Abstract: The present invention relates to a gas heat pump system. A gas heat pump system according to one embodiment of the present invention comprises: a compressor for compressing a refrigerant; a gas engine for driving the compressor; a mixer for mixing air and fuel to generate a mixed gas to be supplied to the gas engine; a mixed gas supply line connected between the mixer and the gas engine; and a supercharger for supercharging the mixed gas supplied to the gas engine through the mixed gas supply line, wherein the supercharger comprises a sealed housing formed by sealing the remaining parts thereof other than an inlet port and an outlet port through which the mixed gas moves into and out of the housing, and a bypass line is provided between the sealed housing and the inlet port of the supercharger so as to resupply a mixed gas in the sealed housing to the inlet port of the supercharger.

Abstract: The present invention relates to a gas heat pump system. A gas heat pump system according to one embodiment of the present invention comprises: a compressor for compressing a refrigerant; a gas engine for driving the compressor; a mixer for mixing air and fuel to generate a mixed gas to be supplied to the gas engine; a mixed gas supply line connected between the mixer and the gas engine; and a supercharger for supercharging the mixed gas supplied to the gas engine through the mixed gas supply line, wherein the supercharger comprises a sealed housing formed by sealing the remaining parts thereof other than an inlet port and an outlet port through which the mixed gas moves into and out of the housing, and a bypass line is provided between the sealed housing and the inlet port of the supercharger so as to resupply a mixed gas in the sealed housing to the inlet port of the supercharger.

Abstract: A microwave oven including an extendable/retractable hood assembly is provided. The microwave oven draws contaminated air through intake ports that are provided in a hood casing and a hood. The hood is slidably received in the hood casing. Thus, the hood is retracted or extended from the hood casing to more efficiently perform an air exhaust function.

Abstract: A microwave oven including a hood. The hood adapted to be withdrawn from or inserted into a hood casing. The microwave oven further including an elastic member that applies an elastic force on the hood to facilitate the withdrawal of the hood from the hood casing. The insertion of or withdrawal of the hood from the hood casing provides for a more efficient hood function.

Abstract: A microwave range having a hood for removing contaminated air includes a chamber having an electric component containing electric components, and a fan assembly having at least one vent fan and a cooling fan. The vent fan is driven by a fan motor to generate air current for introducing and exhausting contaminated air, and includes an air outlet through which the contaminated air is exhausted. The cooling fan is driven by the fan motor to generate air current for cooling the electric components, and includes a plurality of air outlets.

Abstract: A microwave range having a hood for removing contaminated air includes a chamber having an inner chamber configured to receive items to be heated; an electric component room containing electric components; and at least one vent fan and a cooling fan that are driven by a common fan motor to generate air current for introducing and exhausting contaminated air and for cooling the electric components.

Abstract: A microwave oven including an extendable/retractable hood assembly is provided. The microwave oven draws contaminated air through intake ports that are provided in a hood casing and a hood. The hood is slidably received in the hood casing. Thus, the hood is retracted or extended from the hood casing to more efficiently perform an air exhaust function.

Abstract: A microwave oven including a hood. The hood adapted to be withdrawn from or inserted into a hood casing. The microwave oven further including an elastic member that applies an elastic force on the hood to facilitate the withdrawal of the hood from the hood casing. The insertion of or withdrawal of the hood from the hood casing provides for a more efficient hood function.

Abstract: A microwave range having a hood for removing contaminated air includes a chamber having an inner cavity configured to receive items to be heated; an electric component room containing electric components, the electric component room being located above an upper wall of the chamber; and an outer case defining at least one passage between the chamber and the outer case through which contaminated air is received and discharged, and through which air for cooling the electric components flows.

Abstract: An electric oven with a hood is provided. An opening/closing member selectively opens and closes a hood exhaust passage to physically open or close a hood exhaust port. Thus, contaminated air detrimental to a hood fan can be prevented from being suctioned. Accordingly, a reduction in the suctioning force of the hood fan and contamination thereof can be prevented.

Abstract: A vent grille is provided. The vent grille is disposed on a front side of a microwave oven. Exhaust and inlet holes are disposed in a top side of the vent grille. The exhaust and inlet holes are not exposed when viewed from the front of the microwave oven. Air flows into and out of the microwave oven through the inlet and exhaust holes. An oblique guide surface or guide rib is provided to guide air discharged through the exhaust holes. Therefore, the frontal aesthetics of the microwave oven can be improved, and any safety hazard can be prevented. Furthermore, contaminants generated from food can be efficiently removed.

Abstract: A microwave range having a hood for removing contaminated air includes a chamber and first and second vent fan assemblies respectively positioned at opposite lateral sides of the chamber. The first and second vent fan assemblies draw contaminated air in through an air inlet located on a bottom surface of the microwave range below the chamber, and exhaust the air drawn in through the air inlet.

Abstract: A microwave range includes a primary air inlet through which contaminated air is drawn in and an auxiliary air inlet through which contaminated air is drawn in. A primary vent fan assembly draws in and exhausts contaminated air drawn in through the primary air inlet, and an auxiliary vent fan assembly draws in and exhausts contaminated air drawn in through the auxiliary air inlet.

Abstract: A blower comprising: a centrifugal fan; a driving unit for rotating the centrifugal fan; a bracket including a base fixedly-coupled to one side of the driving unit and a protrusion protruded from the base in a shaft direction of the centrifugal fan; and a fan housing fixedly-coupled to the bracket so as to rotatably receive the centrifugal fan, and including a suction port formed at one side of the bracket in the shaft direction of the centrifugal fan so as to suck air by the rotation of the centrifugal fan, and a discharge port formed in a perpendicular direction of the suction port, for discharging the air sucked through the suction port, wherein one side of the discharge port is formed in ‘V’ shape by a first inclination surface formed in the protrusion of the bracket and a second inclination surface formed at the fan housing which is contact with one end of the protrusion, and at least one of the first and second inclination surfaces is formed in a curved line so as to increase a discharge area of the dis

Abstract: A microwave range having a hood for removing contaminated air includes a chamber having an inner cavity configured to receive items to be heated; an electric component room containing electric components, the electric component room being located above an upper wall of the chamber; and an outer case defining at least one passage between the chamber and the outer case through which contaminated air is received and discharged, and through which air for cooling the electric components flows.

Abstract: A microwave range having a hood for removing contaminated air includes a chamber having an inner chamber configured to receive items to be heated; an electric component room containing electric components; and at least one vent fan and a cooling fan that are driven by a common fan motor to generate air current for introducing and exhausting contaminated air and for cooling the electric components.

Abstract: A microwave range having a hood for removing contaminated air includes a chamber having an electric component containing electric components, and a fan assembly having at least one vent fan and a cooling fan. The vent fan is driven by a fan motor to generate air current for introducing and exhausting contaminated air, and includes an air outlet through which the contaminated air is exhausted. The cooling fan is driven by the fan motor to generate air current for cooling the electric components, and includes a plurality of air outlets.

Abstract: A microwave range includes a primary air inlet through which contaminated air is drawn in and an auxiliary air inlet through which contaminated air is drawn in. A primary vent fan assembly draws in and exhausts contaminated air drawn in through the primary air inlet, and an auxiliary vent fan assembly draws in and exhausts contaminated air drawn in through the auxiliary air inlet.

Abstract: A microwave range having a hood for removing contaminated air includes a chamber and first and second vent fan assemblies respectively positioned at opposite lateral sides of the chamber. The first and second vent fan assemblies draw contaminated air in through an air inlet located on a bottom surface of the microwave range below the chamber, and exhaust the air drawn in through the air inlet.

Abstract: An electric oven with a hood is provided. An opening/closing member selectively opens and closes a hood exhaust passage to physically open or close a hood exhaust port. Thus, contaminated air detrimental to a hood fan can be prevented from being suctioned. Accordingly, a reduction in the suctioning force of the hood fan and contamination thereof can be prevented.