Small footprint portable battery charging station
View Patent ↗A small footprint portable battery charging station having a vertically mounted circuit board, containing the charging circuit components, enclosed within a housing. The charging station is arrayed with bays back to back within which the batteries under charge may be mounted. The battery charging station further containing intake vents close to the base of the station and exhaust vents close to the top of the station. These vents encourage the natural convective flow of air around the charging circuit components.
1. A battery charger, comprising:
a) a housing comprising a vertical wall extending from a top surface to an aligned and parallel bottom surface, wherein the top and bottom surfaces are parallel to a surface upon which the charger is configured to rest;
b) a charging circuit board supported by the vertical wall, the charging circuit board being substantially enclosed in the housing;
c) at least two side-by-side battery bays incorporated in the housing, but isolated from the charging circuit board by the vertical wall;
d) at least one first vent incorporated within the top surface of the housing;
e) at least one second vent incorporated within the bottom surface of the housing; and
f) an integrated carrying handle connected to and situated above the housing, the handle covering a majority of the at least one first vent to thereby substantially act as a shield from moisture or spills that may otherwise enter the housing through the first vent.
2. The battery charger of claim 1 further including a fan mounted within the housing and orientated above the at least one second vent.
3. The battery charger of claim 1 further including surface stand-offs to aid air flow into the at least one second vent.
4. The battery charger of claim 1 wherein there are four side-by-side battery bays.
5. The battery charger of claim 1 further including an activity light that is configured to indicate when a battery is properly mounted in the housing.
6. The battery charger of claim 1 wherein the battery bays are configured such that a battery is aligned generally vertical to the top and bottom surfaces when properly mounted in the housing.
7. The battery charger of claim 1 wherein the bottom surface of the housing includes two recesses that are configured to receive corresponding tabs on a bottom of a battery mounted in the housing.
8. A battery charger, comprising:
a) a housing comprising a vertical wall extending from a top wall to a parallel bottom wall;
b) a charging circuit board supported by the vertical wall, the charging circuit board being substantially enclosed in the housing;
c) at least two side-by-side battery bays incorporated in the housing, but isolated from the charging circuit board by the vertical wall;
d) at least one first vent incorporated within the top wall of the housing;
e) at least one second vent incorporated within the bottom wall of the housing; and
f) an integrated carrying handle connected to and situated above the housing, the handle covering a majority of the at least one first vent to thereby substantially act as a shield from moisture or spills that may otherwise enter the housing through the first vent.
9. The battery charger of claim 8 further including a fan mounted within the housing and orientated above the at least one second vent.
10. The battery charger of claim 8 further including surface stand-offs to aid air flow into the at least one second vent.
11. The battery charger of claim 8 wherein there are four side-by-side battery bays.
12. The battery charger of claim 8 further including an activity light that is configured to indicate when a battery is properly mounted in the housing.
13. The battery charger of claim 8 wherein the battery bays are configured such that a battery is aligned generally vertical to the top and bottom walls when properly mounted in the housing.
14. The battery charger of claim 8 wherein the bottom wall of the housing includes two recesses that are configured to receive corresponding tabs on a bottom of a battery mounted in the housing.
15. A battery charger, comprising:
a) a housing comprising a vertical wall extending from a top wall to a bottom wall;
b) a charging circuit board supported by the vertical wall, the charging circuit board being substantially enclosed in the housing;
c) at least two side-by-side battery bays incorporated in the housing, but isolated from the charging circuit board by the vertical wall;
d) at least one first vent incorporated within the top wall of the housing;
e) at least one second vent incorporated within the bottom wall of the housing; and
f) an integrated carrying handle connected to and situated above the housing, the handle covering a majority of the at least one first vent to thereby substantially act as a shield from moisture or spills that may otherwise enter the housing through the first vent.
16. The battery charger of claim 15 wherein the top wall is generally parallel to the bottom wall.
17. The battery charger of claim 15 further including a fan mounted within the housing and orientated above the at least one second vent.
18. The battery charger of claim 15 further including surface stand-offs to aid air flow into the at least one second vent.
19. The battery charger of claim 15 wherein there are four side-by-side battery bays.
20. The battery charger of claim 15 further including an activity light that is configured to indicate when a battery is properly mounted in the housing.
21. The battery charger of claim 15 wherein the battery bays are configured such that a battery is aligned generally vertical to at least the bottom wall when properly mounted in the housing.
22. The battery charger of claim 15 wherein the bottom wall of the housing includes two recesses that are configured to receive corresponding tabs on a bottom of a battery mounted in the housing.