CN103032935B - The method of controlling air conditioner setting operation and air-conditioning control terminal - Google Patents

The method of controlling air conditioner setting operation and air-conditioning control terminal Download PDF

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Publication number
CN103032935B
CN103032935B CN201210288578.2A CN201210288578A CN103032935B CN 103032935 B CN103032935 B CN 103032935B CN 201210288578 A CN201210288578 A CN 201210288578A CN 103032935 B CN103032935 B CN 103032935B
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operation
air
information
temperature
setting
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CN201210288578.2A
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Chinese (zh)
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CN103032935A (en
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松下耕太郎
川村邦人
能登谷义明
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日立空调·家用电器株式会社
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Priority to JP2011216013A priority patent/JP5836741B2/en
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Abstract

本发明提供一种空调控制终端,其能够通过简单并直观的操作进行空调机的风向、风速等的各种设定。 The present invention provides an air conditioner control terminal, which is capable of the air conditioner wind direction, wind speed and various setting through simple and intuitive operations. 空调控制终端(10)包括:存储部,存储对空调机本体的包含风向和风速的设定信息;控制部,将从表示上述空调机本体的单元(117)吹出风的操作对象图像即吹风(118)显示在触摸屏部(11)上,将根据对操作对象图像进行触摸并移动的操作而变更了的包含风向和风速的设定信息存储在存储部中;通信部,将变更后的设定信息发送到上述空调机本体。 The air conditioning control terminal (10) comprising: a storage unit storing information includes the setting of wind direction and velocity of the air conditioning apparatus body; and a control unit, an image unit from the operation target of the air conditioner main body (117), i.e., hair blowing air ( 118) displayed in the storage unit on the touch panel portion (11), the operation target image according to the operation of the touch and move while the changed setting information storage comprises wind direction and speed; after setting the communication unit, changes the information is transmitted to the air conditioner body.

Description

空调控制终端和空调控制的设定操作方法 The method of controlling air conditioner setting operation and air-conditioning control terminal

技术领域 FIELD

[0001] 本发明涉及能够容易地对空调机的风向、风速等进行各种设定的空调控制终端和空调控制的设定操作方法。 [0001] The present invention relates to an air conditioner capable of easily wind direction, wind speed and other settings for various air conditioning control setting operation and the air-conditioning control method of a terminal.

背景技术 Background technique

[0002] 空调机使室内空气在热交换器内进行循环,通过加热、致冷、除湿功能等进行调整,将调整后的空调空气吹到室内,由此对室内进行空调。 [0002] The air conditioner circulates the indoor air in the heat exchanger, by heating, refrigeration, the dehumidifier and other adjustments, the adjusted conditioned air blown into the room, whereby the indoor air conditioning. 这时,用户为了设定舒适的风向、风速等,使用遥控器远程控制器(以下称为遥控器)。 In this case, the user in order to set a comfortable wind direction, wind speed, remote control using a remote controller (hereinafter, referred to as remote control).

[0003] 遥控器通常具备显示各种设定状况的显示部、操作部,在操作部中具有运转或停止的按键、温度的设定按键、风向的设定按键、风速的设定按键、运转模式切换按键、进行睡眠时的定时设定的睡眠按键等。 [0003] Typically the remote controller includes a display unit to display various setting conditions, the operation portion, having a stop button operation or the operation unit, the temperature setting button, setting button wind direction, wind speed setting button, the operation mode switching key, the setting of the timing of sleep during sleep keys. 用户通过按下风向、风速等的按键,来设定喜好的风向、风速等。 The user can press the wind direction, wind speed and other keys, setting preferences wind direction and wind speed. 另外,还揭示了通过将遥控器的操作部设为触摸屏,来减小设置面积的技术(例如参照专利文件I)。 Further, also disclosed by the operating portion of the remote controller to the touch screen to set the area reduction technique (e.g., refer to Patent Document I).

[0004] 现有技术文件 [0004] The prior art documents

[0005] 专利文件 [0005] Patent Document

[0006] 专利文件1:特开2000-33327号公报 [0006] Patent Document 1: Laid-Open Patent Publication No. 2000-33327

[0007] 在现有的按键式的遥控器中,必须从显示部识别设定状况,但风向、风速等是用文字等记载的,对于用户来说难以识别,另外在对风向、风速进行设定操作时,用于调整的按键分别独立,因此需要分别进行输入。 [0007] In the conventional push-button remote control must be identified from the display condition setting section, the wind direction, wind speed and the like is described in the text, it is difficult for the user to recognize, in addition to the wind direction, wind speed setting when a given operation, the key for adjustment are independent, and therefore need to be entered individually.

[0008] 一般,在进行左右或上下的调整的风向操作中,作为操作是按键输入这样的操作,因此对于用户来说感觉上有些不好理解。 Horizontally or vertically adjusting operation of wind [0008] In general, performing, such as an operation key input is an operation, and therefore for the user to feel some not well understood.

[0009] 另外,在从左向右设定风向的情况下,必须“左一左中一中一右中一右”这样地多次按下风向按键。 [0009] Further, in a case where the wind direction is from left to right, must be "left in a left-right in the middle-right" direction button is pressed a plurality of times in this manner. 同样,在从“急速”向“静”设定风速的情况下,必须“急速一强一弱一微—静”这样地多次按下风速按键。 Also, from the "rapid" the case of "static" set wind speed, must "rapid a strong and weak a micro - Static" Winds button pressed in this manner several times.

[0010] 在专利文件I的触摸屏式的遥控器中,用户通过按下显示在触摸屏中的软按键,来设定为喜好的风向、风速等。 [0010] Patent Document I, the touch-screen remote control unit, the user presses the soft key displayed in the touch screen to set preferences wind direction, wind speed. 另外,触摸屏式的遥控器具有以下功能,即通过在触摸屏上用手指书写文字而能够识别操作指令,但并没有具体地揭示出风向、风速等的设定方法。 Further, touch-screen remote control has a function, i.e., can be recognized and the operation instruction by writing on the touch screen with a finger in the text, but does not specifically reveal the wind direction and wind speed setting method.

发明内容 SUMMARY

[0011] 本发明就是为了解决上述问题的发明,其目的在于:提供一种空调控制终端和空调控制的设定操作方法,其能够简单并直观地进行空调机的风向、风速等的各种设定的操作。 [0011] The present invention is to invention for solving the above problems and has an object to: provide a method of operating an air conditioner setting control and air conditioning control terminal, and which can be easily intuitively air conditioner wind direction, wind speed and other various settings given operation.

[0012] 为了达到上述目的,本发明的空调控制终端是一种将使用触摸屏部设定的设定信息发送到空调机本体的空调控制终端,其特征在于包括:存储部,存储对空调机本体的包含风向和风速的设定信息;控制部,将从表示空调机本体的单元吹出风的操作对象图像显示在触摸屏部上,将根据对操作对象图像进行触摸并移动的操作而变更了的包含风向和风速的设定信息存储在存储部中;通信部,将变更后的设定信息发送到空调机本体。 [0012] To achieve the above object, the air conditioner control terminal of the present invention is a control terminal transmits to the air conditioner using the air-conditioner body of the setting information set by the touch screen unit, comprising: a storage unit storing air conditioner body comprising a set wind speed and wind direction; the control unit, from the unit indicates the air-conditioner body of the air blowing operation target image is displayed on the touch panel unit, the operation is changed according to the operation target image and the touch movement comprising wind direction and wind speed setting information stored in the storage unit; a communication unit, the setting information after the change is sent to the air conditioner body.

[0013] 根据本发明,能够简单并且直观地进行空调机的风向、风速等的各种设定的操作。 [0013] According to the present invention, a simple and intuitive operation of the air conditioner wind direction, and other various settings.

附图说明 Brief Description

[0014] 图1是表示本实施方式的空调控制终端(遥控器)的结构和主画面的图。 [0014] FIG. 1 is a diagram showing a configuration of the main screen and the terminal (remote controller) of the air conditioner of the present embodiment controls.

[0015]图2是表示空调控制终端的基本手指操作的图。 [0015] FIG. 2 is a diagram showing a basic operation of the air conditioning control finger terminal.

[0016] 图3是表示空调控制终端的控制模块的图。 [0016] FIG. 3 shows a terminal air conditioning control module of FIG.

[0017] 图4是表示空调机的整体结构的图。 [0017] FIG. 4 is a diagram illustrating the overall configuration of the air conditioner.

[0018] 图5是表示构成空调机的室内机的侧面截面图。 [0018] FIG. 5 is a side sectional view showing an indoor unit constituting the air conditioner.

[0019] 图6是表示构成空调机的室内机的室内机发送接收部结构的图。 [0019] FIG. 6 shows a configuration of an indoor air conditioner indoor unit of the transmission unit structure of a receiver of FIG.

[0020] 图7是表示风向和风速调整的设定操作的图。 [0020] FIG. 7 shows a wind direction and speed adjusting setting operation of FIG.

[0021] 图8是表示薄雾运转的设定操作的图。 [0021] FIG. 8 is a diagram illustrating the operation of the setting operation mist.

[0022] 图9是表示设置环境信息的布局信息的输入操作的图。 [0022] FIG. 9 is a diagram illustrating the operation of the input layout information setting environment information.

[0023] 图10是表示设置环境信息的面积信息的输入操作的图。 [0023] FIG. 10 is a diagram illustrating environment information input operation area setting information.

[0024] 图11是设置环境信息的空调的位置和日常用品的配置的输入操作的图。 [0024] FIG. 11 is a diagram illustrating the configuration of an input operation of the air conditioning installation environment and the location information of daily necessities.

[0025] 图12是表示空调控制终端中的设置环境信息的输入结束画面的图。 [0025] FIG. 12 is a set environment information input terminal of the air conditioning control ends the screen.

[0026] 图13是表示户型图空调模式的点温度调整的设定操作的图。 [0026] FIG. 13 shows spot temperature adjusting units of the air conditioner mode setting operation of FIG. FIG.

[0027] 图14是表示空调控制终端中的根据外部气温预测来调整温度(外部气温联动空调模式)的设定的例子的图。 [0027] FIG. 14 shows an example of adjusting the set temperature (outside air temperature conditioning Linkage mode) according to the predicted outside air temperature conditioning control terminal of FIG.

[0028]图15是表示外部气温联动空调模式的其他设定例子的图。 [0028] FIG. 15 is a view showing another example of setting the external temperature of the air-conditioning mode interlocking FIG.

[0029] 图16是表示基于外部气温预测的温度调整的设定操作的图。 [0029] FIG. 16 shows the predicted outside air temperature based on the temperature adjustment setting operation of FIG.

[0030] 图17是表示基于外部气温预测的温度调整的开/关设定操作的图。 [0030] FIG 17 is a diagram showing a temperature adjustment of outside air temperature predicted ON / OFF setting operation of FIG.

[0031] 图18是表示基于外部气温预测的温度调整的其他设定操作的图。 [0031] FIG. 18 is a diagram showing another setting operation based on predicted temperature outside air temperature adjustment.

[0032] 图19是表示设置环境信息和温度调整的设定操作的处理流程的图。 [0032] FIG. 19 shows a temperature adjustment setting, and environment information setting operation processing flow of FIG.

[0033] 符号说明 [0033] Description of Symbols

[0034] 1:空调机;2:室内机;6:室外机;10:空调控制终端;11:触ί旲屏部;2:红外线通信部;13:数据通信部;14:主按键;15:控制部;16:存储部;17:照相机;18:收话用扬声器;19:麦克风;111:状态条;112:导航条;113:主显示部;114:工具条;115:标记部;116:运转模式设定部;117:单元;118:吹风;151:操作识别部;152:显示控制部;153:通信控制部;154:基本空调设定部;155:设置环境设定部;156:外部气温联动温度调整设定部;157:菜单控制部;158:标记控制部;161:初始设定信息;162:基本空调设定信息;163:设置环境设定信息;164:外部气温联动空调设定信息 [0034] 1: air conditioner; 2: indoor unit; 6: outdoor unit; 10: air-conditioning control terminal; 11: touch ί Dae panel portion; 2: infrared communication portion; 13: Data communication unit; 14: master key; 15 : a control unit; 16: a storage unit; 17: camera; 18: close, then the speaker; 19: microphone; 111: status bar; 112: navigation; 113: main display portion; 114: toolbar; 115: tag portion; 116: operation mode setting unit; 117: unit; 118: hair; 151: operation recognition portion; 152: display control unit; 153: communication control unit; 154: setting the basic air conditioning unit; 155: environment setting section setting; 156: outside air temperature adjustment setting unit interlock; 157: menu control unit; 158: marking control unit; 161: initial setting information; 162: basic conditioned setting information; 163: setting environment setting information; 164: outside air temperature linkage air conditioning settings information

具体实施方式 Detailed ways

[0035] 以下,参照附图详细说明本发明的实施方式。 [0035] Hereinafter, embodiments of the present invention with reference to the accompanying drawings.

[0036] 图1是表示本实施方式的空调控制终端(遥控器)的结构和主画面的图。 [0036] FIG. 1 shows the structure and the main screen terminal (remote controller) of the air conditioning control according to the embodiment. 空调控制终端10具备触摸屏部11、红外线通信部12、数据通信部13、用于返回到主画面的主按键14。 The air conditioning control terminal 10 with a touch panel unit 11, infrared communication unit 12, a data communication unit 13, for returning to the main screen 14 of the master key. 在图1所示的触摸屏部11中,作为初始显示,具有:显示通信状态、当前时刻等的状态条111 ;表示当前的设定菜单等的导航条112 ;显示出作为本实施方式的特征的从表示空调机本体的单元117吹出风的操作对象图像即吹风118的主显示部113 ;能够选择各种工具的工具条114 ;能够选择特殊的运转模式的标记部115。 In the touch screen unit 1 shown in FIG. 11, as the initial display, comprising: displaying a communication state, such as the current time status bar 111; represents the current setting menu navigation bar 112 and the like; the present embodiment exhibits a characteristic of the embodiment of represents the operation target image from the air conditioner unit body 117, i.e., wind blowing hair main display unit 118 113; various tools can be selected toolbar 114; 115 can be a selection marker of the special operation mode.

[0037] 在主显示部113中,除了上述的吹风118以外,还能够利用运动图像来显示出过滤器清扫这样的室内机内部的运行状态。 [0037] The main display unit 113, in addition to the blower 118, it is possible to display a moving image by using the filter cleaning operation such internal state of the indoor unit. 另外,在主显示部113中,显示出对作为基本的运转模式的供暖模式、致冷模式的选择和设定温度进行设定的运转模式设定部116。 Further, the main display unit 113, showing a basic operation mode of the heating mode, the refrigeration mode and setting the selected temperature setting unit 116 sets the operation mode. 另外,运动图像也被称为动画,是通过彗形象差拍摄等用多个静止图像表现运动的技术,是利用了通过连续变化的图画、物体而产生的再现运动的映像方法。 Further, the moving image is also called animation is obtained by photographing coma difference, etc. TECHNICAL plurality of still images of the performance of motion, using the method of reproduction of the moving image by continuously varying picture, the object is generated.

[0038] 作为操作对象图像的吹风118显示出从表示空调机I (参照图4)的室内机(空调机本体)的单元117吹出风的状态。 [0,038] Hair as the operation target image from the display 118 showing the air conditioner I (see FIG. 4) of the indoor unit (air conditioner main body) of the air blowing unit 117 state. 吹风118是使用图像、颜色用风这样的概念来显示和表达运转模式、风向、风速。 Cable 118 is an image, a color display to wind the concept and expression operation mode, wind direction, wind speed. 具体地说,显示出空调机I (参照图4)的室内机2的运行状态。 Specifically, the display operating state of the air conditioner I (see FIG. 4) of the indoor unit 2.

[0039] 例如,在供暖模式的情况下,用红色系的暖色进行显示,在致冷模式的情况下,用蓝色系的冷色来进行显示。 [0039] For example, in the case of heating mode, warm color display with red in the case of a refrigeration mode, a cool blue to be displayed. 在风速为急速的情况下,用浓色进行显示,在微风的情况下,用淡色进行显示。 In the case where wind speed is rapid, with a dark color is displayed in light wind conditions, displayed with light color. 另外,也可以用吹风118的长度来显示风速。 Further, the length of the hair 118 may be used to display the wind speed. 另外,将在后面说明,在薄雾(雾状的微小液滴)运转的情况下,也可以对运转的状态进行动画显示使得混合薄雾。 Further, will be described later, in the case of mist (minute droplets of mist) operation, the animation display may be performed such that the state of operation of the hybrid mist.

[0040] 空调控制终端10既可以是作为空调机I (参照图4)的专用终端的遥控器,在利用以智能手机为代表的便携电话等便携终端(以下统称为智能手机)的情况下,也可以从制造商等的专用网页,下载作为空调控制终端10所必需的软件而用作遥控器。 [0040] The air conditioning control terminal 10 may be either a dedicated terminal, the air conditioner I (see FIG. 4) is a remote control, in the case of using the smart phone represented by a mobile phone, a portable terminal (hereinafter, referred to as smart phones), and from the manufacturer and the like may be dedicated page, downloading a necessary software 10 and the air conditioning control terminal as a remote control. 图1表示利用了具有红外线通信部12、数据通信部13的智能手机的状态。 1 shows a state of using the infrared communication unit 12 has a data communication unit 13 of the smart phone. 在利用了智能手机的空调控制终端10中,具有通常的电话功能、摄影功能,并具有照相机17、收话用扬声器18、麦克风19等。 In the air conditioning control by using a smart phone terminal 10, having a general telephone function, a photographing function, and a camera 17, speaker 18, then closed, the microphone 19 and the like.

[0041] 图2是表示空调控制终端的基本手指操作的图。 [0041] FIG. 2 is a diagram showing a basic operation of the air conditioning control finger terminals. 在图2中,说明空调控制终端10的触摸屏部11的手指操作。 In FIG. 2, the touch screen finger operation portion 10 of the air conditioning control terminal 11. 作为操作,有以下的操作:用手指触摸的触摸操作、用手指弹画面的弹操作、用手指咚地敲画面的单击操作、用手指咚咚地2次敲画面的双击操作、用手指(触摸后)挪动的拖拽操作、用一个手指描画画面的滑动操作、用2个手指描画画面的双滑动操作、将2个手指从放大触摸的状态(触摸状态)缩小手指的间隔的箍缩操作、将2个手指从缩小触摸的状态(触摸状态)扩大手指的间隔的箍扩操作。 As the operation, the following operations: touched with a finger touch operation, operating with a finger bomb bomb screen with your fingers boom to knock the screen click, with your fingers pound, twice knocking the screen, double-click operation with a finger ( spaced hoop after-touch) moving the drag operation with one finger sliding operation screen drawing, drawing with two fingers dual sliding operation screen, reduced to two fingers touching the finger from the enlarged state (touch state) condensing operation , finger cuff 2 will expand from the reduced finger touched state (touch state) spaced expansion operation. 如果进行这些操作中的任意一个,在后述的具有触摸屏的终端(遥控器)内的控制部中,识别操作内容,变换为操作信号而将操作信号发送到空调机本体。 If any one of these operations, the control unit in the (remote) terminal with a touch screen will be described later, to identify the operation content, the operation signal is converted into an operation signal transmitted to the air conditioner body. 在接收到该操作信号的空调机本体的控制部中,对运转状况进行控制。 The control unit receives the operation signal to the air conditioner body, control of the operating conditions. 在以下的说明中,使用图2所示的操作名称进行说明。 In the following description, the name of the operation shown in FIG. 2 will be described.

[0042] 返回图1,随着手指的操作,操作对象图像之一的风的图像变化。 [0042] Returning to Figure 1, with the finger image change operation, one of the operation target image wind. 具体地说,对于显示在触摸屏部11上的吹风118,能够通过由用户用手指等进行触摸并移动的滑动操作或弹操作等,来变更风向的上下左右,变更风速的强弱。 Specifically, for the hair displayed on the touch panel portion 11 of the 118, can be performed by the user with a finger or the like touching and sliding operation or operations of the mobile missile and the like, changes the direction of up and down, changing the strength of the wind speed. 如果进行了触摸后进行滑动操作,则吹风118例如能够从图1所示的左吹的状态,连续地输入左、左中、中、右中、右。 Then, if the touch sliding operation, for example, left the hair state 118 shown in FIG 1 can be blown continuously input to the left, middle left, center, right center, and right.

[0043] 能够通过对单元117进行双击操作,来进行空调机I (参照图4)的电源的开/关(ON/OFF)操作。 [0043] unit 117 can be by a double click operation, the air conditioner performs I (see FIG. 4) of the power on / off (ON / OFF) operation. 另外,单元117的吹出部分在关状态时显示关闭状态,在开状态时显示开的状态。 Further, part blowing unit 117 when the display-off state OFF state, the ON state during the display ON state. 进而,如果对单元117进行触摸并进行向右或向左稍微滑动的操作,则能够从正面图旋转到侧面图。 Further, if the unit 117 to a touch and slide slightly to the left or right operation, can be rotated from the front to the side view in FIG. 用户能够看着单元117的侧面图,设定上下风向。 The user can look at a side view of unit 117, the setting down direction. 另外,能够通过对单元117的吹出部分,即从室内机吹出风那样的运动进行拖拽操作,来进行电源的开/关操作。 Further, a portion of blowing unit 117, i.e., air blowing from the indoor unit such as a motion performed through a drag operation, to the power on / off operation.

[0044] 在从供暖模式变更为致冷模式时,如果触摸了供暖的显示部分,则在供暖显示的左侧显示致冷的显示,用户如果对致冷侧进行弹操作,则能够变更为致冷模式。 [0044] When the heating mode is changed from the refrigeration mode, if the touch display portion heating, heating is displayed on the display on the left side of the refrigeration display, if the user operation on the refrigeration side elastic, the actuator can be changed to cold mode. 另外,在变更设定温度时,如果触摸了温度的显示部分,则从触摸部分开始在上侧顺序地显示22° C、21° C、20° C,并且从触摸部分开始在下侧顺序地显示24° C、25° C、26° C。 Further, when changing the set temperature, if the temperature of the display portion is touched, sequentially from the touch part displays 22 ° C, 21 ° C, 20 ° C on the upper side, and starting from the touching portion of the lower side of the display sequentially 24 ° C, 25 ° C, 26 ° C. 用户如果直到希望的温度为止进行滑动操作,在希望的温度离开手指,则设定被变更。 If the desired temperature until the user performs the slide operation, the finger away from the desired temperature, the setting is changed.

[0045] 图3是表示空调控制终端的控制模块的图。 [0045] FIG. 3 shows a terminal air conditioning control module of FIG. 在空调控制终端10中,作为输入输出功能具有触摸屏部11、与空调机本体进行通信的红外线通信部12、与外部网络进行通信的数据通信部13,并且具有控制部15、存储部16。 In the air conditioning control terminal 10, as the input and output functions having a touch screen unit 11, infrared communication unit in communication with the air conditioner main body 12, a data communication section 13 and the external network, and a control unit 15, a storage unit 16.

[0046] 例如能够通过静电电容方式来实现触摸屏部11。 [0046] The touch screen can be realized by capacitive unit 11. 静电电容方式是检测由于对触摸屏进行触摸而产生的静电电容的变化的方法,其优点是可以将上部外罩与传感器薄膜一体化,由此能够形成为平板的形状。 Detecting a capacitive change in capacitance due to a touch on the touch screen to produce a method, the advantage that may be film-integrated sensor with the upper cover, can be formed as a plate shape. 在本实施方式中,采用能够检测多个坐标的多触摸屏。 In the present embodiment, the multi-touch panel capable of detecting multiple coordinates.

[0047] 具体地说,控制部15通过依照程序动作的CPU (中央处理单元)来实现,控制触摸屏部11的画面显示。 [0047] Specifically, the control portion 15 according to a program implemented by operation of a CPU (Central Processing Unit), controls the touch screen panel unit 11 is displayed. 在控制部15中,具有:识别触摸屏部11的操作是哪个操作的操作识别部151 ;控制触摸屏部11的显示的显示控制部152 ;进行红外线通信部12和数据通信部13的控制的通信控制部153 ;进行致冷供暖的基本空调的设定的基本空调设定部154 ;设定空调机本体的设置环境的设置环境设定部155 ;根据外部气温的预测而调整为用户设定的温度的外部气温联动温度调整设定部156 ;对定时器功能等的菜单进行管理的菜单控制部157 ;在触摸屏操作中,显示用于进行详细设定的菜单的标记控制部158。 In the control unit 15, includes: an identification operation of the touch panel unit 11 is operation recognition portion which operation 151; a display control unit controls the display touch panel unit 11 152; communication control infrared communication unit 12 and the data communication unit 13 153; substantially conditioned basic setting unit performs refrigerant heating air conditioner setting 154; setting environment setting unit of the air conditioner main body 155 of the environment setting; adjusting the temperature set by the user according to the predicted outside air temperature adjusting the temperature of outside air temperature interlock setting section 156; a timer function menu management menu control section 157; the touch screen, the display control unit flag is used to make detailed settings menu 158.

[0048] 在存储部16中,具有空调机本体的初始设置信息161、基本空调设定信息162、设置环境设定信息163、外部气温联动空调设定信息164。 [0048] In the storage unit 16, the initial setting information of the air conditioner main body 161 having a substantially air-conditioner setting information 162, setting environment setting information 163, the outside air temperature conditioned interlock setting information 164. 初始设置信息161是要控制的空调机的型号、容量、风向的可变幅度、风速的可变幅度等。 Initial setup information 161 is to control the air conditioner model, capacity, wind variable amplitude, wind speed and other variable amplitude. 可变幅度是指基于机种的调整幅度,例如是指是3段调整幅度还是5段调整幅度。 Variable amplitude means based on models of the adjustment means, for example a 3 or 5 segments adjustment period adjustments. 初始设置信息161可以预先登记。 161 initial setting information may be registered in advance. 另外,如果有机种变更等,则可以经由数据通信部13对信息进行改写。 Further, if the organic changes and other species, can be rewritten via the data communication unit 13 of information.

[0049] 在基本空调设定信息I 62中,存储有设置场所(起居室、客厅、卧室等)、运转/停止状态、供暖/致冷的模式状态、设定温度、设定湿度、设定风向、设定风速等。 [0049] The air conditioner set in the basic information I 62 stores a setting place (living room, living room, bedrooms, etc.), the operation / stop state, the heating / refrigeration mode state, set temperature, set humidity, setting wind direction, wind speed and other settings.

[0050] 在设置环境设定信息163中,存储有用于作成空调机本体的设置环境的设置环境作成信息、设置场所的布局信息和面积信息、空调机的室内机(空调)、设置环境相关的日常用具相关的单元信息、用户设定的用户户型信息、用户设定的用于进行空调控制的用户点设定信息等。 [0050] In the environment setting information set 163, the storage air conditioning apparatus body for creating the environment setting environment setting information creation, installation location information and layout information area, the air conditioner indoor unit (air conditioning), provided the relevant environment cell information related to the daily utensils, user information set by the user units, the user set point for the air conditioning control user setting information and the like. 将在后面参照图9~图13说明详细内容。 13 will be described in detail with reference to FIG. 9 to FIG contents later.

[0051] 在外部温度联动空调设定信息164中,存储有经由数据通信部13从外部的气象预测系统取得的包含气候的外部气温预测信息、由用户设定的温度调整设定信息等。 [0051] In the air conditioner external temperature interlock set information 164, stored via an outside air temperature climate prediction information comprising data communication unit 13 is acquired from an external weather forecasting system, the temperature adjustment set by the user setting information and the like. 将在后面参照图14~图18说明详细内容。 14 to 18 will be described later in details with reference to FIG.

[0052] 接着,参照图4~图6说明包含空调控制终端1的空调机I。 [0052] Next, FIG. 4 to FIG. 6 described with reference to an air conditioner comprising an air conditioning control terminal 1 I.

[0053] 图4是表示空调机的整体结构的图。 [0053] FIG. 4 is a diagram illustrating the overall configuration of the air conditioner. 对室内进行空调的空调机I由以下部分构成:设置在室内的室内机2 ;设置在室外的室外机6 ;对空调机I进行远程操作的空调控制终端 Conditioning the indoor air conditioner I consists of the following components: an indoor unit installed indoors 2; an outdoor unit disposed outdoors 6,; I air conditioner air conditioning control remotely operated terminal

10 ;将室内机2和室外机6连接起来的连接配管8。 10; the indoor unit 2 connected to an outdoor unit and connecting pipes 6 8. 室外机6具备压缩机(未图示)、室外送风机(未图示)、室外热交换器(未图示)等。 6 outdoor unit comprising a compressor (not shown), an outdoor fan (not shown), an outdoor heat exchanger (not illustrated) or the like. 室外机6的压缩机和室外热交换器通过连接配管8的2个制冷剂配管(未图示),与后述的室内机2的室内热交换器33 (参照图5)连接,使制冷剂循环,由此作为热泵而发挥功能。 A compressor and an outdoor heat exchanger of the outdoor unit 6 through the connection pipe 2 refrigerant pipe (not shown). 8, the indoor unit and the indoor heat exchanger 33 described later (see FIG. 5) is connected to 2, the refrigerant cycle, thereby functions as a heat pump.

[0054] 图5是表示构成空调机的室内机的侧面截面图的图。 [0054] FIG. 5 shows a side sectional view of an indoor unit constituting the air conditioner. 室内机2具备:设置在框体基座21的中央部分的室内热交换器33 ;设置在室内热交换器33的下游侧的与室内热交换器33的宽度大致相等的长度的横流风扇方式的室内送风风扇34 ;接受在室内热交换器33上结露的冷凝水的露水接收皿35。 The indoor unit 2 includes: an indoor heat exchanger 33 is provided in the central portion of the base 21 of the housing; disposed on the downstream side of the indoor heat exchanger 33 of the indoor heat exchanger 33 is substantially equal to the width of the cross-flow fan of the embodiment of length an indoor blower fan 34; accepted in the indoor heat exchanger 33 of dew condensation water dew receiving tray 35. 另外,在室内机2的框体基座21上,安装有过滤器271、271a、上下风向板291、292、左右风向板295等基本的内部构造体。 Further, in the housing base 21 of the indoor unit 2, a filter mounted 271,271a, louver 291, 292, 295, etc. louver basic internal structure. 通过用装饰框23覆盖它们,并将前面板25安装在装饰框23的前面,从而内包在由框体基座21、装饰框23、前面板25构成的框体20 (参照图4)中地构成室内机2。 By covering them with the decorative frame 23, and a front panel 25 mounted at the front of the decorative frame 23, so that the inner bag 21, the decorative frame 23, the front panel frame body 25 composed of a housing base 20 (see FIG. 4) to forming the indoor unit 2.

[0055] 如果室内送风风扇34旋转,则从设置在室内机2的空气吸入口27向室内热交换器33流入室内空气。 [0055] If the indoor blower fan 34 is rotated, the air from the indoor unit 2 is disposed in the intake port 27 into the indoor air to the indoor heat exchanger 33. 另外,通过室内热交换器33进行了温度调整、湿度调整的空调空气通过室内送风风扇34,在具有与室内送风风扇34的长度大致相等的宽度的吹风路290中流动。 Further, by adjusting the temperature of the indoor heat exchanger 33, to adjust the humidity conditioned air through the indoor blower fan 34, the blowing passage 290 flows having the indoor blower fan 34 and a length substantially equal width. 然后,空调空气通过配置在吹风路290中途的左右风向板295而向左右风向偏向,进而,通过配置在空气吹出口29的上下风向板291、292向上下风向偏向,而吹入室内。 Then, by arranging the conditioned air blowing passage 290 midway louver 295 is deflected in the horizontal direction, and further, by arranging the air outlet 291, 292 of the louver 29 toward the vertical direction, and blown into the room. 空气吸入口27由所设置在室内机2的上部的上侧空气吸入部270、设置在室内机2的前面的前侧空气吸入部270a构成。 Upper air intake portion from the air inlet 27 is provided in an upper portion 270 of the indoor unit 2, disposed in front of the front side of the indoor unit 2 of the air intake portion 270a configured.

[0056] 在此,设置在前面板25的可动板251构成为以设置在下端部的旋转轴为支点通过驱动电动机(未图示)而转动,在空调机I的运转时,打开前侧空气吸入部270a。 [0056] Here, setting the rotation shaft disposed to the front lower end portion as a fulcrum by a driving motor (not shown) is rotated, during the operation of the air conditioner I, the open side of the front panel is configured to be movable plate 25 251 an air intake portion 270a. 由此,空调空气在空调机I的运转时,还从前侧空气吸入部270a吸入到室内机2内。 Thus, conditioned air at the time of operation of the air conditioner I, further from the front air intake section 270a sucked into the indoor unit 2. 另外,在空调机I的运转停止时,进行控制使得可动板251转动,关闭前侧空气吸入部270a。 Further, during the operation stop of the air conditioner I, is controlled so that the rotation of the movable plate 251, closing the front side of the air intake portion 270a. 过滤器271、271a用于除去包含在从空气吸入口27 (上侧空气吸入部270、前侧空气吸入部270a)吸入的室内空气中的尘埃,并被配置为覆盖室内热交换器33的吸入侧。 Comprising a filter for removing 271,271a (upper side air intake part 270 side front air intake portion 270a) of dust from the air intake port 27 in the indoor air sucked in, and configured to cover the indoor heat exchanger 33 is sucked side.

[0057] 露水接收皿35被配置在室内交交换器33的前后两侧的下端部下方,被设计为用于在致冷运转时或除湿运转时,接受在室内热交换器33中产生的冷凝水。 [0057] The dew receiving tray 35 is disposed below the lower end portion of front and rear sides of the interior cross-exchanger 33, is designed to be used for the cooling operation or dehumidifying operation, the indoor heat exchanger 33 accepts that condensate water. 由露水接收皿35收集的冷凝水通过设置在连接配管8的内部的吸收配管(未图示)而排出到室外。 And discharged to the outside through the absorption pipes arranged inside the connecting pipe 8 (not shown) he is received by the dew condensation water collected in the pan 35.

[0058] 形成在装饰框23的下面的空气吹出口29 (参照图4)与前面板25与装饰框23的分割部分相邻地被配置,并与室内机2的内部的吹出风路290相通。 [0058] formed in the decorative frame 23 below the air outlet 29 (refer to FIG. 4) and the front part of the division panel 25 adjacent to the decorative frame 23 is arranged, and the interior of the indoor unit 2 in the outlet flow path 290 communicates . 2个上下风向板291、292以设置在两端部的旋转轴为支点,与来自空调控制终端10 (遥控器)的指示对应地,通过驱动电动机(未图示),在空调机的运转时转动到希望的角度,打开空气吹出口29,并保持为该状态。 2 291 and 292 to the louver provided at both end portions of the rotation shaft as a fulcrum, by a driving motor (not shown) during operation with a (remote) indication corresponding to the control terminal 10 from the air conditioner, the air conditioner rotated to a desired angle, opens the air outlet 29, and this state is maintained. 在空调机I的运转停止时,进行控制使得上下风向板291、292转动,关闭空气吹出口29。 When stopping the operation of the air conditioner I, they are controlled such that the louver 291, 292 is rotated to close the air outlet 29. 另外,上下风向板291、292构成为在关闭状态下,大致遮蔽吹出风路290使而与室内机2的底面成为连续。 Further, the louver 291, 292 is configured in the closed state, substantially shielding the outlet flow path 290 so that the bottom face 2 of the indoor unit becomes continuous.

[0059] 左右风向板295以设置在下端部的旋转轴为支点,与来自空调控制终端I的指示对应地,通过驱动电动机(未图示),转动到需要的角度,并保持为该状态。 [0059] The louver 295 provided at the lower end portion of the rotation shaft as a fulcrum, and instructions corresponding to the control terminal from the air conditioner I by a drive motor (not shown), rotated to the desired angle, and this state is maintained. 这样,空调机I的室内机2与来自空调控制终端10的指示对应地,使上下风向板291、292、左右风向板295转动到需要的角度,使空调空气从空气吹出口29向上下左右偏向地向希望的风向吹出。 Thus, the air conditioner indoor unit I and 2 indicate corresponding to the control terminal 10 from the air conditioner, louver 291, 292, louver 295 is rotated to the desired angle of the conditioned air blown from the air outlet 29 vertically and horizontally deflecting blow out the hope that the wind direction. 另夕卜,通过从空调控制终端10发出指示,还能够在空调机I的运转过程中,使上下风向板291、292、左右风向板295周期地摇动,周期地向室内的广范围吹出空调空气。 Another Bu Xi, by the terminal instructs the control from the air conditioner 10, it is possible during operation in the air conditioner I, louver 291, 292, 295 swing louver period, periodically blowing conditioned air to a wide range of chamber .

[0060] 室内机2在前面空气吸入口270a的附近,具备检测出从空气吸入口27吸入到室内机2的室内空气的温度(以下称为“吸入空气温度”)的室内机热敏电阻211。 [0060] The indoor unit 2 near the suction port 270a in the front of the air, the indoor unit includes a thermistor 211 from the air suction port 27 to suction indoor air temperature of the indoor unit 2 (hereinafter, referred to as "intake air temperature") is detected . 另外,室内机2也可以具备检测出从空气吸入口27吸入到室内机2的室内空气的湿度的室内湿度传感器(未图示)。 The indoor unit 2 may also be provided from a detected air humidity sucked into the suction port 27 of the indoor unit 2 of the indoor air indoor humidity sensor (not illustrated)

[0061] 在室内机2的前面板25的下部一侧,配置有用于在室内机2与空调控制终端10之间发送接收红外线信号的室内机光发送接收部380 (参照图6)、显示空调机I的运转状况的显示装置390 (参照图4)。 [0061] 25 at the lower side of the front panel of the indoor unit 2, the indoor unit arranged for the indoor unit 2 receives an infrared signal transmitted between the optical transmission terminal 10 receiving the air conditioning control unit 380 (see FIG. 6), air conditioning display the display device 390 of the operation state machine I (see FIG. 4).

[0062]图6是表示构成空调机的室内机的室内机发送接收部的结构的图。 [0062] FIG. 6 shows a configuration of an indoor air conditioner indoor unit transmits the configuration of a receiver of FIG. 室内机光发送接收部380由以下部分构成:接收来自空调控制终端10的红外线信号的IR接收器381 ;向设置了室内机2的室内的中央发送红外线信号的中央发送元件382 ;向设置了室内机2的室内的左侧发送红外线信号的左发送元件383 ;向设置了室内机2的室内的右侧发送红外线信号的右发送元件384。 Indoor light transmitting and receiving unit 380 is composed of the following parts: receiving the IR receiver 381 from the air conditioner control terminals infrared signal 10; to set the central transmitting an infrared signal central transmission element indoor indoor unit 2 is 382; the set room the left side of the indoor unit 2 transmits an infrared signal transmitting element 383 left; the right to set up the right side of the indoor transmission device 384 indoor unit 2 transmits an infrared signal. 另外,IR是InfraRed的简写。 Further, IR is shorthand InfraRed.

[0063]另外,室内机2在内部的电装部件箱(未图示)中具备控制基板(未图示),在该控制基板上设置有微计算机(未图示)、存储装置(未图示)。 [0063] The indoor unit 2 in the interior of the electrical component box (not shown) includes a control board (not shown) is provided, the memory device has a microcomputer (not shown) on the control board (not FIG. shown). 微计算机接收来自室内机热敏电阻211、室内湿度传感器等各种传感器的信号,并且经由室内机光发送接收部380 (IR接收器381)接收来自空调控制终端10的红外线信号。 The microcomputer receives signals from various sensors thermistor indoor unit 211, indoor humidity sensor or the like, and the light transmitting and receiving unit 380 receives an infrared signal from the air conditioner control terminal 10 (IR receiver 381) via the indoor unit.

[0064] 微计算机根据这些信号,控制室内送风风扇3的驱动电动机、可动板251的驱动电动机、上下风向板291、292的驱动电动机、左右风向板295的驱动电动机等,并且经由连接配管8的电线进行与室外机6 (压缩机、室外送风机等)的通信,统一对室内机2和室外机6进行控制。 [0064] Based on these signals a micro computer, controls the indoor blower fan drive motor 3, the movable plate driving motor 251, louver drive motor 291, 292, etc. about the drive motor of the louver 295, via the connecting pipe 8 wire communication with the outdoor unit, the indoor unit 2 and the unity of the outdoor unit 6 6 (compressor, an outdoor fan, etc.) control. 另外,微计算机能够经由室内机光发送接收部380 (中央发送元件382、左发送元件383、右发送元件384)向空调控制终端10发送红外线信号。 Further, the microcomputer capable of receiving the light transmitted through the indoor unit 380 (the central transmitting element 382, ​​element 383 transmits the left and right transmitting element 384) to the air conditioning control terminal 10 transmits an infrared signal.

[0065] 接着,具体说明空调控制终端10中的各种设定方法。 [0,065] Next, various setting methods specifically described in the control terminal 10 of the air conditioner.

[0066]〈基板空调设定〉 [0066] <Substrate conditioning settings>

[0067] 图7是表示风向和风速调整的设定操作的图。 [0067] FIG. 7 shows a wind direction and speed adjustment setting operation of FIG. 适当地参照图3进行说明。 3 will be described appropriately with reference to FIG. 图7(a)、(b)是表示从室内机2的单元117的正面图进行操作的图,图7 (c)、(d)是表示从室内机2的单元117的大致侧面图进行操作的图。 FIG. 7 (a), (b) is a diagram showing the operation of the indoor unit 2 from the front view 117, FIG. 7 (c), (d) is a diagram showing the operation from the indoor unit 2 is a side view of approximately 117 Fig.

[0068] 图7 (a)所示的操作是用手指触摸图1所示的左风向的吹风118并向右上方向滑动的情况。 Operation [0068] As shown in FIG. (A) 7 with the left direction is shown in FIG finger touches a blowing case 118 and sliding the upper right. 作为比较例子,在按键方式的遥控器中,在对风向从左向右设定的情况下,进行“左一左中一中一右中一右”的操作,另外在从下向上的情况下,进行“下一稍下一中一稍中—上”的操作,需要多次按下风向按键。 As a comparative example, in the embodiment of the remote control button, in the case where the wind direction is set from left to right, a "left in a in a right-left-right in the" operation in the further upward from the case , a "next in a slightly somewhat in the next - the" operation require multiple key press direction. 与此相对,在本实施方式中,只要用手指对吹风118进行滑动操作,就能够变更设定风向和风速。 On the other hand, in the present embodiment, as long as the finger 118 of hair sliding operation can be changed by setting the wind direction and wind speed.

[0069] 操作识别部151检测触摸屏部11的触摸部分的坐标位置(以下称为触摸坐标位置),基本空调设定部154根据单元117的预先设定的基准位置、触摸坐标位置的关系,确定风向,例如从左向右地对存储部16的基本空调设定信息162内的风向信息进行变更。 [0069] The operation recognition section 151 detecting a coordinate position touched touch screen unit portion 11 (hereinafter, referred to as a touch coordinate position), the basic air-conditioner setting unit 154 according to the relation of a preset reference position 117, the touch coordinate position is determined direction, from left to right, for example, setting information in the direction information 162 stored in the basic air-conditioning unit 16 is changed. 另外,基本空调设定部154经由通信控制部153、红外线通信部12将变更后的信息(变更信息)与空调控制终端10的识别信息一起发送到室内机2。 The basic air-conditioner setting section 154 of the information through the communication control section 153, the infrared communication unit 12 is changed (change information) transmitted together with the identification information of the control terminal 10 of the air conditioning indoor unit 2. 接收到的室内机2如果识别出空调控制终端10的识别信息,则将变更信息改写到室内机2的存储器中,并且向右侧控制风向。 Received if the indoor unit 2 recognizes the identification information of the air conditioning control terminal 10, then rewritten to the memory information change of the indoor unit 2, and controls the direction to the right. 在以下的操作中,能够与图7 Ca) 一样地控制对室内机2的指令,因此省略说明。 In the following operation, it is possible) the same control command to the indoor unit 2 in FIG. 7 Ca, description thereof is omitted.

[0070] 图7 (b)所示的操作是对双风向的,因此,是用2个手指触摸吹风118并进行箍扩的情况。 [0070] FIG. 7 (b) operation shown is a double wind, and therefore, with two fingers touching hair ferrule 118 and the case of expansion. 根据手指的间隔的宽度的程度,能够一次地设定双风向的风向。 The extent of the width of the spacing of the finger can be set once the wind direction of the double.

[0071] 图7 (C)、Cd)所示的操作是从室内机2的单元117的大致侧面图进行的操作,首先,图7 (c)是在最初用手指对单元117进行触摸并向右方滑动时旋转地显示出单元117的图。 [0071] FIG. 7 (C), Cd) operation is shown in operation from the indoor unit 2 is a side view of approximately 117, first, FIG. 7 (c) is in the initial touch of a finger unit 117 and a rotating unit 117 to display when slid in the right of FIG. 由此,能够从大致侧方看到当前的吹风118的吹出状态。 Accordingly, it is possible to see the status of the current blown from the blower 118 is substantially side. 如图7 (d)所示,用户触摸吹风118并滑动,由此能够上下地调整风向。 FIG 7 (d), the user touches and slides 118 hair, thus can be adjusted up and down direction.

[0072] 在变更风速时,随着手指的操作,风的图像发生变化。 [0072] When changing wind speed, with the operation of the finger, the image of the wind changes. 例如,在图7 (a)中,对吹风118进行触摸,根据向下侧滑动的加速度,能够调整风速。 For example, in FIG. 7 (a), 118 touch of hair, according to slide downward acceleration, wind speed can be adjusted. 在还将风速从“静”向“急速”调整的情况下,作为比较例子,在按键方式的遥控器中,必须“急速一强一弱一微一静”这样地多次按下风速按键。 In the wind speed will be from the "stationary" to the case of adjusting the "rapid", as a comparative example, in the embodiment of the remote control key must be "a rapid a strong and weak a static micro" Pressing the SLEEP button several times in this manner. 与此相对,在本实施方式中,在触摸吹风118,并向下侧急速地滑动时,能够一次地变更为“急速”。 On the other hand, in the present embodiment, the touch hair 118, and a lower side sliding rapidly, can be changed to "rapid" once. 另外,在风速的调整中,也可以根据滑动时的移动距离进行检测。 Further, in the selected speed may be detected based on movement distance of the slide.

[0073] 图8是表示薄雾运转的设定操作的图。 [0073] FIG. 8 is a diagram illustrating the operation of the setting operation mist. 如图8 Ca)所示,如果用手指触摸触摸屏部11的画面右侧的标记部115,则显示出标记部115的菜单。 FIG 8 Ca), if the touch flag portion 115 on the right side of the screen 11 of the touch screen unit with a finger, the display unit 115 of the marker menu. 在菜单中,显示出运转的附加功能,有吹出薄雾的薄雾运转、物理地排除微生物的除菌运转、节省电力的环保运转、进行空气净化的净化运转、对过滤器进行清扫的清扫运转等。 In the menu, the display of the additional function operation with mist mist blowing operation, physically exclude microorganisms filtering operation, power saving and environmental protection operation, the cleaning operation for the air cleaner, the filter cleaning operation for cleaning Wait. 在此,以薄雾运转为例子,说明操作方法。 Here, as an example of the operation of the mist, the operation of the method.

[0074] 如图8 (b)所示,如果用手指触摸希望运行的附加功能的薄雾的菜单,并向吹风118或室内机2的单元117进行拖拽操作,则如图8 (c)所示,开始进行薄雾运转,作为运转状况,在吹风118上动画地显示出吹出表现出薄雾的多个点。 [0074] As shown in FIG 8 (b), if an additional function menu mist touched with a finger running desired, to perform the drag operation or the indoor unit hair 2 118 117, is shown in FIG 8 (c) , the mist starts operation, as the operation condition, showing mist blowing exhibits a plurality of points 118 on the blowing animate.

[0075] 另外,在选择了过滤器清扫的附加功能的情况下,也可以在在室内机2的单元117的正面图中,动画地显示用毛刷进行清扫的样子。 [0,075] In addition, in the selected additional function of cleaning the filter case, the unit may be a front view of the indoor unit 117 2, the animation display with a brush cleaning the like.

[0076] 根据本实施方式,空调控制终端10能够瞬时地同时识别出运转模式、风向、风速这样的基本空调控制状态,因此能够缩短识别控制状态所需要的时间。 [0076] According to the present embodiment, the air conditioning control terminal 10 can instantaneously recognize the operation mode simultaneously, wind direction and speed control basic air-conditioned such a state, the time can be shortened identified control desired state. 另外,能够识别出内部清洁、过滤器清扫这样的室内机2的内部状态,对于用户来说能够提供安心感。 Further, the internal cleaning can be identified, such a filter cleaning the internal state of the indoor unit 2, can be provided for the user a sense of security.

[0077] 另外,通过手指的连续的一次操作能够同时输入风向、风速,能够缩短用于调整的操作所花费的时间。 [0077] Further, by a continuous operation of one of the fingers can be simultaneously input wind direction, wind speed, it is possible to shorten the time for adjustment operation takes. 即,相对于作为比较例子的按键式的遥控器,能够通过一次输入就完成多次按键输入的设定操作,因此,能够缩短操作所花费的时间。 That is, as a comparative example of the remote control push-button, through the last input to complete the setting operation key input of a plurality of times, therefore, the time spent operation can be shortened with respect. 进而,能够简单并直观地对空调机I的风向、风速等各种设定进行操作。 Further, it is possible simply and intuitively various settings of the air conditioner I wind direction, etc. to operate.

[0078] 在以上的例子中,表示出通过对画面进行触摸操作来控制风向等的例子,但也可以使用智能手机等便携终端所具备的声音识别功能来进行控制。 [0078] In the above example, an example is shown to control the wind direction of the screen by a touch operation, it is also possible to use a voice recognition function smart phones and other portable terminals have to be controlled. 作为通过声音识别进行控制的情况,在画面上显示与声音识别出的控制有关的操作画面和声音识别出的结果。 As the controls, through voice recognition, voice recognition and display the results of the control related to the operation screen and sound recognized on the screen. 由此,能够确认自动识别结果是否符合消费者的意图。 This allows automatic recognition results confirm compliance with the intent of consumers.

[0079] 还在画面上显示出如何根据该声音识别出的结果进行控制。 [0,079] is displayed on the screen also shows how the sound is controlled according to the result of the recognition. 由于这样将声音识别出的结果显示为图像,所以在这些显示不符合用户的意图的情况下,能够通过在上述实施例中说明了的触摸操作进行修正。 Because of this the sound recognition result displayed as an image, so in the case of the display do not match the user's intention, can be corrected by the above-described embodiments, the touch operation. 例如,在根据声音识别出的结果,没有识别出风向向右的情况下,显示出表示当前的风向的图像,因此,在触摸了表示风向的图像的状态下,能够使指尖向希望的风向滑动来进行修正。 For example, according to a result of voice recognition, the case where the wind direction is not identified at the right, showing the current image representing the wind direction, and therefore, an image indicating a touch state in which wind, enables a desired direction toward a fingertip slide to be amended.

[0080] 由此,能够通过更单纯并且简单的操作进行极其细致的空调设定。 [0080] Accordingly, the air conditioner can be set by the extremely detailed and more pure and simple operation.

[0081]〈设置环境设定〉 [0081] <disposed Environment>

[0082] 以上,为了以舒适性、节能性为目的进行空调控制,而通过红外线传感器、辐射等各传感器、声音识别等,掌握空调环境、住户的行动,但识别并没有限制。 [0082] or more, for comfort, and energy saving air-conditioning control for the purpose, respective sensors through an infrared sensor, radiation and the like, voice recognition, etc., air-conditioned environment control, household action, but there is no limitation and identification. 理想的是进而提高舒适性、节能性。 Thereby ideal is to improve the comfort and energy efficiency.

[0083] 为此,说明在前面的基本空调设定中能够进一步通过简单并且直观的操作进行极细致的设定的例子。 [0083] For this purpose, described further example can be set by very detailed and intuitively simple operation in front of the basic air conditioning settings.

[0084] 以下,在图9~图12中说明室内机2的设置环境的设定方法,使用图13说明根据所设定的户型图进行户型图空调模式的设定方法。 [0084] Here, FIG. 9 to FIG. 12 described method of setting the environment is provided an indoor unit 2, and FIG 13 illustrates a view of the size of the set size setting method of air-conditioning mode in FIG.

[0085] 图9是表示设置环境信息的布局信息的输入操作的图。 [0085] FIG. 9 is a diagram illustrating the operation of the input layout information setting environment information. 适当地参照图1、图3进行说明。 Suitably Referring to FIG 1, FIG 3 will be described below. 如果触摸了空调控制终端10的工具条114,则有设置环境信息输入的菜单,如果选择它,则在触摸屏部上显示图9 (a)所示的环境设定的画面。 If the air conditioning control touched strip 114 of the end tool 10, there is provided the environment information input menu, if selected it is displayed in FIG. 9 (a) setting a screen environment shown on the touch screen unit. 在环境设定中,需要对布局选择、面积选择、室内机2的空调的位置、相关联的日常用具的位置、以及起居室、卧室等的方位进行设定。 Set in the environment, the need for layout selection, orientation, air-conditioned area of ​​choice, the indoor unit 2 location, location associated with everyday appliances, as well as a living room, bedroom, etc. are set.

[0086] 在图9 (a)中,如果用户用手指触摸“布局”,则显示图9 (b)所示的“布局”画面。 [0086] in FIG. 9 (a), if the user touches with a finger, "Layout", the FIG. 9 (b) "layout" screen shown in the display. 在本画面中,能够指定使用空调的房间的大致形状。 In this screen, the shape of a substantially air-conditioned room can be specified to use. 如果用户选择L字形,并触摸“决定”的软按键,则显示图9 (c)的画面。 If the user selects an L-shape and touches the "Decision" softkey, the screen of FIG. 9 (c) is displayed. 在图9 (c)中,在进行形状的细致调整的情况下,如果捏着边进行拖动,则能够进行变更。 In FIG. 9 (c), in the case of performing the fine adjustment of the shape, it holds the edge if dragging, can be changed. 另外,如果用户触摸了“决定”的软按键,则显示图9 Cd)的画面。 Further, if user touches the "decision" softkey, the screen of FIG. 9 Cd) display. 在图9 (d)中,能够设定大致的形状。 In FIG. 9 (d), it is possible to set a shape substantially. 具体地说,如果触摸边并滑动,能够变更房间的大小。 Specifically, if the touch side and slide, it is possible to change the size of the room. 另外,如果用户触摸“决定”的软按键,则前进到图10。 Further, if the user touches the "Decision" softkey 10 proceeds to FIG.

[0087] 图10是表示设置环境信息的面积信息的输入操作的图。 [0087] FIG. 10 is a diagram showing an input operation of setting environment information area of ​​the information. 图10 (a)是布局选择结束后的环境设定的画面。 FIG. 10 (a) is a screen to set environment after the end of the selected layout. 显示出通过布局选择而选择出的房间的L字形。 It shows the L-shaped layout selected by selecting a room. 如果用户用手指触摸“面积”,则显示如图10 (b)所示的“面积”画面。 If the user touches "area" of a finger, is displayed in FIG. 10 (b) "Area" screen illustrated. 能够设定使用空调的房间的大致的面积。 It can be set using the approximate area of ​​the air-conditioned room. 另外,在设定后,如果用户触摸“决定”的软按键,则前进到图11。 Further, after setting, if the user touches the "decide" the soft keys, the process proceeds to FIG 11.

[0088] 图11是表示设置环境信息的空调的位置和日常用品的配置的输入操作的图。 [0088] FIG. 11 is a diagram showing the arrangement of an input operation of the air-conditioning environment information setting position and daily necessities. 图11 (a)是面积选择结束后的环境设定的画面。 FIG 11 (a) is a screen to set environment after the end of the selected area. 在“面积”的栏中,显示出所选择的“16畳左右(约26m2)”。 In the "area" column showing the selected "tatami about 16 (about 26m2)." 如果用户用手指触摸“空调的位置、日常用品”,则显示图11 (b)所示的“空调的位置、日常用品”画面。 If the user touches the "air-conditioning position, everyday" finger, FIG. 11 (b) "air-conditioning position, everyday" screen is displayed as shown. 在图11 (b)中,能够拖动地配置空调的位置、日常用品。 In FIG 11 (b), the air conditioner can be arranged to drag position, daily necessities. 图11(c)是将任意的家具配置在任意的位置后的画面。 FIG. 11 (c) is an arbitrary screen after the furniture arranged in an arbitrary position. 如果配置结束了,在用户触摸了“决定”的软按键时,前进到图12。 If the configuration is over, the user touches the "decision" of the soft keys, advance to 12.

[0089] 图12是表示空调控制终端的设置环境信息的输入结束画面的图。 [0089] FIG. 12 is a set environment information input terminal ends of the air conditioning control screen FIG. 在图12所示的L字形的房间中,配置有空调121 (室内机2)、电视122、起居室用的桌子123、起居室用沙发124、餐厅用桌子125、餐具架126、内部厨房127。 In the L-shaped room shown in FIG. 12, the air conditioner 121 (indoor unit 2), a TV 122, a table 123 with living room, living room with a couch 124, a restaurant with tables 125, 126 dish rack, 127 is disposed inside the kitchen . 在需要变更输入事项的情况下,例如在希望变更配置的情况下,可以再次触摸“空调的位置、日常用品”的栏。 In the case of the need to change the input matters, such as the case of change in the configuration of hope, you can touch the "air-conditioning position, everyday," the bar again. 如果用户确认了输入事项,认为配置可以而触摸“决定”的软按键,则结束设置环境的一连串输入。 If the user confirms the input items that can be configured touch "decided" soft key, then set the input end of a series of environment. 由此,完成设置空调的环境设定即户型图。 Accordingly, the air conditioner is completed i.e., environment setting units FIG.

[0090] 完成了的户型图被存储为图3所示的设置环境设定信息163内的用户户型图信息。 [0090] FIG completed in size is stored as shown in Figure 3 is provided to set the user environment information in 163 of FIG size information. 另外,图3所示的设置环境设定信息163内的设置环境作成信息与图9 (a)对应,布局信息与图9 (b)对应,面积信息与图10 (b)对应,单兀信息与图11 (b)信息。 Further, as shown in FIG. 3 provided in environment setting environment setting information creating information 163 of FIG. 9 (a) corresponds to the layout information of FIG. 9 (b) corresponds to the area information of FIG. 10 (b) corresponding to a single information Wu (b) information 11 in FIG.

[0091] 图13是表示户型图空调模式的点温度调整的设定操作的图。 [0091] FIG. 13 shows a mode of air-conditioning units point temperature adjustment setting operation of FIG. FIG. 适当地参照图12进行说明。 Suitably 12 described with reference to FIG. 如果选择了图1的工具栏114的其他功能,并选择户型图空调模式,则如图13(a)所示,调出在图12中完成了的户型图,显示当前的空调运转状况。 If other features toolbar 114 of FIG. 1 selection, size selection and an air conditioning mode, as shown in FIG 13 (a), the transfer of the completed units in FIG. 12 showing the current status of the air conditioning operation. 在图13 (a)中,如果用户触摸了任意的位置,则根据其位置和敲击次数,能够设定点空调区域。 In FIG 13 (a), if the user touches an arbitrary position, according to their position and the number of taps, the set point can be air-conditioning area.

[0092] 图13 (b)是用手指触摸内部厨房127的位置的情况,能够将全体的空调设定温度设定为-1° C。 [0092] FIG. 13 (b) is the position of the inner finger 127 touches the kitchen, the air conditioner can be set to be the entire set temperature -1 ° C. 同样,图13(c)是双触摸的情况,能够将全体的空调设定温度设定为-2° C。 Similarly, FIG. 13 (c) is a case where a double touch, the set temperature of the entire air conditioner can be set to -2 ° C. 进而,图13 (d)是3次触摸的3触摸的情况,能够将全体的空调设定温度设定为-3° C。 Further, FIG. 13 (d) is a case where 3 3 Touch the touch, air-conditioning set temperature can be set to all -3 ° C.

[0093] 在点设定的情况下,设置环境设定部155 (参照图3)自动地成为双方向的风向控制。 [0093] In the case where the set point, set environment setting section 155 (see FIG. 3) to become automatically to both sides of the direction control. 从图13 (d)所示可知,对从空调12 I的位置向内部厨房127的主风向、向餐厅桌子125的副风向的风进行控制。 From FIG. 13 (d) can be seen, the position of the air conditioner main wind direction 12 I 127 to the inside of a kitchen, dining table, wind direction to the sub 125 is controlled.

[0094] 在图13 (b)~ (d)所示的例子中,在变更设定温度时,能够与触摸点空调区域的“点”的次数一致地,“-1 — -2 — -3 — +3 — +2 — +1”那样地进行循环。 [0094] - In the example of FIG. 13 (b) (d) shown in, when changing the set temperature, can be consistent with the number of "points" touch point of the air conditioning area, a "--1---2---3 - +3 - +2 - + 1 "as to circulate. 由此,能够针对全体的空调设定温度,极细致地对设定温度进行设定。 This makes it possible to set the temperature for all air-conditioned, very carefully to the set temperature set.

[0095] 在此,说明了与敲击次数对应地进行温度设定的例子,但并不限于此,例如也可以在进行了敲击时显示温度调整条(未图示),通过该温度调整条内的滑块进行温度设定,或者还可以在没有滑块的情况下,通过敲击显示在条中的温度,进行温度设定。 [0095] Here, an example of the correspondence with the number of strikes of the set temperature, but is not limited thereto, but may be performed to adjust the temperature of the display section (not shown) when struck by adjusting the temperature the slider bar temperature setting, or also in the absence of the slider, by tapping temperature display bar, temperature setting.

[0096] 另外,在图13中,表示了客厅的例子,但通过触摸导航条112 (参照图1)的左右的三角箭头,能够选择所登记的设置地点即客厅、居室1、居室2。 [0096] Further, in FIG. 13, showing an example of the living room, but by touching a navigation bar 112 (see FIG. 1) is approximately triangular arrow, you can select a location set that is registered in the living room, a bedroom, 2 bedroom.

[0097] 图19是表示设置环境信息和温度调整的设定操作的处理流程的图。 [0097] FIG. 19 shows a temperature adjustment setting, and environment information setting operation processing flow of FIG. 图19 (a)是表示设置环境信息的设定操作的处理流程的图,图19 (b)是表示温度调整的设定操作的处理流程的图。 FIG 19 (a) shows setting operation processing flow of setting environment information, FIG. 19 (b) shows the temperature adjustment setting operation processing flow of FIG. 适当地参照图3进行说明。 Suitably 3 will be described with reference to FIG.

[0098] 在图19 Ca)中,设置环境设定部155在有设置环境信息输入请求时,显示环境设定画面(参照图9 Ca» (步骤S71)。设置环境设定部155如果经由操作识别部151识别出对显示出的画面的布局的敲击(步骤S72,布局),则显示布局设定画面(参照图9 (b ))(步骤S73),判断是否进行了决定(步骤S74)。设置环境设定部155在进行了决定的情况下(步骤S74,Yes),用户将布局信息登记到设置环境设定信息163中,前进到步骤S79,判断户型图的设定是否完成,在户型图没有完成时(步骤S79,No),返回到步骤S72。另外,在步骤S74中,设置环境设定部155在没有进行决定的情况下(步骤S74,No),返回到步骤S73。 [0098] In FIG. 19 Ca), the environment setting unit 155 is provided when the installation environment information input request, the display environment setting screen (refer FIG. 9 Ca »(step S71). If the set environment setting unit 155 via the operation recognition section 151 recognizes the tapping of a display screen layout (step S72, the layout), the layout setting screen (see FIG. 9 (b)) (step S73) is displayed, it is determined whether a decision (step S74) case. provided performing the environment setting unit 155 determines (step S74, Yes), the user registers the setting environment setting information to the layout information 163, the process proceeds to step S79, the determination whether the setting is completed size chart in when the size chart is not completed (step S79, no), I return to step S72. Further, in step S74, the environment setting section 155 is provided in a case where no determined (step S74, the no), returns to step S73.

[0099] 接着,设置环境设定部155如果经由操作识别部151识别出对显示出的画面的面积的敲击(步骤S72,面积),则显示面积设定画面(参照图10 (b))(步骤S75),判断是否进行了决定(步骤S76)。 [0099] Next, environment setting section 155 is provided 151 if the identified area of ​​the tap of a screen displayed via the operation recognition section (step S72, the area), the area setting screen (see FIG. 10 (b)) show (step S75), determines whether a decision (step S76). 设置环境设定部I 55在进行了决定的情况下(步骤S76,Yes),将用户输入的面积信息登记到设置环境设定信息I 63中,前进到步骤S79,判断户型图的设定是否完成,在户型图没有完成时(步骤S79,No),返回到步骤S72。 Case where the environment setting section performing the I 55 determined (step S76, Yes), the registration area information input by the user environment setting information to set the I 63 advances to step S79, the setting is determined whether the size of FIG. is completed, when the size chart is not completed (step S79, no), returns to step S72. 另外,在步骤S76中,设置环境设定部155在没有进行决定的情况下(步骤S76,No),返回到步骤S75。 Further, in step S76, the environment setting section 155 is provided in a case where no determined (step S76, the No), returns to step S75.

[0100] 接着,设置环境设定部155如果经由操作识别部151识别出对显示出的画面的空调的位置、日常用品的敲击(步骤S72,配置),则显示对空调、日常用品的配置进行设定的配置设定画面(参照图11(b))(步骤S77),判断是否进行了决定(步骤S78)。 [0100] Next, environment setting section 155 is provided if the air conditioner 151 recognizes the position of a screen displayed via the operation recognition unit, daily necessities tap (step S72, the disposed), the configuration of the air conditioning, daily necessities displayed setting configuration setting screen (see FIG. 11 (b)) (step S77), determines whether a decision (step S78). 设置环境设定部 Setting environment setting unit

I 55在进行了决定的情况下(步骤S78,Yes),将用户输入的配置信息登记到设置环境设定信息163中,前进到步骤S79,判断户型图的设定是否完成,在户型图没有完成时(步骤S79,No),返回到步骤S72。 I 55 in the case of making a decision (step S78, Yes), the registered user profile information input to the setting environment setting information 163 is, proceeds to step S79, the determination whether the set size chart completed without size chart in If completed (step S79, No), returns to step S72. 另外,在步骤S78中,设置环境设定部155在没有进行决定的情况下(步骤S78,No),返回到步骤S77。 Further, in step S78, the environment setting section 155 is provided in a case where no determined (step S78, the No), returns to step S77.

[0101] 在步骤S79中,设置环境设定部155如果受理了表示户型图的完成的环境设定输入的完成通知(步骤S79,Yes),则登记为设置环境设定信息163的用户户型图信息,结束处理。 [0101] In step S79, if the setting environment setting unit 155 receives the completion notification indicating the completion of the input environment setting size chart (Step S79, Yes), it is registered as a user environment setting information set size chart 163 information processing is terminated.

[0102] 在图19 (b)中,设置环境设定部155在有户型图空调模式的启动请求时,显示户型图空调模式画面(参照图13 Ca» (步骤S81)。设置环境设定部155如果经由操作识别部151识别出对显示出的画面的任意位置的敲击(步骤S82,Yes),则前进到步骤S83,在没有识别出敲击时(步骤S82,No),则返回步骤S82,等待输入。 [0102] In FIG. 19 (b), the environment setting section 155 is provided with a start request when the air conditioning mode size showing 13 Ca »(step S81). FIG size setting environment setting unit air-conditioning mode screen (refer to FIG. 155 151 if the identified tap an arbitrary position on the display screen (step S82, Yes) via the operation recognition portion, the process proceeds to step S83, the recognized when no tap (step S82, no), returns to step S82, waiting for input.

[0103] 设置环境设定部155设定被敲击的位置处的与敲击次数对应的相对温度(步骤S83),根据被敲击的位置与空调的位置的关系来决定风向(主风向、副风向),并登记为设置环境设定信息163的用户点设定信息,并且将风向和温度信息发送到室内机2 (步骤S84)。 [0103] the number of taps corresponding to a relative humidity (step S83), in accordance with the determined tap position relationship between the position of the air conditioner and the wind direction (main wind direction provided at the set environment setting section 155 is struck position, Vice wind), and registers the setting information 163 of the user environment setting information to set a point, and transmits the temperature information to the wind and the indoor unit 2 (step S84). 另外,设置环境设定部155判断是否受理了户型图空调模式的结束通知(步骤S85),在没有受理结束通知的情况下,返回到步骤S82,在受理了结束通知的情况下,结束处理。 In addition, when the installation environment setting unit 155 determines whether to accept the end of the air-conditioning mode in FIG units notification (step S85), in the case where the end notice has not been received, the process returns to step S82, the end notification of the acceptance, the process ends.

[0104] 根据本实施方式,由于能够由室内机2识别出传感器所无法获得的细致的室内环境信息,所以能够进行极细致的空调控制,能够享受舒适、省电的空调环境。 [0104] According to the present embodiment, the indoor unit can be identified by two fine indoor environment sensor information can not be obtained, it is possible to make extremely fine air conditioning control can be comfortable, saving air-conditioned environment.

[0105] 另外,由于能够进行点控制,能够简单并且直观地进行操作而进行极细致的空调设定,使得例如对西晒的厨房进行更强力的致冷,同时看电视的宽阔区域却不变得那么冷等。 [0105] Furthermore, since the control points can be performed, it can be operated easily and intuitively performed extremely careful conditioning settings, so that for example Xishai more powerful kitchen refrigerator, while watching TV broad area not become so cold and so on.

[0106] 在以上的例子中,主要表示了通过布局设定画面来设定室内的布局的例子,但也可以使用以智能手机为代表的具有照相机功能的终端,从照相机图像中设定布局。 [0106] In the above example, an example is set mainly shows the layout of the room layout by setting screen, may be used in smart phones as the representative terminal having a camera function is set from the camera image layout. 如果能够这样从照相机图像中设定布局,则对于难以使用该智能手机的功能的用户来说是有用的。 If you can set this layout from the camera image, he is difficult for the user to use the smart phone function is useful.

[0107] 具体地说,通过便携终端所具备的照相机对房间进行摄影,自动地识别该摄影的图像信息,能够在空调机的控制中使用。 [0107] Specifically, the portable terminal includes a camera for photographing room, automatically identifying information of the photographed image, it can be used to control the air conditioner.

[0108] 作为该自动识别的实施例,如果对显示在操作菜单画面等中的根据未图示的照相机图像信息识别信息进行控制的软件按键进行触摸操作,则便携终端所具备的照相机启动并开始摄影。 [0108] As an example of the automatic recognition, if the software key display control information identification information in the camera image in accordance with the operation of a menu screen (not shown) is touched, the portable terminal includes a camera starts and begins photography.

[0109] 构成为通过预先准备的图像识别软件对该摄影的图像信息进行自动识别,作成房间的格局图(包含房间的宽度、高度、家具等的配置),根据该图(图像)信息,控制空调机。 [0109] configured to be prepared in advance by the image recognition software of the image information photographed automatic recognition, the pattern made in FIG room (the room configuration containing width, height, furniture, etc.), based on the map (image) information, the control air conditioner.

[0110] 作为这时的图像识别方法的一个例子,预先准备家具、家电(桌子、椅子、架子、冰箱)等的模型,进行形状提取、模式识别,决定显示在图像中的物体的属性。 [0110] As an example of the image recognition method of this time, prepared in advance furniture, household appliances (tables, chairs, shelves, refrigerators), etc. model, shape extraction, pattern recognition, determines the display properties of objects in the image. 但是,并不限于此,当然也可以采用一般的图像识别方法。 However, it not limited to this, of course, a general image recognition method may be employed.

[0111] 在上述摄影时,如果安装能够进行3D摄影的照相机功能,或者具备根据多个图像作成三维图的功能,则能够更高精度地进行空间识别,对于真实地再现布局是有用的。 [0111] When the photographing, if a camera function can be installed in the 3D photography, or comprises a plurality of three-dimensional image creation function, it is possible to identify more accurately the space, to faithfully reproduce the layout is useful.

[0112] 在上述那样对房间进行自动识别的情况下,也可以构成为生成、显示用于显示确认识别结果(例如房间的户型图或多少面积、高度等)的画面,通过软件按键操作对其进行承认决定,或者如上述例子那样,能够通过布局设定画面对布局进行修正。 [0112] As in the case of automatic identification of the room, may be configured to generate, display results confirm the identity (e.g. family room or much FIG area, height, etc.) for displaying a screen, a key operation by its software for recognition decision, or, as in the above example, we are possible to correct the layout setting screen layout. 在此,表示了通过软件按键操作来进行承认的例子,但在不需要修正的情况下,也可以不经过承认而自动地进行存储、设定。 Here, an example to be recognized by the software key operation, but without the need for correction, it may not be automatically recognized through the stored set.

[0113] 如上述那样,能够根据照相机图像设定布局,因此,省去了在布局设定画面中选择家具的麻烦,具有设定变得简单的效果。 [0113] As described above, the image can be set according to the camera layout, thus eliminating the choice of furniture layout setting screen in trouble, having a set of simple effects.

[0114] <外部气温联动空调温度设定> [0114] <conditioned outside air temperature interlock set>

[0115] 作为比较例子,在按键式的遥控器的情况下,具有定时器设定,但无法进行极细致的设定。 [0115] As a comparative example, in the case where the push-button of a remote controller having a timer setting, but can not be set very carefully. 例如,(I)在空调设备的运转过程中,在夏天的早晚,外面比较凉爽,在冬天白天十分暖和等,有时会进行空调设备的浪费运转。 For example, (I) during the operation of air-conditioning equipment in the morning and evening in the summer, relatively cool outside, very warm in the winter during the day, and sometimes the operation will be a waste of air-conditioning equipment. (2)在夏季就寝时设定定时器,但深夜过冷或过热而再次醒来的情况也不少,无法进行能够舒适安眠的定时器设定。 (2) it is setting in the summer sleep timer, but the night is too hot or cold and woke up again a lot of cases, not be able to comfortably sleep timer settings. 现在,要停止的时间设定依赖于用户的感觉。 Now, we want to stop time setting depends on the user's feeling.

[0116] 以前,根据用户的过去经验,按照大致的感觉来输入动作时间。 [0116] Previously, the user's past experience, in accordance with substantially the sensory input operation time. 对此,在本实施方式中,构成为对于空调控制的温度设定和运转时间设定,图示参照信息。 In contrast, in the present embodiment is configured to set the temperature and the air conditioning control operation time set, illustrating reference information.

[0117] 根据该参照信息,能够相对地输入用户所希望的效果,由此,能够减轻设定时的用户的麻烦。 [0117] According to this reference information, the user can be relatively enter the desired effect, whereby, the user can reduce the trouble in setting.

[0118] 另外,用户能够模拟地看到设定内容。 [0118] Further, the user can see the set contents analog ground. 具体地说,参照图14~图18说明通过在设定温度时,利用外部气温预想图,而能够通过简单直观的操作进行温度设定的情况。 More specifically, with reference to FIGS. 14 to 18 described by the set temperature, external air temperature envisioned view, and the temperature can be set by a simple and intuitive operation.

[0119] 图14是表示在空调控制终端中基于外部气温预测而设定温度调整(外部气温联动空调模式)的例子的图。 [0119] FIG. 14 shows the predicted outside air temperature based on the temperature adjustment setting example (outside air temperature conditioning interlocking mode) of the air conditioning control terminal of FIG. 图15是表示外部气温联动空调模式的其他设定例子的图。 FIG 15 is a diagram showing another setting example of FIG external interlocking mode conditioning temperature. 适当地参照图3进行说明。 3 will be described appropriately with reference to FIG. 图14是针对外部气温预测图141,在房间中对室内进行温度设定,在外出时进行关设定的情况的例子。 FIG 14 is a 141, the outside air temperature for the indoor room temperature prediction map is set, a case where the go off set in the examples. 图15是针对包含天气预报信息的外部气温预测图142,设定固定温度的的情况的例子。 FIG 15 is an example for weather forecasts for the outside air temperature prediction map information 142, set a case where a fixed temperature. 在任意情况下,与作为比较例子的定时器设定不同,其特征在于:用户能够参照外部气温预测图141、142,通过每个规定时间的连续的温度设定来进行控制。 In any case, the timer is set as a comparative example different, wherein: the user can refer to an outside air temperature prediction map 141 and 142, be controlled by the temperature of each successive predetermined set time. 另外,每个规定时间的控制是指以对室内机2不造成负担的程度,例如根据用户设定的温度调整设定信息(参照图3的外部气温联动空调设定信息164),每5分钟、10分钟进行控制。 Further, the control means each time a predetermined degree to the indoor unit 2 does not burden, such as user setting information set in accordance with the temperature adjustment (see FIG. 3 in conjunction conditioning outside air temperature setting information 164), every 5 minutes 10 min control.

[0120] 如果选择图1的工具条114的其他功能,并选择外部气温联动空调控制模式,则显示图14所示的外部气温预测图141。 [0120] Other features toolbar 114 of FIG if selected, and selects the air conditioner control linkage outside temperature mode, the display the predicted outside air temperature shown in FIG 14,141. 外部气温预测图141是由外部气温联动温度调整设定部156对经由数据通信部13从外部的气象预测系统得到的包含天气的外部气温预测信息进行随时存储并基于该外部气温预测信息得到的。 FIG predicted outside air temperature by the outside air temperature is 141 interlock temperature adjusting unit 156 performs setting at any time via the external air temperature storage weather prediction information comprising data communication unit 13 is obtained from an external system and get the weather forecast based on the outside air temperature prediction information.

[0121] 在图14中,用户参照外部气温预测图141,用手指对早晨的设定温度进行滑动操作,在8点40分左右离开手指。 [0121] In Figure 14, the user refers to the outside air temperature prediction map 141, a finger slide operation set temperature in the morning, leaving the fingers around 8:40. 另外,在白天外出,用手指对回家的15点30分左右进行触摸,然后进行滑动操作。 Further, during the day out, with a finger touches the left home at 15:30, and then sliding operation. 只要这样,就能够进行今天的空调控制的温度设定和运转时间设定。 As long as this, it is possible to control the temperature of today's air conditioning settings and operation time setting. 外部气温联动温度调整设定部156根据操作识别部151的触摸屏部11上的位置信息,对触摸进行一次识别,在没有识别出触摸的情况下,自动识别为关控制,如果再次识别出触摸,则自动识别为开控制。 Outside air temperature interlock temperature adjustment setting unit 156 based on position information on the touch panel 11 portion of the operation recognition section 151, the touch once identified, in a case where a touch is not recognized, automatically recognized as off control, if it is recognized again, touch, control is automatically recognized as open.

[0122] 图15是另一个温度设定的例子,是以下的状态,即用户参照外部气温预测图142,将节能温度推荐值的设定温度设为28° C这样的固定温度,用手指对画面进行横向的滑动操作。 [0122] FIG. 15 is another example of a set temperature, the following state, i.e. the user 142 with reference to FIG predict the outside air temperature, the recommended set temperature value saving temperature is set to such a fixed temperature 28 ° C, with a finger transverse sliding operation screen. 通过在画面上对一次设定的用户的温度调整设定信息进行触摸,例如在向上滑动时能够提高温度,而在向下滑动时能够降低温度。 By the user on a screen of a temperature adjustment setting information set by touch, for example, when the temperature increase can be slid upward, and when the temperature slides down can be reduced.

[0123] 在图15中,可以识别出外部气温联动温度调整设定部156在致冷模式的情况下,在设定温度为28。 [0123] In FIG. 15, the outside air temperature can be recognized interlock temperature adjustment setting unit 156 in the case of the refrigeration mode, the set temperature is 28. C以上的情况下,控制为制冷模式,但由于在14点00分左右,外部气温预测图142未满设定温度,所以进行关控制,由于在17点50分左右外部气温预测图142再次成为设定温度以上,所以进行开控制。 C under the above circumstances, the control for the cooling mode, but at about 14:00, the outside air temperature is less than 142 in FIG prediction set temperature, the control to be turned, since the external air temperature prediction map around 17:50 142 again above the set temperature, the opening control. 另外,在供暖模式的情况下,开控制和关控制是与制冷模式相反的控制。 Further, in the case of heating mode, controlling the opening and closing control is a control opposite to the cooling mode.

[0124] 图16是表示基于外部气温预测的温度调整的设定操作的图。 [0124] FIG. 16 shows the predicted outside air temperature based on the temperature adjustment setting operation of FIG. 图16表示就寝前后的温度调整的设定操作。 FIG 16 shows a temperature adjustment setting operation before and after the sleep. 用户通过一边参照外部气温预测图141,一边用手指对空调设定温度进行滑动操作,能够进行可变的温度设定。 With reference to an external user 141 in FIG temperature forecasts, while air-conditioning set temperature with a finger sliding operation, temperature setting to be varied. 通过触摸时刻栏部分,能够使时刻在图画的左右方向上移动。 By touching the bar section time, the time can be made movable in the horizontal direction of the picture. 如在图14中已经说明了的那样,外部气温联动温度调整设定部156在外部气温预测图141的温度低于设定温度时,自动地停止运转(关控制)。 When as shown in FIG. 14 has been described above, the temperature of outside air adjustment setting unit 156 interlock in the predicted outside air temperature is below the set temperature 141 automatically stopped (off control).

[0125] 图17是表示基于外部气温预测的温度调整的开/关设定操作的图。 [0125] FIG. 17 shows a predicted temperature based on the outside air temperature adjusting ON / OFF setting operation of FIG. 图17是早上到上班、上学时间为止使空调机I运转,晚上在小孩回家时开始空调机I的运转时的设定操作的例子。 17 in the morning to go to work, go to school until the time I make the air conditioner running, the evening began to set an example of an operation when the operation of the air conditioner I when their children home. 通过对任意的地方不进行描画(不进行滑动操作),能够自动地由外部气温联动温度调整设定部156识别出希望停止空调机I的空调运转的时间。 By not drawing any place (slide operation is not performed), the linkage can be automatically adjusting the temperature of the outside air temperature setting unit 156 recognizes that time I want to stop the air conditioner of the air conditioning operation. 另外,在图17中,心形的手指的虚线表示手指从触摸屏部11离开的状态。 Further, in FIG. 17, the broken line represents the heart-shaped finger state of the finger away from the touch screen unit 11.

[0126] 图18是表示基于外部气温预测的温度调整的其他设定操作的图。 [0126] FIG. 18 is a diagram showing another setting operation of the predicted temperature based on an outside air temperature adjustment. 图18是如在图15中说明了的那样,追加天气预报显示,并且温度设定不可变,而进行恒温设定的情况。 FIG 18 is as described in Figure 15 above, adding the weather forecast, and the temperature setting is not changed, and a case where a thermostat setting. 也可以在对画面的气温的显示部分进行触摸时,显示上下的温度的滚动条,例如在28° C处进行双击操作时,进行恒温设定。 May be displayed when the temperature of the portion of the touch screen, displaying a scroll bar up and down of the temperature, for example, double-clicking in a 28 ° C operating at constant temperature setting. 其中,可以使所显示的28° C的设定温度条上下移动而设定温度。 Wherein the article may be set temperature of 28 ° C and the vertical movement of the displayed set temperature. 外部气温联动温度调整设定部156在设定温度高于外部气温时,在致冷模式的情况下,进行设定而自动地停止。 Interlock setting outside air temperature adjusting unit 156 at a temperature higher than the set outside air temperature, in the case of the refrigeration mode, setting is automatically stopped.

[0127] 根据图18,对于外部气温预测图的温度,通过注释显示能够一目了然地识别出某设定温度下的停止时间。 [0127] According to FIG. 18, for outside air temperature prediction map by the comment display can be recognized at a glance the time to stop at a certain set temperature. 另外,根据图18可知,如果将设定温度例如提高到29.3° C,则空调运转栏的显示部分(浓颜色带表示的部分)变短。 Further, according to 18 that, for example, if the set temperature is increased to 29.3 ° C, the (partially represented with dark color) of the air conditioning operation display section bar becomes shorter.

[0128] 外部气温联动温度调整设定部156在用户结束了温度调整的预约后,经由通信控制部153、红外线通信部12将外部气温联动空调设定信息164内的温度调整设定信息(参照图3)发送到室内机2。 After the [0128] outside air temperature adjustment setting unit 156 interlock in the end user to adjust the temperature of the reservation, via the communication control unit 153, infrared communication unit 12 to the outside air temperature within the temperature adjusting air-conditioning set linked information setting information 164 (refer to FIG. 3) is sent to the indoor units 2. 发送数据是时刻tl、设定温度Tl、时刻t2、设定温度T2、……时刻tn、设定温度Tn (η是整数值)、关时刻、开时刻。 Data transmission timing tl, set temperature Tl, time t2, the setting temperature T2, TN ...... time, the set temperature Tn (η are integer values), close time, open time. 另外,也可以例如将时刻设为每10分钟使得减少发送数据的容量。 Further, for example, the time may be set so that every 10 minutes to reduce the capacity of the transmission data. 室内机2将从空调控制终端10的发送数据作为用户温度调整设定信息而存储在内部存储部中,通过与室内机热敏电阻211 (参照图5)的温度进行比较,来进行控制。 Transmitting data from the air conditioner indoor unit 2 controls the user terminal 10 as a temperature adjustment setting information stored in the internal storage unit, by comparing the indoor temperature with the thermistor 211 (see FIG. 5) is to be controlled. 另外,在室内机2的控制中,例如也可以通过线性补插等来设定时刻tl与时刻t2之间的时刻的设定温度。 Further, in the control of the indoor unit 2, for example, by linear interpolation or the like sets the preset temperature time between the time tl and the time t2.

[0129] 本实施方式的图1所示的空调控制终端10具备:存储部16 (参照图3),存储对空调机本体的包含风向和风速在内的设定信息;控制部15 (参照图3),将从表示空调机本体的单元117吹出风的操作对象图像即吹风118显示在触摸屏部11上,将包含根据对操作对象图像进行触摸和移动的操作而变更了的风向和风速的设定信息存储在存储部中;通信部(例如红外线通信部12),将变更后的设定信息发送到上述空调机本体。 The air conditioning control terminal shown in FIG. 1 according to the present embodiment [0129] 10 includes: a storage unit 16 (see FIG. 3), comprising a setting information storing wind direction and speed, including an air conditioner main body; and a control unit 15 (see FIG. 3), from the operation target image unit of the air conditioner main body 117 of the blown-out air, i.e. hair 118 displayed on the touch screen unit 11, comprising the operation target image touch and move operation of the changed wind direction and speed provided specific information stored in the storage unit; and a communication portion (infrared communication portion 12, for example), the changed setting information sent to the air-conditioner main body. 因此,能够通过简单直观的操作,进行空调机的风向、风速等的各种设定。 It is possible to perform the air conditioner wind direction, and other various setting through simple and intuitive operation.

[0130] 作为上述定时器设定的另一个例子,也可以在画面上显示模拟时钟的图像,通过对短针、长针进行触摸,来使针旋转到希望时间的位置而进行定时器设定。 [0130] As another example of the above timer setting, the analog clock image may be displayed on the screen, by short needles, long needle is touched to the rotational position of the desired time to the timer setting needle . 另外,如果用户利用上述的声音识别功能通过声音来进行定时器设定,则也可以显示上述模拟时钟进行定时器设定。 Further, if the user is using the voice recognition function is performed by a sound set the timer, then the analog clock may be displayed to set the timer.

[0131] 在以上的说明中,主要说明了将用触摸屏部设定的设定信息发送到空调机的本体的空调控制终端、空调控制的设定方法、以及空调控制的设定操作程序。 [0131] In the above description, the description will be sent to the main body of the air conditioner unit with the touch panel setting information set by the air conditioning control terminal, a method of setting the air-conditioning control, and the setting operation of the air conditioning control program. 在此,如果将上述的实施方式的一个例子表示为将用触摸屏部设定的设定信息发送到空调机的本体的空调控制终端的空调控制的设定操作程序,则总结为如下。 Here, if an example of the above-described embodiment is represented as the set operating program is sent to the air-conditioning control air conditioning control terminal of the body of the air conditioner with the setting information set by the touch panel unit, is summarized as follows. 当然以下只是一个例子,并不限于此。 The following is just an example of course, not limited to this.

[0132] (I) 一种将使用触摸屏部设定的设定信息发送到空调机本体的在空调控制终端内的控制部执行的空调控制的设定操作程序,其特征在于包括: [0132] (I) A procedure used to set the air-conditioning control unit transmits the setting information is set to a touch panel of the air conditioner in the body portion of the air-conditioning control executed by the control terminal, characterized by comprising:

[0133] 将从表示上述空调机本体的单元吹出风的操作对象图像显示在上述触摸屏部上, [0133] represents a unit from the main body of the air conditioner wind blowing operation target image is displayed on the touch panel unit,

[0134] 将包含根据对上述操作对象图像进行触摸并移动的操作而变更了的上述风向和风速的设定信息存储在上述空调控制终端的存储部中, [0134] The above-described operation comprising the operation of the target image and the touch movement and the change of wind direction and speed setting information in the storage unit of the air conditioning control terminal,

[0135] 通过上述空调控制终端内的通信部,向上述空调机本体发送变更后的设定信息。 [0135] transmits the changed configuration information to the communication section via air-conditioner main body inside the air conditioning control terminal.

[0136] (2)根据(I)记载的空调控制的设定操作程序,其特征在于: [0136] (2) According to the procedure set air-conditioning control (I) is described, wherein:

[0137] 在上述存储部中,还存储有用于作成上述空调机本体的设置环境的布局信息、该设置环境的面积信息、以及上述空调机本体和生活用的日常用品的单元信息, [0137] In the storage unit further stores information for creating the layout of the installation environment of the air conditioner body, the area of ​​the environment setting information, and cell information of the air conditioner body and the use of everyday life,

[0138] 作为运转模式,上述控制部具有基于上述空调机本体的设置环境的户型图空调模式, [0138] As the operation mode, the control unit has an air conditioning units based on the mode setting environment of the air conditioner body,

[0139] 在有了对上述户型图空调模式的设置环境的设定请求的情况下,顺序地将基于上述布局信息的选择画面、基于上述面积信息的选择画面、以及使用了上述单元信息的配置请求画面显示在上述触摸屏部上, [0139] In the case where the environment is provided with setting of an air conditioning units above mode request, sequentially selected based screen of the layout information, based on the selection screen of the information area, and uses the above cell information configuration request screen displayed on the touch panel unit,

[0140] 根据上述触摸屏部的画面操作,将设置上述空调机本体的上述户型图信息、该户型图内的上述空调机本体和上述日常用品的配置信息作为用户的户型图信息而登记在上述存储部中。 [0140] The screen of the touch panel portion of the operation, is provided above the size chart information of the air conditioner body, the air conditioner body and the everyday within the apartment FIG configuration information as the user's size map information is registered in the storage section.

[0141] (3)根据(2)记载的空调控制的设定操作程序,其特征在于: [0141] (3) According to the procedure set forth in the air-conditioning control (2), characterized in that:

[0142] 上述控制部在有了对上述户型图空调模式的运转请求的情况下, [0142] In the case where the control unit has the above-described operation of the air-conditioning mode in FIG units request,

[0143] 将根据上述用户的户型图信息而登记了的上述户型图的操作对象图像显示在所述触摸屏部上, The operation target image [0,143] According to the above user information registered FIG size the size chart displayed on the touch screen portion,

[0144] 在显示的上述户型图上,对希望进行空调操作的任意位置进行了敲击操作的情况下,与该敲击的位置和该敲击的次数对应地,将该敲击的位置和温度变更存储在上述存储部中, [0144] FIG size on said display, at any desired position the air conditioning operation performed in a case where a tap operation, the position and the number of taps the tap correspondingly, and the tap position temperature changes stored in the storage unit,

[0145] 在设定的上述位置,显示从表示上述空调机本体的单元吹出风的操作对象图像。 [0145] In the set position, the operation target image from the display unit of the air conditioner body showing the blown-out air.

[0146] (4)根据(I)记载的空调控制的设定操作程序,其特征在于: [0146] (4) According to the procedure set air-conditioning control (I) is described, wherein:

[0147] 作为运转模式,上述控制部具有基于外部气温预测而进行设定温度的预约的外部气温联动空调模式, [0147] As the operation mode, the control unit has air-conditioning mode reservation interlocking outside air temperature based on the outside air temperature prediction set temperature,

[0148] 在有了对上述外部气温联动空调模式的预约请求的情况下,从外部系统接收外部气温预测信息, [0148] With the above in a case where the outside air temperature of the air-conditioning mode interlocking reservation request, the outside air temperature prediction information received from an external system,

[0149] 根据上述外气气温预测信息,将与时间和温度有关的外部气温预测图显示在上述触摸屏部上, [0149] According to the above prediction information outside air temperature, the outside air temperature prediction map associated with the time and temperature are displayed on the touch panel unit,

[0150] 如果在上述触摸屏部的画面上,接收到为了对要预约的将来的时间预约设定温度而进行描画的滑动操作,则将上述滑动操作过程的时间和设定温度作为预约信息登记到上述存储部中, [0150] If the touch panel on the screen of the unit, for receiving a future time to be reserved reservation setting temperature of the drawn sliding operation, and then said time set temperature during the sliding operation to the reservation information is registered as the storage section,

[0151] 并且在没有从上述滑动操作接收到触摸操作时,在没有接收到上述触摸操作的时亥|J,将停止电源的设定登记为上述预约信息。 [0,151] and when the slide operation is not received from the touch operation, upon Hai fails to receive the touch operation | J, the stop setting the power of the reservation information registered as above.

Claims (15)

1.一种空调控制终端,将使用触摸屏部设定的设定信息发送到空调机本体,该空调控制终端的特征在于包括: 存储部,存储对上述空调机本体的包含风向和风速的上述设定信息; 控制部,将从表示上述空调机本体的单元吹出风的操作对象图像显示在上述触摸屏部上,将根据对上述操作对象图像进行触摸并移动的操作而变更了的上述包含风向和风速的设定信息存储在上述存储部中; 通信部,将变更后的上述设定信息发送到上述空调机本体; 其中,如果上述操作是左右移动的操作,则上述控制部识别为是左右风向的设定变更,如果上述操作是上下移动的操作,则上述控制部识别为是上下风向的设定变更。 An air conditioning control terminal, sent to the air-conditioner body using the setting information set by the touch panel unit, wherein the air conditioning control terminal comprising: a storage unit, including the storage is provided on the wind direction and velocity of the air conditioner main body specific information; and a control unit, from the unit of the air conditioner main body of the blown-out air of the operation target image is displayed on the touch panel unit according to the operation of the above-described operation target image is touched and moved to change the above comprises wind direction and speed represented setting information stored in the storage unit; and communication unit transmits the setting information after the change to the air conditioner main body; wherein the above-described operation, if the operation of moving around, then the control unit recognizes wind around setting change, if the above-described operation is the operation of moving up and down, then the control unit recognizes a setting change of vertical wind.
2.根据权利要求1所述的空调控制终端,其特征在于: 上述控制部在上述左右风向的设定变更时,在上述触摸屏部显示出表示上述空调机本体的单元的正面图,在上述上下风向的设定变更时,在上述触摸屏部显示出表示上述空调机本体的单元的侧面图。 The air conditioner control terminal according to claim 1, wherein: when said control unit changes the setting of the left and right direction, a front view showing the air conditioner main body of the display unit in the touch panel portion in the perpendicular setting the wind direction changes, showing a side view of showing the air conditioner main body unit in the touch panel unit.
3.根据权利要求1所述的空调控制终端,其特征在于: 上述控制部在上述操作是对上述触摸屏部的画面进行描画的滑动操作的情况下,识别为是连续的设定变更。 The air conditioning control terminal according to claim 1, wherein: said control unit on the operation screen of the touch panel is a case where the slide portion is drawn operation, identified as the setting change is continuous.
4.根据权利要求1所述的空调控制终端,其特征在于: 上述存储部还存储有用于作成上述空调机本体的设置环境的布局信息、该设置环境的面积信息、上述空调机本体和生活用的日常用品的单元信息, 在上述控制部中,作为运转模式,具有基于上述空调机本体的设置环境的户型图空调模式,在对上述户型图空调模式的设置环境有了设定请求的情况下,顺序地将基于上述布局信息的选择画面、基于上述面积信息的选择画面、以及使用了上述单元信息的配置要求画面显示在上述触摸屏部,根据上述触摸屏部的画面操作,将用于设置上述空调机本体的上述户型图信息和该户型图内的上述空调机本体和上述日常用品的配置信息作为用户的户型图信息登记到上述存储部中。 The air conditioning control terminal according to claim 1, wherein: the storage unit further stores layout information is provided for creating the environment of the air conditioner body, the area of ​​the environment setting information, the air conditioner body and the life with everyday items cell information, when the control unit, as the operation mode, based on units of an air conditioning mode with the installation environment of the air conditioner main body, in the case where the above-described units environment with an air conditioning mode setting request , sequentially based on the selection screen of the layout information, based on the selection screen of the area information, and uses the configuration above cell information request screen displayed in the touch panel unit, a screen of the touch panel unit operation for setting the air-conditioning FIG size above machine body information of the air conditioner body and the everyday within the apartment FIG configuration information registered in the storage unit as the user information unit FIG.
5.根据权利要求4所述的空调控制终端,其特征在于: 上述控制部在对上述户型图空调模式有了运转请求的情况下,根据上述用户的户型图信息,将所登记的上述户型图的操作对象图像显示在上述触摸屏部,在所显示的上述户型图中,对希望进行空调操作的任意的位置进行了敲击操作的情况下,与该敲击的位置和该敲击的次数对应地,将该敲击的位置和温度变更设定到上述存储部中,针对所设定的上述位置,显示从表示上述空调机本体的单元吹出风的操作对象图像。 The air-conditioning control terminal according to claim 4, wherein: the control unit in the above-described operation units of an air conditioning mode with the request, the user based on the size of the map information, the above size chart registered the operation target image displayed on the touch panel unit, the above units shown in FIG, want arbitrary position on the air-conditioning operation is performed in the case of tap operation, the position corresponding to the tap number and the percussion , the temperature of the tap position is changed and set in the storage unit, with respect to the position set, the display means showing the operation target image from the main body of the air conditioner blowing wind.
6.根据权利要求5所述的空调控制终端,其特征在于: 上述控制部将被敲击的上述位置作为点位置,与上述敲击的次数对应地,以预先设定的设定温度为基准,对上述点位置的温度设定相对温度。 6. The air conditioning control terminal according to claim 5, wherein: said control unit to the position to be tapped as a point position, the number of times corresponding to the above-described knocking, at a preset temperature is set as a reference the temperature above the set point position relative temperature.
7.根据权利要求1所述的空调控制终端,其特征在于: 在上述控制部中,作为运转模式,具有基于外部气温预测进行设定温度的预约的外部气温联动空调模式,在对上述外部气温联动空调模式有了预约请求的情况下,从外部系统接收外部气温预测信息,根据上述外部气温预测信息,将时间与温度对应的外部气温预测图显示在上述触摸屏部,如果在上述触摸屏部的画面上,为了对要预约的将来的时间预约设定温度,而收到了进行描画的滑动操作,则将上述滑动操作过程中的时间和设定温度作为预约信息登记到上述存储部中,并且在上述滑动操作后没有接收到触摸操作时,在没有接收到上述触摸操作的时刻,将停止电源的设定登记为上述预约信息。 7. The terminal of the air conditioning control according to claim 1, wherein: in said control unit, as the operation mode, the outside air temperature in conjunction with air-conditioning reservation setting mode prediction based on a temperature of outside air temperature, outside air temperature in the above the case where the interlocking air-conditioning mode with reservation request receiving outside air temperature prediction information from an external system, based on the outside air temperature prediction information in the touch panel unit screen of the touch panel portion, if the outside air temperature predicted FIG time corresponding to the temperature display , in order to be reserved for the future time of reservation setting temperature, and the sliding operation receives the drawing, the sliding operation of the process will be the time and the reservation information is registered as the set temperature in the storage unit, and the above when the touch operation has not been received after the slide operation at the time the touch operation has not been received, the registration of the power supply is stopped is set to the reservation information.
8.根据权利要求7所述的空调控制终端,其特征在于: 在上述控制部中,在上述运转模式是致冷模式的情况下,在上述外部气温预测信息的温度成为通过上述滑动操作而设定了的上述预约信息的温度以下的时刻,进行电源停止的预约,接着,在超过上述预约信息的温度的时刻,进行电源启动的预约,在上述运转模式是供暖模式的情况下,在上述外部气温预测信息的温度成为通过上述滑动操作而设定了的上述预约信息的温度以上的时刻,进行电源停止的预约,接着,在未满上述预约信息的温度的时刻,进行电源启动的预约。 8. The air conditioning control terminal of claim 7, wherein: in said control unit, in the case where the operation mode is a refrigeration mode, the temperature of the outside air temperature becomes prediction information provided by the slide operation time following set the temperature of the reservation information for the power supply is stopped reservation, and then, at the time exceeds the reservation information temperature, reservation of power activation, in the operation mode is the heating mode, in the external the predicted temperature reaches or exceeds the temperature information by the slide operation of the set temperature of the time of the reservation information, the reservation is stopped for power, then, at a temperature less than the time of the reservation information, the reservation start power.
9.根据权利要求7所述的空调控制终端,其特征在于: 上述控制部在根据上述外部气温预测信息,将时间与温度对应的外部气温预测图显示在上述触摸屏部时,还与从上述外部系统取得的天气预报显示一起进行显示,通过对利用上述滑动操作而预约的图进行触摸操作,并上下地进行滑动操作,从而变更设定温度。 9. The air conditioning control terminal of claim 7, wherein: said control unit based on the predicted outside air temperature information, the predicted outside air temperature corresponding to the temperature FIG time when the touch panel display unit, and also from the external display the acquired weather forecasting system with display, a touch operation performed by using the sliding operation of FIG reservation, and vertically sliding operation to change the set temperature.
10.根据权利要求1〜9的任意一个所述的空调控制终端,其特征在于: 上述空调控制终端是智能手机。 10. The claim of any 1~9 air conditioner according to a control terminal, wherein: the air-conditioning control terminal is a smart phone.
11.根据权利要求1〜9的任意一个所述的空调控制终端,其特征在于: 上述空调控制终端是遥控器。 11. A according to any of claims 1~9 air conditioner according to a control terminal, wherein: the air-conditioning control terminal is a remote controller.
12.—种空调控制的设定操作方法,是将使用触摸屏部设定的设定信息发送到空调机本体的空调控制终端的空调控制的设定操作方法,其特征在于: 上述空调控制终端具有存储部、控制部、通信部, 上述存储部存储对上述空调机本体的包含风向和风速的上述设定信息, 上述控制部将从表示上述空调机本体的单元吹出风的操作对象图像显示在上述触摸屏部上,将根据对上述操作对象图像进行触摸并移动的操作而变更了的上述包含风向和风速的设定信息存储在上述存储部中, 上述通信部将变更后的上述设定信息发送到上述空调机本体; 其中,如果上述操作是左右移动的操作,则上述控制部识别为是左右风向的设定变更,如果上述操作是上下移动的操作,则上述控制部识别为是上下风向的设定变更。 12.- model setting operation of the air conditioning control method, the setting is sent to the air conditioner operation control method of an air conditioner air conditioning control terminal body using setting information set by the touch panel unit, wherein: the air conditioner having a control terminal a storage unit, a control unit communication unit, the storage unit stores setting information including the wind speed and wind direction of the air-conditioner main body, and the control unit of the air conditioner main body portion of the operation target blown-out air from above showing an image display the touch panel unit, an operation of the above-described operation target image is changed touch and movement of the setting information includes the setting information stored in the wind direction and speed of the storage unit, the communication unit after the change is sent to the the air conditioner main body; wherein, if the above-described operation is an operation of moving the left and right, the identification of the control unit about the wind direction setting change, if the above-described operation is the operation of moving up and down, the control unit recognizes the vertical wind is provided constant change.
13.根据权利要求12所述的空调控制的设定操作方法,其特征在于: 上述存储部还存储有用于作成上述空调机本体的设置环境的布局信息、该设置环境的面积信息、上述空调机本体和生活用的日常用品的单元信息, 在上述控制部中,作为运转模式,具有基于上述空调机本体的设置环境的户型图空调模式,在对上述户型图空调模式的设置环境有了设定请求的情况下,顺序地将基于上述布局信息的选择画面、基于上述面积信息的选择画面、以及使用了上述单元信息的配置要求画面显示在上述触摸屏部,根据上述触摸屏部的画面操作,将用于设置上述空调机本体的上述户型图信息和该户型图内的上述空调机本体和上述日常用品的配置信息作为用户的户型图信息登记到上述存储部中。 The method of setting the operation of the air conditioning control according to claim 12, wherein: the storage unit further stores information for creating the layout of the installation environment of the air conditioner body, the area of ​​the environment setting information, the air conditioner everyday living body and by means of information in the control unit, as the operation mode, an air conditioning mode with ambient units based on the setting of the air conditioner main body, with the installation environment is set in the above-described units of air-conditioning mode in FIG. a case where a request, sequentially based on the selection screen of the layout information, based on the selection screen of the area information, and the use of the configuration of the above-described cell information request screen is displayed on the touch panel unit, according to the screen of the touch panel portion of the operation, with the air conditioner main body is provided in the map information and the size of the air conditioner main body inside the apartment and said everyday FIG configuration information as the user information registration to the size chart in the storage unit.
14.根据权利要求13所述的空调控制的设定操作方法,其特征在于: 上述控制部在对上述户型图空调模式有了运转请求的情况下,根据上述用户的户型图信息,将所登记的上述户型图的操作对象图像显示在上述触摸屏部,在所显示的上述户型图中,对希望进行空调操作的任意的位置进行了敲击操作的情况下,与该敲击的位置和该敲击的次数对应地,将该敲击的位置和温度变更设定到上述存储部中,针对所设定的上述位置,显示从表示上述空调机本体的单元吹出风的操作对象图像。 The method of setting the operation of the air conditioning control according to claim 13, wherein: the control unit in the above-described operation of the units with an air conditioning mode request, the user based on the size of the map information, the registered image of a case where the operation target is displayed in FIG units above the touch panel unit, shown in FIG units above, the arbitrary position of the desired conditioning operation is a tap operation is performed, and the position of the tap of the knock number of times corresponding to the hit, and changing the position of the temperature setting of the tap in the storage unit, with respect to the position set, the operation target image from the display unit of the air conditioner body showing the blown-out air.
15.根据权利要求12所述的空调控制的设定操作方法,其特征在于: 在上述控制部中,作为运转模式,具有基于外部气温预测进行设定温度的预约的外部气温联动空调模式,在对上述外部气温联动空调模式有了预约请求的情况下,从外部系统接收外部气温预测信息,根据上述外部气温预测信息,将时间与温度对应的外部气温预测图显示在上述触摸屏部,如果在上述触摸屏部的画面上,为了对要预约的将来的时间预约设定温度,而收到了进行描画的滑动操作,则将上述滑动操作过程中的时间和设定温度作为预约信息登记到上述存储部中,并且在没有从上述滑动操作接收到触摸操作时,在没有接收到上述触摸操作的时刻,将停止电源的设定登记为上述预约信息。 The method of setting the operation of the air conditioning control according to claim 12, wherein: in said control unit, as the operation mode, in conjunction with outside air temperature conditioning reservation mode is set based on the temperature of outside air temperature predicted in the case where the external air temperature interlocking air-conditioning mode with reservation request receiving outside air temperature prediction information from an external system, the outside air temperature prediction map based on the outside air temperature prediction information, the time corresponding to the temperature displayed on the touch panel unit, if the above on the screen of the touch panel portion, to be reserved for a future time of reservation setting temperature, and the sliding operation received drawn, then the process in the sliding operation and the set temperature of the time registered in the storage unit as the reservation information and when the slide operation is not received from the touch operation, at a time the touch operation has not been received, the registration of the power supply is stopped is set to the reservation information.
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