operating and monitoring the operation of the loader, the control circuitry including jam mediation means.

12. An electronic magazine loader for loading cartridges into a magazine, the loader comprising:

a polymer housing including exterior wall portions defining an interior, the exterior wall portions having an inward upward tapering, the housing with a hopper openable in an outward direction from a side wall of the housing, the hopper defining a hopper cavity for receiving an unordered batch of cartridges, the hopper cavity opening into a cartridge receiving region;

a motorized wheel assembly contained and supported by the housing, the motorized wheel assembly comprising the wheel rotating about a substantially horizontal axis, the wheel defining a plurality of circumferentially spaced singularizing pockets for receiving and lifting cartridges serially in a continuous stream from the unordered batch of cartridges, the wheel being configured to singularize the cartridges of the batch while raising the cartridges serially to a wheel discharge slot, the wheel discharge slot open into a gravity fed chute defining a downwardly extending cartridge passageway so that cartridges that pass through the wheel discharge slot enter the passageway and travel downwardly;

a magazine loading portion contained by the housing, the magazine loading portion comprising a motorized pusher mechanism with a pusher that extends laterally into a magazine receiver, the cartridge passageway extending to a cartridge insertion position in the magazine loading portion;

a control circuitry portion with a user interface for controlling the motorized wheel and the motorized pusher mechanism;

wherein the housing has a volume of less than 0.90 cu. ft. and wherein the weight of the loader is less than 10 lbs. and wherein the footprint of the loader is less than 100 sq. in. and the height of the loader is less than 17 inches.

13. The electronic magazine loader of claim 12, where in the wheel is configured to lift the cartridges serially without forwardly/backwardly orienting the cartridges, and wherein the gravity fed chute comprises a forwardly/backwardly orienting portion.

14. The electronic magazine loader of claim 12, wherein the gravity fed chute is positioned at a front side of the loader and has an exterior transparent wall portion.

15. The electronic magazine loader of claim 12, wherein the gravity fed chute, the magazine receiver, and the user interface are all located on a front side of the loader.

16. The electronic magazine loader of claim 15 wherein the gravity fed chute is at least partially defined by a removable panel on the front side of the loader, and wherein the panel is formed of a transparent polymer.

17. The electronic magazine loader of claim 12 wherein the chute is comprised at least partially by a removable panel defining a passageway the passageway being shaped such that each cartridge falls tip first, by force of gravity, until the tip contacts a tip engaging and orienting surface of the removable panel, and each cartridge rotates to engage the tip engaging and orienting surface to orient/rotate each cartridge tip in the same direction, the cartridges sliding down the tip engaging and orienting surface into an accumulator portion to form a stack of oriented cartridges in the accumulator portion, a lowermost cartridge positon at the bottom of the accumulator portion, the lowermost cartridge position open laterally in two directions.

18. The electronic magazine loader of claim 12 wherein the pusher mechanism comprising a pusher positioned below the chute and a pusher motor, the pusher motor having a drive shaft and a cam member fixed to the drive shaft, the cam member being received in a cam following cavity of a pusher, the cam member being shaped so that the pusher oscillates in a first direction away from the magazine and a second direction toward the magazine as the cam member rotates in the cam following cavity, the pusher traveling between a home position and a cartridge seating position.

19. An electronic magazine loader for loading cartridges into a magazine suitable for desktop or benchtop use, the magazine loader having a top, a bottom, and four sides, the magazine loader comprising:

a polymer housing including a plurality of exterior wall portions defining an interior, the plurality of exterior wall portions having an upward and inward tapering such that the cross sectional interior area taken in horizontal planes decreases from the bottom of the loader toward the top of the loader;

a cartridge singularizing portion comprising a motorized wheel assembly mounted to the housing and positioned in the upper portion of the interior defined by the housing, the motorized wheel assembly comprising a wheel and a motor connected by a drive train to the wheel, the wheel having a rotational axis that is substantially horizontal and comprising a hub portion connected to the drive train, and a plurality of lifting shelves supported by the hub portion and positioned at an outer periphery of the wheel;

a cartridge loading portion comprising a hopper positioned laterally of the motorized wheel assembly;

a magazine loading portion in the interior and secured to the housing at or substantially at the bottom of the loader, the magazine loader comprising a magazine receiver with a receiving mouth exteriorly accessible, and a motorized pusher assembly with a pusher that extends into the magazine; and

a gravity fed cartridge transfer portion extending from the singularizing portion to the magazine loading portion;

wherein, the total volume of the housing and interior is less than 0.90 cu. ft., the total weight is less than 12 lbs., the total footprint overall is less than 125 sq. in. and the total height is less than 17 inches.

20. The electronic magazine loader of claim 19, further comprising control circuitry for operating the loader, the control circuitry including a user interface positioned on a user interface panel.