Claims (11)
一種冷氣機，包含：一主體；一出風單元，設置於該主體內且包括於一出風區間來回擺動的一扇片模組，該扇片模組透過來回擺動送出一空調風；及一控制單元，設置於該主體內且電連接該出風單元，接收一與該冷氣機所在環境之障礙物位置有關的參數設定指令，並根據該參數設定指令運算決定一在該出風區間且代表環境中一障礙物所在範圍的切換位置，當該扇片模組擺動進入該切換位置，則由一第一工作模式切換至一節能的第二工作模式。
An air conditioner comprising: a main body; an air outlet unit disposed in the main body and including a fan module that swings back and forth in an air outlet section, the fan module transmits an air conditioning wind by swinging back and forth; a control unit, disposed in the main body and electrically connected to the air outlet unit, receiving a parameter setting instruction related to an obstacle position of an environment in which the air conditioner is located, and determining, according to the parameter setting instruction, an indication in the air outlet interval The switching position of the range of an obstacle in the environment, when the fan module swings into the switching position, switches from a first working mode to an energy-saving second working mode.
依據申請專利範圍第1項所述之冷氣機，其中，該扇片模組具有複數個相互交叉排列的扇片，成列排列的該等扇片左右擺動到該切換位置，該控制單元即依據該參數設定指令使成行排列的該等扇片向上或向下擺動。
The air conditioner according to claim 1, wherein the fan module has a plurality of fan blades arranged in a mutually intersecting manner, and the fan blades arranged in a row are swung left and right to the switching position, and the control unit is based on The parameter setting command causes the segments arranged in a row to swing up or down.
依據申請專利範圍第1項所述之冷氣機，其中，該扇片模組具有複數個相互交叉排列的扇片，成行排列的該等扇片上下擺動到該切換位置，該控制單元即依據該參數設定指令使成列排列的該等扇片向左或向右擺動。
The air conditioner according to claim 1, wherein the fan module has a plurality of fan blades arranged in a mutually intersecting manner, and the fan blades arranged in a row are swung up and down to the switching position, and the control unit is configured according to the The parameter setting command causes the segments arranged in a row to swing to the left or right.
依據申請專利範圍第1項所述之冷氣機，其中，該扇片模組具有複數個扇片，該等扇片擺動到該切換位置，該控制單元即依據該參數設定指令增加或減少該空調風的風量。
According to the air conditioner of claim 1, wherein the fan module has a plurality of segments, the blades are swung to the switching position, and the control unit increases or decreases the air conditioner according to the parameter setting command. The wind volume of the wind.
依據申請專利範圍第1項所述之冷氣機，其中，該扇片模組具有複數個扇片，該等扇片擺動到該切換位置，該控制單元即依據該參數設定指令提高或降低該空調風的溫度。
According to the air conditioner of claim 1, wherein the fan module has a plurality of segments, the blades are swung to the switching position, and the control unit increases or decreases the air conditioner according to the parameter setting command. The temperature of the wind.
一種節約出風方法，適合於一冷氣機使用，且包含以下步驟：(a)一出風單元令一扇片模組於一出風區間來回擺動；(b)該冷氣機的一遙控單元發送一與該冷氣機所在環境之障礙物位置有關的參數設定指令；(c)該冷氣機的一控制單元接收該參數設定指令；(d)該控制單元根據該參數設定指令運算決定一在該出風區間且代表環境中一障礙物所在範圍的切換位置；及(e)該控制單元在該扇片模組擺動進入該切換位置時，將該出風單元由一第一工作模式切換至一節能的第二工作模式。
The utility model relates to a method for saving air, which is suitable for use in an air conditioner, and comprises the following steps: (a) an air outlet unit causes a fan module to swing back and forth in an air outlet section; (b) a remote control unit of the air conditioner sends a parameter setting instruction related to the position of the obstacle in the environment of the air conditioner; (c) a control unit of the air conditioner receives the parameter setting instruction; (d) the control unit determines the operation according to the parameter setting instruction a wind zone and representing a switching position of an obstacle in the environment; and (e) the control unit switches the air outlet unit from a first working mode to an energy saving when the fan module swings into the switching position The second working mode.
依據申請專利範圍第6項所述之節約出風方法，其中，該步驟(e)包括以下幾個子步驟：(e-1)該控制單元根據該參數設定指令決定由該切換位置劃分出該出風區間的各種不同區域之各別的工作模式；及(e-2)在該扇片模組擺動到該出風區間的一切換位置時，該控制單元將該出風單元由該第一工作模式切換至
節能的該第二工作模式。
The method for saving wind according to claim 6 , wherein the step (e) comprises the following sub-steps: (e-1) the control unit determines, according to the parameter setting instruction, that the output is divided by the switching position. Each of the different working modes of the wind zone; and (e-2) when the fan module is swung to a switching position of the air outlet section, the control unit uses the air outlet unit by the first work Switch mode to
This second mode of operation for energy saving.
依據申請專利範圍第7項所述之節約出風方法，其中，該子步驟(e-2)包括變更出風單元之一空調風的流出風向。
The method for saving air according to claim 7, wherein the sub-step (e-2) comprises changing an outflow direction of the air-conditioning wind of one of the air outlet units.
依據申請專利範圍第7項所述之節約出風方法，其中，該子步驟(e-2)包括變更出風單元之一空調風的風量。
The method for saving air according to claim 7, wherein the sub-step (e-2) comprises changing the air volume of the air-conditioning air of one of the air outlet units.
依據申請專利範圍第7項所述之節約出風方法，其中，該子步驟(e-2)包括變更出風單元之一空調風的溫度。
The method for saving air according to claim 7, wherein the sub-step (e-2) comprises changing the temperature of the air-conditioning wind of one of the air outlet units.
依據申請專利範圍第6項所述之節約出風方法，其中，該步驟(b)包括以下幾個子步驟：(b-1)該遙控單元依據該冷氣機的設置位置輸入一第一子指令；(b-2)該遙控單元依據一障礙物的設置位置輸入一第二子指令；(b-3)該遙控單元將該第一子指令與該第二子指令合成該參數設定指令；及(b-4)該遙控單元發送該參數設定指令。
The method for saving air according to claim 6 , wherein the step (b) comprises the following sub-steps: (b-1) the remote control unit inputs a first sub-command according to the set position of the air-conditioner; (b-2) the remote control unit inputs a second sub-command according to the set position of an obstacle; (b-3) the remote control unit synthesizes the first sub-command and the second sub-command into the parameter setting command; and B-4) The remote control unit sends the parameter setting command.