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Embodiments may relate to a home appliance, more specifically, to a washing apparatus having a steam generator and a controlling method of the same and embodiments may relate to a home appliance including a steam generator. according to one embodiment of the present invention, a home appliance inclu

Embodiments may relate to a home appliance, more specifically, to a washing apparatus having a steam generator and a controlling method of the same and embodiments may relate to a home appliance including a steam generator. according to one embodiment of the present invention, a home appliance includes a steam generator configured to generate steam to supply the generated steam to an object accommodation part where an object is accommodated, wherein the steam generator includes a housing configured to accommodate water supplied thereto; a heater configured to heat the water accommodated in the housing by heating the housing to generate steam; and a control unit configured to cut off or apply an electric power of the heater based on the temperature of the housing.

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1. A home appliance comprising: a steam generator to generate steam and to supply the generated steam to an object accommodation part where an object is accommodated,wherein the steam generator comprises: a housing to accommodate water supplied thereto, the housing comprising a base for defining a b

1. A home appliance comprising: a steam generator to generate steam and to supply the generated steam to an object accommodation part where an object is accommodated,wherein the steam generator comprises: a housing to accommodate water supplied thereto, the housing comprising a base for defining a bottom surface and a sidewall coupled to a lateral surface of the base to form a heating space where the water accommodated in the housing is heated;a drain formed in the sidewall to drain the water inside the housing outside;a heater to heat the water accommodated in the housing by heating the housing to generate steam; anda control unit to cut off or apply an electric power of the heater based on the temperature of the housing,wherein the heater is embedded in the base,wherein the control unit comprises: a control signal generator provided at a side of the housing and configured to generate a heater power control signal based on the temperature of the housing, anda heater controller configured to cut off or apply the power of the heater based on the control signal,wherein the control signal generator generates a heater power cut off signal when the temperature of the housing reaches a first preset temperature, and the heater controller cuts off the power supplied to the heater based on the heater power cut off signal,wherein the control signal generator generates a heater power applying signal when the temperature of the housing is lowered to a second preset temperature from the first preset temperature, and the heater controller applies the power supplied to the heater based on the heater power applying signal, andwherein the second preset temperature is over the boiling point of water but lower than the first preset temperature. 2. The home appliance according to claim 1, wherein the control unit controls water to be supplied to the housing when the temperature of the housing reaches the first preset temperature that is over the boiling point of water. 3. The home appliance according to claim 1, wherein the heater comprises, at least two heater terminals having the power connected thereto and a heating line provided between the heater terminals to emit heat to heat the housing, andthe heating line is embedded in the base and the heater terminals are provided in the same lateral surface of the base. 4. The home appliance according to claim 1, further comprising: an overheat preventer provided in the housing to cut off the power supplied to the heater when the temperature of the housing reaches a third preset temperature over the first preset temperature. 5. The home appliance according to claim 4, wherein the overheat preventer is connected to the line of the power supplied to the heater in serial and cuts off the power supplied to the heater, regardless of the control performed by the control unit, when the temperature of the housing reaches the third preset temperature. 6. The home appliance according to claim 3, wherein the heater controller comprises, a heater switch provided on the line of the power supplied to the heater to selectively cut off or apply the power supplied to the heater; anda controller controls the heater switch based on the control signal of the control signal generator. 7. The home appliance according to claim 6, wherein the overheat preventer comprises a first overheat preventer connected between the heater switch and the heater in serial. 8. The home appliance according to claim 7, wherein the overheat preventer comprises a second overheat preventer connected between the controller and the heater in serial. 9. The home appliance according to claim 8, wherein the overheat preventer is a thermostat. 10. The home appliance according to claim 1, wherein the control signal generator is a thermostat. 11. The home appliance according to claim 1, wherein the control unit controls cooling of the housing by supplying water to the housing for a predetermined time, when a steam cycle performed by the steam generator finishes after a predetermined condition is satisfied. 12. A controlling method of a washing machine to perform a low water pressure compensating algorithm to supply a proper amount of water to a steam generator of a home appliance, the low water pressure compensating algorithm comprising: a water supply step to supply water to the steam generator for a preset water supply time;a power applying step to apply power to a heater of the steam generator;a sensing time counting step to count the sensing time taken for the temperature of the housing to reach a first preset temperature that is over the boiling point of water, after the power of the heater is applied; anda determining step to determine the water pressure of a water supply source as a low water pressure when the sensing time is shorter than a preset time. 13. The controlling method of the washing machine according to claim 12, further comprising: a water supply time compensating step to increase the water supply time by adding a compensated time to the preset water supply time when the water pressure of the water supply source is a low water pressure. 14. The controlling method of the washing machine according to claim 13, wherein the low water pressure compensating algorithm is re-performed according to the water supply time compensated in the water supply time compensating step, and the low water pressure compensating algorithm finishes when the sensing time is the preset time or longer. 15. The controlling method of the washing machine according to claim 12, further comprising: a sensing frequency to count a number of the low water pressure when the sensing time is shorter than the preset time,a water supply time compensating step to increase the water supply time by adding a compensated time to the preset water supply time when the sensing frequency is a preset number of times or more. 16. The controlling method of the washing machine according to claim 12, wherein the low water pressure compensating algorithm is performed before supplying a steam. 17. The controlling method of the washing machine according to claim 12, wherein the low water pressure compensating algorithm is performed, after the housing is heated by applying the power to the heater of the steam generator until the temperature of the housing is over the boiling point of water.