Abstract: Provided is a method of performing hybrid translation using a general-purpose neural network machine translator by a device, including: (a) receiving an original document configured of a first language from a user terminal; (b) determining a field of the original document by comparing the original document with a standard document for each field stored in a database; (c) generating a primary translation configured of a second language for the original document by using the general-purpose neural network machine translator; and (d) converting some expressions included in the primary translation into expressions in another second language with reference to a professional translation dictionary for the determined field to generate a secondary translation, wherein the expression includes any one of a word, a phrase, and a sentence.

Abstract: An aroma-spraying mechanism is provided in an air conditioner to suppress unpleasant odors generated in the air conditioner. The air conditioner includes an air inlet, and an inlet opening and closing mechanism disposed at the inlet. That mechanism includes a framework and inlet opening/closing vanes rotatably mounted on the framework. The aroma spraying mechanism includes a replaceable aroma container mounted on the framework. The container includes a depressible spray head. A driver mounted on the framework includes a plunger for depressing the spray head. A user can manipulate keys on a control panel to select the spray intervals and spray duration, whereby the plunger is automatically actuated during an air conditioning operation.

Abstract: An air conditioner includes an air inlet and an air outlet. A door is movable vertically to open and close the air outlet. The door is guided for movement in guide slots which are configured to cause either a lower portion of the door, or the entire door, to move horizontally toward the air outlet during the closing operation. A spring may be provided to bias the closed door against the air outlet.

Abstract: This invention provides an air blowing direction adjusting apparatus for an air conditioner providing any desired blowing directions for a heat-exchanged air to be discharged indoor, the apparatus including a dynamic force generating unit mounted upon one side of a main body of the air conditioner and having a shaft, cams coupled to the shaft and rotated in a forward or reverse direction with the drive of the dynamic force generating unit, moving units disposed to bring into contact with the cams for conversion of rotary motions of the cams into linear motions of the moving units, whereby the air blowing direction adjusting unit is rotated, and elasticity units coupled to one side of the moving means to resiliently operate on the moving units.

Abstract: An air blowing direction adjusting apparatus for an air conditioner is provided in which for various discharging directions of the air and a guaranteed transmission of driving force for an accurate phase control is accomplished. There is provided an air blowing direction adjusting apparatus for an air conditioner having a discharge outlet, and a plurality of blades installed in the discharge outlet for changing the discharging direction of the air, the apparatus comprising guide pins installed in a first cam and a second cam, respectively, wherein each cam receives driving force generated from single driving unit to be driven, and first and second groups of blades divided into two groups for changing rotational positions of the blades independently for said each group or simultaneously for said two groups, in response to the actions of the guide pins.