초록 ▼

There are provided, in the order from top, a refrigerating compartment (90), a vegetable compartment (91) and a freezing compartment (92), and a compressor (104) and a cooler (106) are disposed in side-by-side relation in a left and right direction at a location rearwardly of the freezing compartmen

There are provided, in the order from top, a refrigerating compartment (90), a vegetable compartment (91) and a freezing compartment (92), and a compressor (104) and a cooler (106) are disposed in side-by-side relation in a left and right direction at a location rearwardly of the freezing compartment (92). Also, a damper device (115) and a forced draft fan (114) are provided above the compressor (104) and the cooler (106), and an electronic control board (128) is provided rearwardly of the cooler (106). In addition, a chilly air discharge duct (116) and a chilly air suction duct (121) are provided at opposite ends of a deep region within the refrigerating compartment (90).

대표청구항 ▼

There are provided, in the order from top, a refrigerating compartment (90), a vegetable compartment (91) and a freezing compartment (92), and a compressor (104) and a cooler (106) are disposed in side-by-side relation in a left and right direction at a location rearwardly of the freezing compartmen

There are provided, in the order from top, a refrigerating compartment (90), a vegetable compartment (91) and a freezing compartment (92), and a compressor (104) and a cooler (106) are disposed in side-by-side relation in a left and right direction at a location rearwardly of the freezing compartment (92). Also, a damper device (115) and a forced draft fan (114) are provided above the compressor (104) and the cooler (106), and an electronic control board (128) is provided rearwardly of the cooler (106). In addition, a chilly air discharge duct (116) and a chilly air suction duct (121) are provided at opposite ends of a deep region within the refrigerating compartment (90). r-fuel ratio becomes a substantially constant value. 5. An exhaust emission control system according to claim 1, wherein said first and second oxygen concentration sensors have characteristics that the output values therefrom rapidly change in the vicinity of the stoichiometric ratio. e; a ferrite core disposed within the frame; and a litz wire coil disposed proximate to the ferrite core for producing an electromagnetic field within the ferrite core, the ferrite core and litz wire coil forming a recess to receive an opening portion of a container and a foil located proximate to the opening portion, the recess adapted to direct the electromagnetic field toward the foil to seal the opening of the container with the foil; wherein the ferrite core of the recess comprises: a substantially horizontally directed portion; two oppositely disposed and substantially vertically directed portions extending from respective edges of the horizontal portion, the vertically directed portions being adapted to direct the electromagnetic field toward the container; and a center spine portion extending substantially vertically from the horizontal portion but between the oppositely disposed vertical portions. 44. The cap sealing unit, comprising: a frame; a ferrite core disposed within the frame; and a litz wire coil disposed proximate to the ferrite core for producing an electromagnetic field within the ferrite cor