Abstract: A water tube is adapted for use in a steamer. The steamer has a steam chamber and a heating plate that is disposed under the steam chamber. The water tube includes a tubular main body, a dividing body, and a plurality of ribs. The main body defines a channel extending in a flowing direction. The channel has an inlet portion, and an outlet portion that is opposite to and disposed downstream of the inlet portion, and that is adapted to extend into the steam chamber. The dividing body is inserted into the outlet portion of the channel. The ribs extend from the dividing body to the main body, and cooperate with the dividing body to divide the outlet portion of the channel into a plurality of outlet holes.

Abstract: A water tube is adapted for use in a steamer. The steamer has a steam chamber and a heating plate that is disposed under the steam chamber. The water tube includes a tubular main body, a dividing body, and a plurality of ribs. The main body defines a channel extending in a flowing direction. The channel has an inlet portion, and an outlet portion that is opposite to and disposed downstream of the inlet portion, and that is adapted to extend into the steam chamber. The dividing body is inserted into the outlet portion of the channel. The ribs extend from the dividing body to the main body, and cooperate with the dividing body to divide the outlet portion of the channel into a plurality of outlet holes.

Abstract: An induction cookware comprising: a cooking body containing an inner pot inside, an insulation material disposed between the cooking body and the inner pot for maintaining the temperature of the inner pot. An induction coil is disposed in the bottom of the cooking body and with an extra magnetic field, the induction coil can generate AC current. The current flows through an electric heating tube connected to the bottom of the inner pot so as to heat the heating tube. Thereby, the heating tube directly transfer the heat to the inner pot for reducing the heat from transpiration. The structure of a cooking body with an inner pot inside can heat and slow cook the food inside the inner pot simultaneously, thus can add the delicious taste of the food and save the energy.

Abstract: An induction cookware comprising: a cooking body containing an inner pot inside, an insulation material disposed between the cooking body and the inner pot for maintaining the temperature of the inner pot. An induction coil is disposed in the bottom of the cooking body and with an extra magnetic field, the induction coil can generate AC current. The current flows through an electric heating tube connected to the bottom of the inner pot so as to heat the heating tube. Thereby, the heating tube directly transfer the heat to the inner pot for reducing the heat from transpiration. The structure of a cooking body with an inner pot inside can heat and slow cook the food inside the inner pot simultaneously, thus can add the delicious taste of the food and save the energy.

Abstract: An induction electrical appliance comprising: a first shell, a first pan, a first heating element used fro heating the first pan and a first induction coil. The first shell detachably connected to the first pan, the food can be placed on the first grilling surface of the first pan, the first heating surface of the first pan fixedly connected to a first heating element, which is electrically connected to the induction coil. Thereby, the induction coil generates inducted current by extra magnetic field and inputs the current to the first heating element. Thus the first heating element can generate higher heat energy, and further enlarger the cooking temperature range of the first pan. Moreover, the cooking temperature can be adjusted according to the different food to let the food be more delicious.

Abstract: An electric iron in accordance with a preferred embodiment includes a housing body, a carrying base, and a flexible soleplate. The carrying base is mounted on the bottom of the housing body to define a containing space configured for receiving inner members and a controlling circuit of the electric iron. The flexible soleplate is arranged under the carrying base and transforms an electric energy transmitted from the controlling circuit to a heat energy for generating the high temperature on the surface thereof to perform an ironing function. The electric iron has the flexible soleplate, which has a high heating and dissipating-heat property and a low power property so as to decrease the consume of the electric energy and the whole weight of the electric iron.

Abstract: An electric iron in accordance with a preferred embodiment includes a housing body, a carrying base, and a flexible soleplate. The carrying base is mounted on the bottom of the housing body to define a containing space configured for receiving inner members and a controlling circuit of the electric iron. The flexible soleplate is arranged under the carrying base and transforms an electric energy transmitted from the controlling circuit to a heat energy for generating the high temperature on the surface thereof to perform an ironing function. The electric iron has the flexible soleplate, which has a high heating and dissipating-heat property and a low power property so as to decrease the consume of the electric energy and the whole weight of the electric iron.

Abstract: A brewing and extracting apparatus comprises an extracting cup, an eccentric filter and a stirrer configured inside the extracting cup, wherein the stirrer is driven by a motor so as to generate whirlpool currents from soaking liquid injected into the extracting cup by rotating the stirrer. The eccentric filter has a container placed within the extracting cup and soaked in the soaking liquid wherein the container is on a position deviating from the center of the whirlpool currents so as to bring contents of tea-leaves in the container up increasingly and dissolve the contents into liquid through the whirlpool currents.

Abstract: A pressing iron includes a soleplate which has upwardly and downwardly facing major surfaces opposite to each other. A shell includes a peripheral wall which extends upwardly from a periphery of the soleplate to terminate at an upper peripheral edge, and which defines an air passageway that extends longitudinally. The peripheral wall is formed with a vent port disposed downstream of the air passageway. A ventilation facilitating mechanism is disposed upstream of the vent port to increase flow of air through the air passageway and out of the vent port so as to accelerate a cooling process of the flowing air that draws residual heat off the soleplate after the pressing iron is turned off.

Abstract: A pressing iron includes a soleplate which has upwardly and downwardly facing major surfaces opposite to each other. A shell includes a peripheral wall which extends upwardly from a periphery of the soleplate to terminate at an upper peripheral edge, and which defines an air passageway that extends longitudinally. The peripheral wall is formed with a vent port disposed downstream of the air passageway. A ventilation facilitating mechanism is disposed upstream of the vent port to increase flow of air through the air passageway and out of the vent port so as to accelerate a cooling process of the flowing air that draws residual heat off the soleplate after the pressing iron is turned off.

Abstract: A pressing iron includes a soleplate which has upwardly and downwardly facing major surfaces opposite to each other. A shell includes a peripheral wall which extends upwardly from a periphery of the soleplate to terminate at an upper peripheral edge, and which defines an air passageway that extends longitudinally. The peripheral wall is formed with a vent port disposed downstream of the air passageway. A ventilation facilitating mechanism is disposed upstream of the vent port to increase flow of air through the air passageway and out of the vent port so as to accelerate a cooling process of the flowing air that draws residual heat off the soleplate after the pressing iron is turned off.