Pressure-type rice cooker

The present invention provides a pressure-type rice cooker. A pressure control valve (10) may be configured to be a first vapour discharge hole (4a) which is capable of opening and closing and is arranged at a cover body. A reducing valve (11) may be configured to a second vapour discharge hole (4b), arranged at the cover body, upwards elastically applied by power, moved along the thickness direction of the cover body and being capable of opening and closing. A reducing valve travel mechanism (12) comprises a reducing valve drive rod disposed within the cover body and moved along the direction vertical to the thickness direction of the cover direction; and an inclined surface configured to move along the thickness direction of the cover body in a movement link of the reducing valve drive rod mode via the inclined surface. The reducing valve is moved along the thickness direction of the cover body in a movement link of the reducing valve drive rod mode. According to the structure, openings of the vapour discharge hole may be enlarged while the large scale of the rice cooker is restrained, and the pressure in a pot may be more accurately adjusted to the specified value higher than the barometric pressure.