WIRELESS POWER OUTLET AND METHOD OF TRANSFERRING POWER THEREBY
A method of transferring power inductively is provided, the method comprising providing a wireless power outlet comprising a primary inductive coil connected to a power source via a driver, providing a secondary unit configured and disposed to form an inductive couple with the wireless power outlet for power transfer, emitting, by the wireless power outlet, one or more digital pings at a predetermined power level, determining if at least one or more of the digital pings engaged the secondary unit, repeating, if engagement of a secondary unit was not determined to have occurred, the emitting and determining until a digital ping engages a secondary unit, wherein the power of the digital pings is increased relative to the previous emitting, and transferring power from the wireless power outlet to the secondary unit according to a wireless power transfer standard in accordance with the power of the engaged digital ping.
1 - 13 . (canceled)
14 . A method of transferring power inductively, the method comprising:
providing a wireless power outlet comprising a primary inductive coil connected to a power source via a driver;
providing a secondary unit configured and disposed to form an inductive couple with said wireless power outlet for power transfer;
emitting, by said wireless power outlet, one or more pulses;
measuring one or more electrical parameters of the primary inductive coil, resulting from said pulses, compared to time;
calculating, based on the measuring, an impedance associated with the secondary unit;
matching, by the wireless power outlet, the calculated impedance to known values of impedances of secondary units, thereby identifying the secondary unit; and
transferring power from the wireless power outlet to the secondary unit, in accordance with a standard associated with the identified secondary unit.
15 . The method according to claim 14 , wherein said pulses are low powered.
16 . The method according to claim 14 , wherein said wireless power outlet is preloaded with data pertaining to specifications of secondary units according to two or more standards.
17 . The method according to claim 16 , wherein said standards comprise one or both of a first standard and a second standard.
18 . The method according to claim 14 , wherein said wireless power outlet is configured to request and obtain data pertaining to specifications of the secondary unit according to two or more standards.
19 . The method according to claim 14 , further comprising, prior to the emitting, detecting, by said wireless power outlet, a possible presence of the secondary unit.
20 . The method according to claim 19 , wherein the detecting comprises emitting, by the wireless power outlet, an analog ping.
21 . The method according to claim 14 , wherein said electrical parameters comprise one or more selected from the group consisting of amplitude of voltage, amplitude of current, and decay coefficient.
22 - 34 . (canceled)
35 . A wireless power outlet comprising a primary inductive coil connected to a power source via a driver, and being configured to transfer power inductively to a secondary unit by:
emitting one or more pulses;
measuring one or more electrical parameters of the primary inductive coil, resulting from said pulses, compared to time;
calculating, based on the measuring, an impedance associated with the secondary unit;
matching the calculated impedance to known values of impedances of secondary units, thereby identifying the secondary unit; and
transferring power to the secondary unit, in accordance with a standard associated with the identified secondary unit.
36 . The wireless power outlet according to claim 35 , wherein said pulse is low powered.
37 . The wireless power outlet according to claim 35 , being preloaded with data pertaining to specifications of secondary units according to two or more standards.
38 . The wireless power outlet according to claim 37 , wherein said standards comprise one or both of a first standard and a second standard.
39 . The wireless power outlet according to claim 35 , being configured to request and obtain data pertaining to specifications of secondary unit according to two or more standards.
40 . The wireless power outlet according to claim 35 , being configured to detect, prior to the emitting, a possible presence of the secondary unit.
41 . The wireless power outlet according to claim 40 , wherein the detecting comprises emitting an analog ping.
42 . The wireless power outlet according to claim 35 , wherein said electrical parameters comprise one or more selected from the group consisting of amplitude of voltage and amplitude of current.