Buttonless Battery Charger Interface

• US 20070290653A1
• Filed: 06/20/2007
• Published: 12/20/2007
• Est. Priority Date: 01/06/2005
• Status: Abandoned Application

• Current Assignee: ICC-Nexergy, Inc
• Original Assignee: ElectriTek-AVT, Inc.
• Inventors: Ibrahim, Randolph
• Application Number:
  US11/766,031
• Publication Number:
  US 20070290653A1
• Time in Patent Office: Days
• US Class Current: 320/107
• CPC Class Codes: H02J 7/00 Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
• CPC Class Codes: H02J 7/0063 with circuits adapted for supplying loads from the battery
• CPC Class Codes: H02J 7/00712 the cycle being controlled or terminated in response to electric parameters

Abstract

According to the invention, a battery charging apparatus with a plurality of modes for charging a battery is disclosed. The apparatus may have a battery receptacle and a command processor. The battery receptacle may be adapted to detachably and mechanically couple with the battery and may be adapted to detachably and electrically couple the battery with a battery charging circuit. The command processor may be configured to: detect a first at least partial mechanical coupling of the battery with the battery receptacle; detect a first at least partial mechanical decoupling of the battery from the battery receptacle; detect a first at least partial mechanical recoupling of the battery with the battery receptacle; and/or to communicate a first instruction to the battery charging circuit based at least in part on detecting the first at least partial mechanical recoupling within a particular time period after the first at least partial mechanical decoupling.

Claims

1. A battery charging apparatus with a plurality of modes for charging a battery, the battery charging apparatus comprising:

a battery receptacle, wherein;

the battery receptacle is adapted to detachably and mechanically couple with the battery; and

the battery receptacle is adapted to detachably and electrically couple the battery with a battery charging circuit; and

a command processor, wherein;

the command processor is configured to detect a first at least partial mechanical coupling of the battery with the battery receptacle;

the command processor is further configured to detect a first at least partial mechanical decoupling of the battery from the battery receptacle;

the command processor is further configured to detect a first at least partial mechanical recoupling of the battery with the battery receptacle; and

the command processor is further configured to communicate a first instruction to the battery charging circuit based at least in part on detecting the first at least partial mechanical recoupling within a particular time period after the first at least partial mechanical decoupling.

2. The battery charging apparatus with the plurality of modes for charging the battery of claim 1, wherein the first instruction is based at least in part on an automatic determination of at least one characteristic of the battery.

3. The battery charging apparatus with the plurality of modes for charging the battery of claim 1, wherein the command processor is further configured to communicate a second instruction to the battery charging circuit based at least in part on detecting the first at least partial mechanical coupling, and wherein the second instruction is based at least in part on an automatic determination of at least one characteristic of the battery.

4. The battery charging apparatus with the plurality of modes for charging the battery of claim 1, wherein:

the command processor is further configured to detect a second at least partial mechanical decoupling of the battery from the battery receptacle;

the command processor is further configured to detect a second at least partial mechanical recoupling of the battery with the battery receptacle; and

the command processor is further configured to communicate a second instruction to the battery charging circuit based at least in part on detecting the second at least partial mechanical recoupling within a particular time period after the second at least partial mechanical decoupling.

5. The battery charging apparatus with the plurality of modes for charging the battery of claim 4, wherein:

the command processor is further configured to detect a third at least partial mechanical decoupling of the battery from the battery receptacle;

the command processor is further configured to detect a third at least partial mechanical recoupling of the battery with the battery receptacle; and

the command processor is further configured to communicate a third instruction to the battery charging circuit based at least in part on detecting the third at least partial mechanical recoupling of the battery within a particular time period after the third at least partial mechanical decoupling.

6. The battery charging apparatus with the plurality of modes for charging the battery of claim 1, wherein the particular time period after the first at least partial mechanical decoupling comprises a time period between a first point in time and a second point in time, and the first point in time is at the first at least partial mechanical decoupling.

7. The battery charging apparatus with the plurality of modes for charging the battery of claim 1, wherein the particular time period after the first at least partial mechanical decoupling comprises a time period between a first point in time and a second point in time, and the first point in time is a certain time after the first at least partial mechanical decoupling.

8. The battery charging apparatus with the plurality of modes for charging the battery of claim 1, wherein the battery charging apparatus further comprises an indicator configured to inform a user of a last instruction communicated to the battery charging circuit.

9. The battery charging apparatus with the plurality of modes for charging the battery of claim 1, wherein the charging circuit is configured to operate in a plurality of modes, and wherein the plurality of modes are selected from the group consisting of a calibration mode, a quick charging mode, a slow charging mode, and a discharge mode.

10. The battery charging apparatus with the plurality of modes for charging the battery of claim 1, wherein the first instruction comprises a mode instruction directing the battery charging circuit to operate in at least one of a plurality of modes.

11. A method for communicating one or more instructions to an electrical apparatus with a battery receptacle, the method comprising:

detecting a first at least partial mechanical coupling of a battery with the battery receptacle;

detecting a first at least partial mechanical decoupling of the battery from the battery receptacle;

detecting a first at least partial mechanical recoupling of the battery with the battery receptacle; and

communicating a first instruction to the electrical apparatus based at least in part on detecting the first at least partial mechanical recoupling within a particular time period after the first at least partial mechanical decoupling.

12. The method for communicating one or more instructions to the electrical apparatus with the battery receptacle of claim 11, the method further comprising determining at least one characteristic of the battery, wherein the first instruction is based at least in part on the at least one characteristic of the battery.

13. The method for communicating one or more instructions to the electrical apparatus with the battery receptacle of claim 11, the method further comprising:

determining at least one characteristic of the battery;

communicating a second instruction to the electrical apparatus based at least in part on detecting the first at least partial mechanical coupling, wherein the second instruction is based at least in part on an automatic determination of characteristics of the battery.

14. The method for communicating one or more instructions to the electrical apparatus with the battery receptacle of claim 11, the method further comprising:

detecting a second at least partial mechanical decoupling of the battery from the battery receptacle;

detecting a second at least partial mechanical recoupling of the battery with the battery receptacle; and

communicating a second instruction to the electrical apparatus based at least in part on detecting the second at least partial mechanical recoupling within a particular time period after the second at least partial mechanical decoupling.

15. The method for communicating one or more instructions to the electrical apparatus with the battery receptacle of claim 14, the method further comprising:

detecting a third at least partial mechanical decoupling of the battery from the battery receptacle;

detecting a third at least partial mechanical recoupling of the battery with the battery receptacle; and

communicating a third instruction to the electrical apparatus based at least in part on detecting the third at least partial mechanical recoupling within a particular time period after the third at least partial mechanical decoupling.

16. The method for communicating one or more instructions to the electrical apparatus with the battery receptacle of claim 11, the method further comprising informing a user of a last instruction communicated to the electrical apparatus.

17. A machine-readable medium having machine-executable instructions configured to perform the machine-implementable method for communicating one or more instructions to an electrical apparatus with a battery receptacle of claim 11.

18. A machine adapted to perform the machine-implementable method for communicating one or more instructions to an electrical apparatus with a battery receptacle of claim 11.

19. An electrical apparatus with a battery receptacle, the electrical apparatus comprising:

a battery receptacle, wherein;

the battery receptacle is adapted to detachably and mechanically couple with the battery; and

the battery receptacle is adapted to detachably and electrically couple the battery with the electrical apparatus; and

a command processor, wherein;

the command processor is configured to detect a first at least partial mechanical coupling of the battery with the battery receptacle;

the command processor is further configured to detect a first at least partial mechanical decoupling of the battery from the battery receptacle;

the command processor is further configured to detect a first at least partial mechanical recoupling of the battery with the battery receptacle; and

the command processor is further configured to communicate a first instruction to the electrical apparatus based at least in part on detecting the first at least partial mechanical recoupling within a particular time period after the first at least partial mechanical decoupling.

20. The electrical apparatus with a battery receptacle of claim 19, wherein the first instruction comprises a mode instruction directing the electrical apparatus to operate in at least one of a plurality of modes.