METHODS FOR CONTROLLING APPLIANCES USING SCRIPTED SWITCHES AND BUTTONS

• US 20160216700A1
• Filed: 01/26/2015
• Published: 07/28/2016
• Est. Priority Date: 01/26/2015
• Status: Abandoned Application

• Current Assignee: Fanstel Systems, LLC
• Original Assignee: Shih-Ming Tung, Yuan-Neng Fan
• Inventors: FAN, YUAN-NENG, TUNG, SHIH-MING, CHEN, CHEIN-MING
• Application Number:
  US14/605,552
• Publication Number:
  US 20160216700A1
• Time in Patent Office: Days
• US Class Current: 1/1
• CPC Class Codes: G05B 15/02 electric
• CPC Class Codes: G05B 2219/2642 Domotique, domestic, home control, automation, smart house

Abstract

A method and system allowing for the use of traditional buttons and switches to operate sophisticated features of smart appliances when a smartphone, a tablet, or a computer is not available is provided. Wall switches with existing wiring in a building or buttons on appliances can be used when a smartphone or other remote controlling devices are not available. A normally-closed (NC) wall switch or button can be used to control a smart appliance with only a power line connection in between the NC switch and the smart appliance without a wireless connection, or additional wires to send control signals.

Claims

1. A system for controlling a smart appliance comprising:

one or more normally-closed (NC) switches in electrical communication with the smart appliance, where the one or more NC switches breaks an electrical current connection with the smart appliance when pressed and makes the electrical connection when the one or more NC switches is released;

a smart controller in the smart appliance; and

wherein the smart controller is configured to use the breaks in the electrical current connection to control the smart appliance.

2. The system of claim 1, wherein the smart controller further comprises one of:

an optical coupling circuit, a diode coupling circuit, a resistor coupling circuit, a capacitor coupling circuit, or a transformer coupling circuit to measure the breaking of electrical current and duration of breaking.

3. The system of claim 2, wherein the smart controller further comprises a master control unit (MCU).

4. The system of claim 3, wherein the MCU further comprises program memories, data memories, a wireless interface, a power measurement circuit, relay circuits to turn on or turn off the smart appliance, and one or more triac circuits to reduce a supply voltage to the smart appliance.

5. The system of claim 3, wherein the MCU uses the current breaking event and duration information to perform scripts that control the smart appliance.

6. The system of claim 5, wherein the scripts are programmed on a smartphone or a computing device and downloaded into the smart appliance.

7. A system for controlling a smart appliance comprising:

a smart switch with one or more buttons in electrical communication with the smart appliance, where the smart switch generates make and break timing signals with a defined specific durations to the smart appliance;

a smart controller in the smart appliance; and

wherein the smart controller is configured to use the breaks in the electrical current and the duration of the breaks to control the smart appliance with the use of one or more relays.

8. The system of claim 7, wherein the smart controller further comprises one of:

an optical coupling circuit, a diode coupling circuit, a resistor coupling circuit, a capacitor coupling circuit, or a transformer coupling circuit to measure the breaking of electrical current and duration of breaking.

9. The system of claim 7, wherein the smart controller further comprises a master control unit (MCU).

10. The system of claim 9, wherein the MCU further comprises program memories, data memories, a wireless interface, a power measurement circuit, relay circuits to turn on or turn off the smart appliance, and one or more triac circuits to reduce a supply voltage to the smart appliance.

11. The system of claim 9, wherein the MCU uses the current breaking event and duration information to perform scripts that control the smart appliance.

12. The system of claim 11, wherein the scripts are programmed on a smartphone or a computing device and downloaded into the smart appliance.

13. A system for controlling a smart appliance comprising:

a smart switch in electrical communication with the smart appliance, where the smart switch comprises one or more buttons, a master control unit (MCU), and one or more relay circuits to make and break power to the smart appliance; and

a smart controller in the smart appliance;

wherein depending on a button pressed form amongst the one or more buttons, the MCU controls the one or more relay circuits to break and to make an electrical power connection for a predetermined sequence and duration; and

wherein the smart controller is configured to use the breaks in the electrical current and the duration of the breaks to control the smart appliance.

14. The system of claim 13, wherein the smart controller further comprises one of:

an optical coupling circuit, a diode coupling circuit, a resistor coupling circuit, a capacitor coupling circuit, or a transformer coupling circuit to measure the breaking of electrical current and duration of breaking.

15. The system of claim 13, wherein the smart controller further comprises a master control unit (MCU).

16. The system of claim 15, wherein the MCU further comprises program memories, data memories, a wireless interface, a power measurement circuit, relay circuits to turn on or turn off the smart appliance, and one or more triac circuits to reduce a supply voltage to the smart appliance.

17. The system of claim 15, wherein the MCU uses the current breaking event and duration information to perform scripts that control the smart appliance.

18. The system of claim 17, wherein the scripts are programmed on a smartphone or a computing device and downloaded into the smart appliance.

19. A smart multiple-way switch for a non-smart appliance comprising:

a two or multiple-way smart switch system comprising a smart master switch and a master control unit (MCU); and

wherein the smart master switch turns on and turns off the non-smart appliance

20. The smart multiple-way switch of claim 19 further comprising one or more normally-closed (NC) switches that breaks an electrical current connection when pressed and makes the electrical connection when released.

21. The smart multiple-way switch of claim 20, wherein the smart master switch uses at least one of an optical coupling circuit, a diode coupling circuit, a resistor coupling circuit, a capacitor coupling circuit, or a transformer coupling circuit to measure the breaking of electrical current and duration of breaking by the one or more NC switches.

22. The smart multiple-way switch of claim 20, wherein the MCU further comprises program memories, data memories, a wireless interface, one or more buttons, a power measurement circuit, relay circuits to turn on or turn off the non-smart appliance and one or more triac circuits to reduce supply voltage to the non-smart appliance.

23. The smart multiple-way switch of claim 22, wherein the MCU buttons and current breaking event and duration information are used to perform scripts that control the non-smart appliance.

24. The smart multiple-way switch of claim 22, wherein the scripts are programmed on a smartphone or a computing device and downloaded into the smart multiple-way switch.

25. A smart 3-way switch for devices comprising:

a smart 3-way switch and an existing traditional switch with connecting electrical wiring; and

a master control unit (MCU) within the smart 3-way switch, the MCU comprising a wireless interface, one or more buttons and a relay to turn on or turn off the devices.

26. The smart 3-way switch for devices of claim 25 further comprising at least one of an optical coupling circuit, a diode coupling circuit, a resistor coupling circuit, a capacitor coupling circuit, or a transformer coupling circuit to measure power status of the lights.

27. The smart 3-way switch for devices of claim 25, wherein the MCU comprises a power management circuit wherein the MCU reports power status of the lights to a smartphone, computing device, or a home gateway by wireless communication;

and

wherein the home gateway can report the power status to the smartphone or computing device at a remote location through the Internet.

28. The smart 3-way switch for devices of claim 27, wherein the smartphones or computing devices develop and download scripts to the smart 3-way switch directly or remotely through mobile internet and the home gateway.

29. A master control unit comprising:

program memory, data memory, radio frequency transmitter and receiver, one or more buttons, and input/output pins to receive appliance operation scripts from smartphones or computing devices;

wherein the operation scripts are stored in the data memory of the MCU; and

wherein the MCU is inside a smart appliance or electrically connected to an appliance with wires or wirelessly.

30. The MCU of claim 29, wherein the one or more buttons activate execution of the operation scripts.

31. The MCU of claim 29, wherein the MCU receives instruction from another device through wired or wireless connection to begin execution of the operation scripts.

32. An Intelligent Remote Control Unit (IRCU) comprising:

program memory, data memory, radio frequency transmitter and receiver, one or more buttons, and input/output pins to receive and to transmit instructions from and to smartphones or smart devices;

wherein the IRCU operates in slave mode when pairing wirelessly with smartphones; and

wherein the IRCU operates in master mode when pairing wirelessly with devices.

33. The IRCU of claim 32, wherein the IRCU transmits audio, visual, vibration or other types of alerting signal when losing pairing with smartphones.

34. The IRCU of claim 32, wherein the IRCU transmits audio, visual, vibration or other types of alerting signal when receiving an alerting instruction from smartphones.

35. The IRCU of claim 32, wherein the IRCU transmits audio, visual, vibration or other types of alerting signal when receiving an alerting request from devices.