WIRELESS CHARGING MOLDULE FOR A STORAGE BATTERY

• US 20150207358A1
• Filed: 07/30/2014
• Published: 07/23/2015
• Est. Priority Date: 01/17/2014
• Status: Abandoned Application

• Current Assignee: Ding-Kan Chang, Jung-Tsung Lin
• Original Assignee: Ding-Kan Chang, Jung-Tsung Lin
• Inventors: LIN, Jung-Tsung, CHANG, Ding-Kan
• Application Number:
  US14/446,757
• Publication Number:
  US 20150207358A1
• Time in Patent Office: Days
• US Class Current: 1/1
• CPC Class Codes: H02J 50/12 of the resonant type
• CPC Class Codes: H02J 50/80 involving the exchange of data, concerning supply or distribution of electric power, between transmitting devices and receiving devices
• CPC Class Codes: H02J 7/007 Regulation of charging or discharging current or voltage
• CPC Class Codes: H02J 7/342 The other DC source being a battery actively interacting with the first one, i.e. battery to battery charging with circuits for polarity protection H02J7/0034

Abstract

The wireless electric charging module for a storage battery takes advantage of a voltage sensing circuit and a current sensing circuit to get an error control signal, through a controlled calculation method (PID), the storage battery can be efficiently controlled to get a direct electric power source for wireless sending in electricity charging, to thereby overcome the phenomenon that the voltage of the storage battery is overly low and unstable in conventional techniques and needs a voltage rise circuit to get a stabilized electric power source, and to overcome the problems in relating to the cost of circuits and the efficiency of conversion of energy.

Claims

1. A wireless electric charging module for a storage battery, said wireless electric charging module is used to make said storage battery an electric power source for wireless sending in electricity charging, and is used for wireless charging of an external electronic device;

wherein said external electronic device has a function of receiving electric power in a wireless mode, and is adapted to transmit back an error controlled data signal;

said wireless electric charging module of said storage battery includes;

an electric power source circuit adapted to convert said electric power stored in said storage battery into a stabilized voltage to be provided for use of said electric power control unit, in order that said electric power control unit generates a frequency output which pushes an L/C harmonic vibration circuit through a driving circuit;

said L/C harmonic vibration circuit is adapted for using features of frequency and curve of said L/C harmonic vibration circuit to convert electric power transmitted by said driving circuit into a harmonic vibration electric power source signal to be emitted and put out in a wireless mode, and said L/C harmonic vibration circuit is adapted for receiving an error controlled data signal transmitted back from said external electronic device, and further transmits to a demodulation circuit;

said demodulation circuit is adapted for demodulating and converting said error controlled data signal received by said L/C harmonic vibration circuit and transmit to said electric power control unit;

a voltage sensing circuit which is electrically connected with the storage battery to sense its voltage, and transmits a voltage parameter of said storage battery to said electric power control unit;

an electric current sensing circuit electrically connected with said L/C harmonic vibration circuit, it is adapted for converting electric current used when in emission of said L/C harmonic vibration circuit into an electric current parameter to be transmitted to said electric power control unit;

said electric power control unit is connected respectively with said demodulation circuit, said voltage sensing circuit and said electric current sensing circuit, and is adapted for having said voltage parameter, said electric current parameter and an error parameter calculated and gotten electric power mated with that required by said external electronic device through said controlled calculation method (PID), said electric power then is converted to a quantity of frequency to render said driving circuit to drive said L/C harmonic vibration circuit for generating a harmonic vibration electric power source to be provided for and accepted by said external electronic device in a wireless mode.

2. The wireless electric charging module for a storage battery as in claim 1, wherein:

said voltage sensing circuit includes an operation dealing unit, voltage sensed by said voltage sensing circuit through operation and treatment of said operation dealing unit becomes a voltage parameter which is transmitted to said electric power control unit.

3. The wireless electric charging module for a storage battery as in claim 1, wherein:

said current sensing circuit includes an amplifying circuit, said current sensing circuit senses electric current used when said L/C harmonic vibration circuit emits, and said current is converted into a current parameter through said amplifying circuit to be transmitted to said electric power control unit.

4. The wireless electric charging module for a storage battery as in claim 1, wherein:

said storage battery is electrically connected with an electric charging circuit which further is electrically connected with an electric power source input terminal adapted to be inserted by an external transmitting line, in order that said storage battery gets said external electric power source for charging.

5. The wireless electric charging module for a storage battery as in claim 4, wherein:

said storage battery further is electrically connected with an electric discharging voltage rise circuit;

said electric discharging voltage rise circuit is electrically connected with an electric power source output terminal adapted to be inserted by an external transmitting line, in order that said storage battery electrically charges said external electronic device in a wired mode.

6. The wireless electric charging module for a storage battery as in claim 5, wherein:

said external electronic device has a second L/C harmonic vibration circuit for receiving a harmonic vibration electric power source signal of said L/C harmonic vibration circuit in said wireless electric charging module, said second L/C harmonic vibration circuit of said external electronic device further is connected with a rectification wave filtration circuit, a regulation circuit, an error data circuit;

said error data circuit is adapted for converting error value in electric charging of said external electronic device into an error control signal through said regulation circuit and said rectification wave filtration circuit, and transmits said error control signal to said L/C harmonic vibration circuit in said wireless electric charging module through said second L/C harmonic vibration circuit.

7. The wireless electric charging module for a storage battery as in claim 2, wherein:

said storage battery is electrically connected with an electric charging circuit which further is electrically connected with an electric power source input terminal adapted to be inserted by an external transmitting line, in order that said storage battery gets said external electric power source for charging.

8. The wireless electric charging module for a storage battery as in claim 7, wherein:

said storage battery further is electrically connected with an electric discharging voltage rise circuit;

said electric discharging voltage rise circuit is electrically connected with an electric power source output terminal adapted to be inserted by an external transmitting line, in order that said storage battery electrically charges said external electronic device in a wired mode.

9. The wireless electric charging module for a storage battery as in claim 8, wherein:

said external electronic device has a second L/C harmonic vibration circuit for receiving a harmonic vibration electric power source signal of said L/C harmonic vibration circuit in said wireless electric charging module, said second L/C harmonic vibration circuit of said external electronic device further is connected with a rectification wave filtration circuit, a regulation circuit, an error data circuit;

said error data circuit is adapted for converting error value in electric charging of said external electronic device into an error control signal through said regulation circuit and said rectification wave filtration circuit, and transmits said error control signal to said L/C harmonic vibration circuit in said wireless electric charging module through said second L/C harmonic vibration circuit.

10. The wireless electric charging module for a storage battery as in claim 3, wherein:

said storage battery is electrically connected with an electric charging circuit which further is electrically connected with an electric power source input terminal adapted to be inserted by an external transmitting line, in order that said storage battery gets said external electric power source for charging.

11. The wireless electric charging module for a storage battery as in claim 10, wherein:

said storage battery further is electrically connected with an electric discharging voltage rise circuit;

said electric discharging voltage rise circuit is electrically connected with said electric power source output terminal adapted to be inserted by an external transmitting line, in order that said storage battery can electrically charge said external electronic device in a wired mode.

12. The wireless electric charging module for a storage battery as in claim 11, wherein:

said external electronic device has a second L/C harmonic vibration circuit for receiving a harmonic vibration electric power source signal of said L/C harmonic vibration circuit in said wireless electric charging module, said second L/C harmonic vibration circuit of said external electronic device further is connected with a rectification wave filtration circuit, a regulation circuit, an error data circuit;

said error data circuit is adapted for converting error value in electric charging of said external electronic device into an error control signal through said regulation circuit and said rectification wave filtration circuit, and transmits said error control signal to said L/C harmonic vibration circuit in said wireless electric charging module through said second L/C harmonic vibration circuit.