CN104061653B - Remote control apparatus of an air conditioner and a control method - Google Patents

Remote control apparatus of an air conditioner and a control method Download PDF

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Publication number
CN104061653B
CN104061653B CN201410048566.1A CN201410048566A CN104061653B CN 104061653 B CN104061653 B CN 104061653B CN 201410048566 A CN201410048566 A CN 201410048566A CN 104061653 B CN104061653 B CN 104061653B
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remote control
control device
module
temperature
processor
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CN201410048566.1A
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CN104061653A (en
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王雨雷
路绪鹏
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东莞市逸音电子科技有限公司
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Abstract

本发明提供一种空调器的遥控装置,包括:一网络模块设于所述遥控装置内部;一处理器设于所述遥控装置内部,用于通过所述网络模块提取所处区域内的天气资讯;一记录模块设于所述遥控装置内部,用于记录所述遥控装置于复数个时间段内的设定温度以及对应的所述天气资讯;以及一控制模块设于所述遥控装置内部,用于控制所述遥控装置的温度设定,所述处理器于所述记录模块内提取出符合当下天气的所述设定温度时,所述控制模块控制所述遥控装置的所述温度设定为所述设定温度。 The present invention provides an air conditioner remote control apparatus, comprising: a network module is provided inside the remote control device; a processor disposed inside the remote control device, for extracting weather information in your area through the network module ; a recording module is provided inside the remote control device, the remote control device for recording on a plurality of set temperature and time period corresponding to the weather information; and a control module is disposed inside the remote control device, with when the temperature setting of the remote control device, said processor module to said recording extracting said line with the current weather set temperature, the control module controls the remote control device temperature is set to the the set temperature. 如此,可使得遥控装置自动设定用户所需温度并自动开启空调器,以及在用户离开房间一定时间后自动进入待机状态,给用户的生活带来一定的便利性同时还在一定程度上节省了电力。 Thus, the remote control device may cause the user to automatically set the desired temperature and the air conditioner is turned on automatically, and automatically enter standby mode after a certain time the user leaves the room, the user's life to bring some convenience while saving also to some extent electric power.

Description

一种空调器的遥控装置及其控制方法 Remote control apparatus of an air conditioner and a control method

技术领域 FIELD

[0001]本发明涉及一种空调器的遥控装置及其控制方法,特别是涉及通过于记录模块内提取出符合当下天气的设定温度以使控制模块控制遥控装置的温度设定为所述设定温度的一种空调器的遥控装置及其控制方法。 [0001] The present invention relates to an air conditioner and a control method of the remote control apparatus, particularly relates to the extraction temperature is set in line with the current weather recording module to make the temperature control module is set to the remote control device is provided remote control apparatus and a control method of an air conditioner set temperature.

背景技术 Background technique

[0002]随着经济的发展,空调器已成为家庭生活中必备的电器设备,人们使用空调器所具有的制冷与制热功能以达到降温与保暖目的,应用在家庭生活中的空调器基本分为立柜式与挂壁式两种。 [0002] With economic development, the air conditioner has become a family life essential electrical equipment, people use the air conditioner has a cooling and heating functions to achieve the purpose of cooling and warmth, in family life application of basic air conditioner Wall closet and into two kinds. 使用立柜式空调器时,可以通过按压设置在空调器外表面上的功能按钮或者通过操作遥控器以达到控制空调器运行的效果。 When using the closet type air conditioner, by pressing the function button disposed on an outer surface of an air conditioner by operating a remote control or to achieve the effect of controlling the air conditioner operation. 挂壁式空调通常悬挂在房间的墙壁上,且距离地面有一定距离,因此人们很难通过按压设置在空调器外表面上的功能按钮控制空调器,基本上都只能借由通过操作遥控器以控制空调器的运行。 Wall conditioning is typically hung on a wall of the room, and there is a certain distance from the ground, so it is difficult to set the function button is pressed by the outer surface of the air conditioner controls the air conditioner, by means of basically only by operating the remote control to control the operation of the air conditioner.

[0003]然,由于空调遥控器体积较小且可被随意置放,因此经常发生在用户想要开启空调器时却找不到空调遥控器,给用户的生活带来很大的不便。 [0003] However, due to the small volume of air-conditioning remote control and can be freely placed, so often it occurs when the user wants to turn the air conditioner Shique can not find the remote control air conditioning, to users' lives a great deal of inconvenience. 另,由于空调器在制热或制冷时都需要一个过程,因此不能将房间内的温度迅速提升或下降,而于部分用户而言,却很想在回到家时屋内的空调器已经工作一段时间以达到更好的享受需求。 Also, since the air conditioner in the heating or cooling requires a process, and therefore the temperature in the room can not be rapidly raised or lowered, and in some users, but would like to house the air conditioner has been working for some time at home in order to achieve better enjoy demand.

[0004]因此,本发明人有鉴于习用空调器的遥控装置实在有其改良的必要性,遂以其多年从事相关领域的创作设计及专业制造经验,积极地针对一种空调器的遥控装置及其控制方法进行研究改良,在各方条件的审慎考虑下终于开发出本发明。 [0004] Accordingly, the present invention has a view of the conventional air conditioner remote control device really need for its improvement, then submitted it for many years engaged in the creation of professional design and manufacturing experience in related fields, actively remote control device for an air conditioner and its control method improvements, under careful consideration of all the conditions are finally developed the present invention.

发明内容 SUMMARY

[0005]本发明之主要目的,在于提供一种空调器的遥控装置及其控制方法,如此,可使得遥控装置自动设定用户所需温度并自动开启空调器,以及在用户离开房间一定时间后自动进入待机状态,给用户的生活带来一定的便利性同时还在一定程度上节省了电力。 [0005] The main object of the present invention is to provide an air conditioner and a control method for a remote control device, thus, it can be automatically set so that the remote control device the user desired temperature and automatically turn the air conditioner, and the user leaves the room after a predetermined time automatically enter standby mode, bring some life to the user's convenience while saving power but also to some extent.

[0006]根据本发明之一实施例,本发明揭露一种空调器的遥控装置,包括:一网络模块设于所述遥控装置内部;一处理器设于所述遥控装置内部并耦接于所述网络模块,用于通过所述网络模块提取所处区域内的天气资讯;一记录模块设于所述遥控装置内部并耦接于所述处理器,用于记录所述遥控装置于复数个时间段内的设定温度以及对应的所述天气资讯;以及一控制模块设于所述遥控装置内部并耦接于所述处理器,用于控制所述遥控装置的温度设定,所述处理器于所述记录模块内提取出符合当下天气的所述设定温度时,所述控制模块控制所述遥控装置的所述温度设定为所述设定温度。 [0006] According to one embodiment of the present invention, the present invention discloses an air conditioner remote control device, comprising: a network module is provided inside the remote control device; a processor disposed inside the remote control device and coupled to the said network means for extracting weather information in your area through the network module; a recording module is provided inside the remote control device and coupled to the processor, for recording the remote control device to a plurality of time the set temperature and the corresponding section of the weather information; and a control module is disposed inside the remote control device and coupled to the processor, for controlling the temperature setting of the remote control device, said processor recording in said extracted line with the current weather module the set temperature, the control module controls the temperature of said remote control device according to the setting temperature.

[0007]根据本发明之一实施例,所述记录模块更用于记录所述遥控装置于复数个时间段内的开机时间以及对应的所述天气资讯,所述控制模块更用于控制所述遥控装置的启闭状态,所述遥控装置更包括一感测模块设于所述遥控装置内部并耦接于所述处理器,用于感测所述遥控装置的所述温度变化状态以及启闭状态,当所述感测模块感测到所述遥控装置的所述温度无变化以及处于关闭状态时,所述处理器分别于所述记录模块内提取出符合当下天气的所述设定温度以及所述开机时间。 [0007] According to one embodiment of the present invention, the module further recording means for recording on a plurality of time period corresponding to the start time and the remote weather information, the control module is further configured to control the opening and closing state of the remote control device, the remote control device further comprising a sensing module disposed inside the remote control device and coupled to the processor for sensing the temperature change in the state of the remote control device and the opening and closing state, when the temperature of the sensing module to said remote sensing means in a closed state and no change, respectively, the processor extracts meet the current weather in the set temperature and the recording module the boot time.

[0008]根据本发明之一实施例,所述遥控装置更包括一计时器设于所述遥控装置内部并耦接于所述控制模块以及一存储器设于所述遥控装置内部并耦接于所述控制模块,当所述计时器的时间达到所述开机时间时,所述计时器开始计时,当计时时间达到第一预设时间段时,所述控制模块控制所述遥控装置开启。 [0008] According to one embodiment of the present invention, the remote control device further comprises a timer provided inside the remote control device and coupled to the control module, and an internal memory provided in the remote control device and coupled to the said control module, when the timer time reaches the start time, the timer is started, when the time reaches a first predetermined time period, the control module controls the remote device is turned on.

[0009]根据本发明之一实施例,所述遥控装置更包括一开关键、加温键、以及减温键设于所述遥控装置的外表面并分别耦接于所述感测模块,所述感测模块通过感测所述开关键、加温键以及所述减温键的被按压状态以判断所述遥控装置的所述温度变化状态以及所述启闭状态。 [0009] According to one embodiment of the present invention, the remote control device further comprises a key, the key heating and reducing temperature key provided on an outer surface of the remote control device and are respectively coupled to the sensing module, the said sensing module sensing the start and the key, and the key heating desuperheating key is pressed the remote control state determining means and said temperature change state of the opening and closing state.

[0010]根据本发明之一实施例,所述感测模块包括复数个红外线感测单元,用于侦测所述遥控装置周围的生物温度,所述存储器更存储有一第二预设时间段,所述遥控装置更包括复数个通孔设于所述遥控装置外表面并分别位列于不同方向,所述复数个红外线感测单元所发出的红外线分别透过所述复数个通孔照射出去。 [0010] According to one embodiment of the present invention, the sensing module comprises a plurality of infrared sensing unit for detecting the biological temperature around the remote control device, said memory further stores a second predetermined time period, the remote control device further comprises a plurality of through holes provided on an outer surface of the remote control device and are ranked in different directions, one of said plurality of infrared ray emitted by the IR sensing means are irradiated out through the plurality of through-holes.

[0011]根据本发明之一实施例,所述控制模块更用于控制所述遥控装置的待机状态,当所述复数个红外线感测单元侦测到所述遥控装置周围无所述生物温度存在,且所述计时器的所述计时时间达到所述第二预设时间段时,所述控制模块控制所述遥控装置进入所述待机状态,所述遥控装置更包括一待机键设于所述遥控装置的外表面并耦接于所述控制模块。 [0011] According to one embodiment of the present invention, the control module is further used for controlling the standby state of the remote control device, when the plurality of infrared ray sensing unit detects the non-biological temperature around the remote control device is present , and the measured time of the timer reaches the second predetermined time period, the control module controls the remote control device enters the standby state, the remote control device further comprises a stand provided in the key and an outer surface of the remote control device coupled to the control module.

[0012]根据本发明之一实施例,本发明更揭露一种空调器的遥控装置的控制方法,包括:网络模块、处理器、记录模块、控制模块、感测模块、开机键、加温键、减温键、计时器、以及存储器,所述存储器存储有一第一预设时间段以及一第二预设时间段,其特征在于,该方法包括步骤:所述处理器通过所述网络模块提取所处区域内的天气资讯;所述记录模块记录所述遥控装置于复数个时间段内的设定温度、开机时间以及对应的所述天气资讯;所述感测模块感测所述加温键以及所述减温键是否被按压;若否,所述处理器于所述记录模块内提取出符合当下天气的所述设定温度,所述控制模块控制所述遥控装置的温度设定为所述设定温度;所述感测模块感测所述开机键是否被按压;若否,所述处理器于所述记录模块内提取出符合当下天气的所述开机时间;所述处理器 [0012] According to one embodiment of the present invention, the present invention further discloses a control method for a remote control device of an air conditioner, comprising: a network module, a processor, a recording module, a control module, a sensing module, a power button, key heating desuperheater key, a timer, and a memory, said memory stores a first predetermined time period and a second predetermined time period, wherein, the method comprising the steps of: the processor to extract through the network module weather information in your area; module of the recording means recording said set temperature on a plurality of remote time period, corresponding to the start time and weather information; said sensing module sensing the heating key and reducing the temperature key has been pressed; if not, the processor extracts the recording module in a line with the current weather set temperature, the control module controls the remote control device set to a temperature said set temperature; if the sensing module sensing the start key is depressed; if not, the processor in the extraction module in line with the current weather boot time of the recording; the processor 判断所述计时器的时间是否达到所述开机时间;若是,所述处理器判断所述计时器的计时时间是否达到所述第一预设时间段;若是,所述控制模块控制所述遥控装置开启。 Determining whether the time of the timer reaches the start time; if yes, the processor determines whether the measured time of the timer reaches the first predetermined time period; if the remote control device, said control module controls open.

[0013]根据本发明之一实施例,还包括步骤:在所述感测模块感测到所述加温键以及所述减温键被按压时,所述记录模块记录被按压时的所述设定温度以及对应的所述天气资讯;在所述感测模块感测到所述开机键被按压时,所述记录模块记录被按压时的所述开机时间以及对应的所述天气资讯;在所述处理器判断所述计时器的所述时间未达到所述开机时间时,所述处理器不作动;以及在所述处理器判断所述计时器的所述计时时间未达到所述第一预设时间段时,所述控制模块不作动。 [0013] According to one embodiment of the present invention, further comprising the step of: sensing in said sensing module and the key to the warming temperature when the Save button is pressed, the module records the time of recording is pressed the set temperature and the corresponding weather information; in the sensing module senses when the power key is pressed, the recording start time of the recording module is pressed and the corresponding weather information; in when the processor determines the time of the timer has not reached the starting time, the processor is not actuated; and the processor determines the measured time of the timer has not reached the first when the preset time period, the control module is not actuated.

[0014]根据本发明之一实施例,还包括步骤:所述感测模块的复数个红外线感测单元侦测所述遥控装置周围是否存在生物温度;若否,所述处理器判断所述计时器的所述计时时间是否达到所述第二预设时间段;若否,所述控制模块不作动。 [0014] According to one embodiment of the present invention, further comprising the step of: said plurality of sensing modules infrared sensing unit detects whether or not the presence of organisms around the remote control device temperature; if not, the processor determines the timing is the measured time reaches the second predetermined time period; if not, the control module is not actuated.

[0015]根据本发明之一实施例,还包括步骤:在所述感测模块的复数个红外线感测单元侦测到所述遥控装置周围存在生物温度时,所述处理器不作动;以及所述处理器判断所述计时器的所述计时时间达到所述第二预设时间段时,所述控制模块控制所述遥控装置进入待机状态。 [0015] According to one embodiment of the present invention, further comprising the step of: when the ambient temperature to the presence of biological remote control apparatus, the processor is not fixed in a plurality of infrared sensing unit detects the sensing module; and the when said processor determining the measured time of the timer reaches the second predetermined time period, the control module controls the remote control device into a standby state.

[0016]本发明具有下列有益效果:于实务中,处理器将于记录模块内提取出符合当下天气的设定温度以及开机时间,从而使得控制模块控制遥控装置的温度设定为所述设定温度以及控制遥控装置在特定时间开启,如此,可使得遥控装置自动设定用户所需温度并自动开启空调器,以及在用户离开房间一定时间后自动进入待机状态,给用户的生活带来一定的便利性同时还在一定程度上节省了电力。 [0016] The present invention has the following advantages: in practice, will be extracted within the processor module to meet the set temperature and the current weather boot time, so that the control module controls the remote control device according to the setting temperature of the recording remote control device is turned on and the temperature at a particular time, such, that the remote control device may be automatically set temperature desired by the user and automatically open the air conditioner, and automatically enter standby mode after a certain time the user leaves the room, the user lives in certain convenience while saving power but also to some extent.

[0017]为了让本发明之上述及其他目的、特征、优点能更明显易懂,下文将特举本发明的较佳实施例,并配合所附图式作详细说明如下。 [0017] In order to make the aforementioned and other objects of the present invention, features, and advantages can be more fully understood by referring to the Patent cited preferred embodiment of the present invention, and the accompanying figures are described in detail below.

附图说明 BRIEF DESCRIPTION

[0018]图1为本发明遥控装置之系统架构图。 [0018] Figure 1 remote control device of the system architecture of the present invention, FIG.

[0019]图2为本发明记录模块之记录内容示意图。 [0019] FIG recording module 2 a schematic view of the contents of the present invention.

[0020]图3为本发明遥控装置之第一实施例流程图。 [0020] FIG 3 a first example of a flowchart of a remote control device of the embodiment of the present invention.

[0021 ]图4为本发明遥控装置之第二实施例流程图。 [0021] FIG 4 flow chart a second embodiment of the remote control apparatus of the embodiment of the present invention.

[0022]图5为本发明遥控装置之第一、二、三表面结构示意图。 [0022] FIG. 5 is a schematic of the first, second and third surface structure of the remote control apparatus of the present invention.

[0023]图6为本发明遥控装置之第一、四、五表面结构示意图。 [0023] FIG. 6 of the first, fourth, fifth surface structural diagram of the remote control apparatus of the present invention.

[0024]图7为本发明遥控装置之第三实施例流程图。 [0024] Figure 7 a third embodiment of a flowchart of a remote control device of the embodiment of the present invention.

[0025]图8为本发明遥控装置之步骤流程图。 [0025] The remote control device of FIG. 8, step a flowchart of the present invention.

具体实施方式 Detailed ways

[0026]本揭露书主要提供一种空调器的遥控装置及其控制方法,借由本发明,处理器将于记录模块内提取出符合当下天气的设定温度以及开机时间,从而使得控制模块控制遥控装置的温度设定为所述设定温度以及控制遥控装置在特定时间开启,如此,可使得遥控装置自动设定用户所需温度并自动开启空调器,以及在用户离开房间一定时间后自动进入待机状态,给用户的生活带来一定的便利性同时还在一定程度上节省了电力,以下将详细介绍本发明之具体实施方式。 [0026] The present disclosure provides an air conditioner main book remote control apparatus and a control method, by means of the present invention, the processor will record the extracted line with current weather boot time and a set temperature inside the module, such that the remote control module temperature of the device according to the setting temperature, and control the remote device is turned on at a particular time, such, that the remote control device may be automatically set temperature desired by the user and automatically open the air conditioner, and automatically enters standby in a predetermined time after the user leaves the room state, bring some life to the user's convenience while saving power but also to some extent, the following will detail specific embodiments of the present invention.

[0027]请参考图1,为本发明遥控装置之系统架构图。 [0027] Referring to FIG. 1, the system architecture of the present invention is a remote control device of FIG. 本发明主要提供一种空调器的遥控装置,包括:一网络模块10设于所述遥控装置I内部;一处理器11设于所述遥控装置I内部并耦接于所述网络模块10,用于通过所述网络模块10提取所处区域内的天气资讯;一记录模块12设于所述遥控装置I内部并耦接于所述处理器11,用于记录所述遥控装置I于复数个时间段内的设定温度以及对应的所述天气资讯;以及一控制模块13设于所述遥控装置I内部并耦接于所述处理器11,用于控制所述遥控装置I的温度设定,所述处理器11于所述记录模块12内提取出符合当下天气的所述设定温度时,所述控制模块13控制所述遥控装置I的所述温度设定为所述设定温度。 The present invention provides an air conditioner remote control apparatus, comprising: a network module 10 is provided inside the remote control device I; a processor 11 is provided inside the remote control device I and coupled to the network module 10, with to 10 by extracting weather information is located within the area of ​​the network module; a recording module 12 is provided inside the remote control device I and coupled to the processor 11, the remote control device for recording on a plurality of time I the set temperature and the corresponding section of the weather information; and a control module 13 is provided inside the remote control device I and coupled to the processor 11, the remote control device for controlling a temperature setting I, the processor 11 to the recording module 12 extracts the current weather meet the set temperature, the control module 13 controls the temperature of said remote control device I is set as the set temperature.

[0028]请参考图2,为本发明记录模块之记录内容示意图。 [0028] Please refer to FIG 2, a schematic diagram of content recording module of the present invention. 具体的,所述天气资讯包含有:温度、湿度、以及气压等。 Specifically, the weather information comprises: temperature, humidity, and air pressure. 所述复数个时间段可以为复数天,即时间段以天(24小时)为单位,记录模块12所记录的内容为所述遥控装置I于复数天内的所述设定温度以及对应的所述天气资讯。 Said plurality of time periods may be a plurality of days, i.e. the time period in days (24 hours) as a unit, the recording module 12 records the content to the remote control device I and the set temperature corresponding to the plurality of the days weather information. 原则上,每天的所述天气资讯对应一所述设定温度,于实际中,所述设定温度可能会在一天内发生数次变动,所述天气资讯同样可能在一天内发生数次变动,所述设定温度更可在同一所述天气资讯下发生数次变动,即记录模块12在一天内会记录到复数个所述天气资讯以及对应的复数个所述设定温度,或者,一个所述天气资讯以及对应的复数个所述设定温度。 In principle, the day, the weather information corresponding to a set temperature, in practice, the set temperature changes may occur several times in one day, the weather information may occur several times with the same change in one day, the setting temperature is more may occur at the same information several times with changes in weather, i.e., the recording module 12 records in one day to a plurality of the weather information and a corresponding plurality of the set temperature, or, as a said weather information and a corresponding plurality of the set temperature. 当一天内有复数个所述天气资讯时,所述处理器11将于所述记录模块12内提取最符合当下天气的所述设定温度,所述当下天气即为实时天气,当一个所述天气资讯对应有复数个设定温度时,所述处理器11将通过计算得出所述复数个设定温度的平均温度,并将所述平均温度作为所述设定温度提取而出。 When there is a plurality of the weather information the day, the 11 will be recorded within the module 12 to extract the most in line with the current weather temperature of the processor set, the current weather is the weather, when one of the there are a plurality of weather information corresponding to the set temperature, the processor 11 will be calculated by the plurality of set temperatures of the average temperature and the average temperature as the extraction temperature is set out.

[0029]请复参考图1,所述遥控装置I更包括一感测模块14设于所述遥控装置I内部并耦接于所述处理器11,用于感测所述遥控装置I的所述温度变化状态,当所述感测模块14感测到所述遥控装置I的所述温度无变化时,所述处理器11将于所述记录模块12内提取出符合当下天气的所述设定温度。 [0029] Please refer to FIG. 1 multiplex, the remote control device I further includes a sensing module 14 is provided inside the remote control device I and coupled to the processor 11, for the sensing of the remote control device I when the temperature changes of said state, when the sensing module 14 senses the temperature of the remote control device I is unchanged, the processor 11 will be provided to the recording module 12 within the extraction line with the current weather given temperature.

[0030]请参考图3,为本发明遥控装置之第一实施例流程图。 [0030] Please refer to FIG. 3, a flowchart of a first example embodiment of the present invention is a remote control device. 首先,所述处理器11将通过所述网络模块10提取所处区域内的所述天气资讯,所述网络模块10为无线网络,接着,所述记录模块12将记录所述遥控装置I于所述复数个时间段内的所述设定温度以及对应的所述天气资讯,所述处理器11判断所述感测模块14是否感测到所述遥控装置I的所述温度发生变化,若是,所述记录模块12将记录所述设定温度以及对应的所述天气资讯;若否,所述处理器11将于所述记录模块12内提取出符合当下天气的所述设定温度,所述控制模块13控制所述遥控装置I的所述温度设定为所述设定温度。 First, the processor 11 by the weather in the area of ​​the network 10 which extracts information module, the network module 10 is a wireless network, and then, the recording module 12 records the remote control device to the I said plurality of time period corresponding to the set temperature and the weather information, the processor 11 determines that the change of the sensing module 14 senses the temperature of whether the remote control device I occurs, if yes, the recording module 12 records the set temperature and the corresponding weather information; if not, the processor 11 will be said recording module 12 extracts the setting temperature in line with the current weather, the the temperature control module 13 controls the remote control device I is set as the set temperature. 需提及的是,所述遥控装置I的所述温度为显示在所述遥控装置I外表面17的显示屏上的温度,而非所述遥控装置I自身温度。 It should be mentioned that the temperature of said remote control device I is displayed on the display temperature I outer surface of the remote control device 17, instead of the remote control device I own temperature.

[0031]请复参考图2,所述记录模块12更用于记录所述遥控装置I于复数个时间段内的开机时间以及对应的所述天气资讯,同样,所述复数个时间段可以为复数天,每天的所述天气资讯对应一所述开机时间,于实际中,所述天气资讯可能会在一天内发生数次变动,而所述开机时间却不发生变动,当所述记录模块12在一天内记录到复数个所述天气资讯时,所述处理器11将判断所述天气资讯所对应的天数,再提取当天的所述开机时间作为所述天气资讯对应的所述开机时间。 [0031] Please refer to FIG. 2 multiplexing, the recording module 12 for recording the further remote device to a plurality of I time period corresponding to the start time and weather information, similarly, the plurality of time segments may be a plurality of day, the day of the weather information corresponding to a start time, in practice, the weather information may occur several times in one day fluctuation, and the starting time is not subject to change, when the recording module 12 when the day to record a plurality of the weather information, the processor 11 determines the number of days corresponding to the weather information, and then extracting the boot time of the day as the weather information corresponding to the start time.

[0032]请复参考图1,所述控制模块13更用于控制所述遥控装置I的启闭状态,所述感测模块14更用于感测所述遥控装置I的所述启闭状态,当所述感测模块14感测到所述遥控装置I处于关闭状态时,所述处理器11将于所述记录模块12内提取出符合当下天气的所述开机时间。 [0032] Please refer to FIG. 1 multiplexing, the control module 13 is further for controlling the opening and closing state of the remote control device I, the sensing module 14 further remote control apparatus for sensing the opening and closing state of the I when, when the sensing module 14 senses the remote control device I is in a closed state, the processor 11 will be said recording module 12 extracts the line with the current weather boot time. 进一步而言,所述遥控装置I更包括一计时器15设于所述遥控装置I内部并耦接于所述控制模块13以及一存储器16设于所述遥控装置I内部并耦接于所述控制模块13,所述计时器15用于计时以及显示时间,当所述计时器15的时间达到所述开机时间时,所述计时器15开始计时,当计时时间达到所述第一预设时间段时,所述控制模块13控制所述遥控装置I开启。 Further, the remote control device I further includes a timer 15 is provided inside the remote control device I and coupled to the control module 13 and a memory 16 provided inside the remote control device I and coupled to the control module 13, a timer 15 for counting and displaying time, the time when the timer 15 reaches the start time, the timer 15 starts counting, when the measured time reaches the first predetermined time when the segment, the control module 13 controls the remote control device I is turned on.

[0033]请参考图4,为本发明遥控装置之第二实施例流程图。 [0033] Please refer to FIG 4, a flowchart of a second embodiment of the remote control apparatus of the embodiment of the present invention. 首先,所述处理器11将通过所述网络模块10提取所处区域内的所述天气资讯,接着,所述记录模块12将记录所述遥控装置I于所述复数个时间段内的所述开机时间以及对应的所述天气资讯,所述处理器11判断所述感测模块14是否感测到所述遥控装置I处于开启状态,若是,所述记录模块12将记录所述开机时间以及对应的所述天气资讯;若否,所述处理器11将于所述记录模块12内提取符合当下天气的所述开机时间,接着,所述处理器11判断所述计时器15的所述时间是否达到所述开机时间,若是,所述处理器11接着判断所述计时器15的所述计时时间是否达到所述第一预设时间段;若否,所述处理器11不作动。 First, the processor 11 through the weather information is located within the area of ​​the network 10 extracts the module, then recording the recording module 12 of the remote control apparatus to the plurality of I time period corresponding to the start time and weather information, the processor 11 determines whether the sensing module 14 senses the remote control device I is turned on, if the recording module 12 records the start time and the corresponding the weather information; if not, the processor 11 will start the recording of the time in the extraction module 12 in line with the current weather, then the processor 11 determines that the timer 15 whether the time reaches the start time, if the processor 11 then determines whether the measured time of the timer 15 reaches the first predetermined time period; if not, the processor 11 is not actuated. 进一步而言,当所述处理器11判断出所述计时器15的所述计时时间达到所述第一预设时间段时,所述控制模块13控制所述遥控装置I开启,反之,所述控制模块13不作动。 Further, when the processor 11 judges that the measured time of the timer 15 reaches the first predetermined time period, the control module 13 controls the remote control device I is turned on, conversely, the The control module 13 is not actuated.

[0034]需提及的是,当所述遥控装置I开启时,相应地,所述空调器也将被开启,同样,所述遥控装置I的设定温度也即为所述空调器的所述设定温度一一当所述遥控装置I开启时,所述空调器的所述温度将被设定为所述遥控装置I的所述设定温度。 [0034] it should be mentioned that when the remote control device I is turned on, respectively, the air conditioner will be turned on, likewise, the remote control device I is also the set temperature of the air conditioner that is the eleven said set temperature when the remote control device I is turned on, the temperature of the air conditioner will be set to the remote control device I set temperature. 即,所述遥控装置I控制所述空调器的功能设定及运行。 That is, the remote control device I controls the operation of the air conditioner, and setting.

[0035]请复参考图1、图5以及图6,图5为本发明遥控装置之第一、二、三表面结构示意图,图6为本发明遥控装置之第一、四、五表面结构示意图。 [0035] Please refer to FIG. 1 complex, 5 and 6, a schematic view of a first, second and third surface structure of the remote control device of the present invention, FIG. 5, FIG. 6 of the first, fourth, fifth schematic view of a surface structure of the present invention, the remote control device . 所述遥控装置I更包括一开关键1711、加温键1712、以及减温键1713设于所述遥控装置I的外表面17并分别耦接于所述感测模块14,具体的,所述外表面17包括第一、二、三、四、五、六表面171、172、173、174、175、176,所述开关键1711、加温键1712以及所述减温键1713设于所述遥控装置I的所述外表面17的所述第一表面171,所述遥控装置I更包括一待机键1714设于所述遥控装置I外表面17并耦接于所述控制模块13,具体的,所述待机键1714设于所述遥控装置I的所述外表面17的所述第一表面171,所述遥控装置I更包括其它功能按键设于所述遥控装置I的第一表面171。 The remote control device I further includes a switch key 1711, warmed key 1712, and keys 1713 desuperheater provided on the outer surface 17 of the remote control device I and are coupled to the sensing module 14, specifically, the an outer surface 17 comprises a first, two, three, four, five, six surface 171,172,173,174,175,176, said switch keys 1711, and the 1712 Save key heating temperature is provided in the key 1713 the remote control apparatus of the first surface of the surface 17 of the outer I 171, the remote control device I further includes a standby button 1714 provided on the remote control device I outer surface 17 and coupled to the control module 13, the specific the standby key 1714 provided in the remote control device I the outer surface 171 of the first surface 17, the remote control device I further includes other function keys disposed on the first surface 171 of the remote control device I. 进一步而言,所述感测模块14包括复数个红外线感测单元(未图示),用于侦测所述遥控装置I周围的生物温度,所述生物温度即可以为人的温度,所述复数个红外线感测单元可以为四个,本发明不限于此。 Further, the sensing module 14 includes a plurality of infrared sensing units (not shown) for detecting the temperature around the biological remote control device I, the biological temperature to a temperature that person, said plurality one infrared sensing unit may be four, the present invention is not limited thereto. 所述感测模块14通过感测所述开关键1711、加温键1712以及所述减温键1713的被按压状态以判断所述遥控装置I的所述温度变化状态以及所述启闭状态。 The sensing module 14 by sensing the switch keys 1711, 1712, and warmed key depressed state of the desuperheating key 1713 to determine if the remote control device I and the temperature change in the state of the opening and closing state.

[0036]进一步而言,所述遥控装置I更包括复数个通孔设于所述遥控装置I外表面17并分别位列于不同方向,所述复数个红外线感测单元所发出的红外线分别透过所述复数个通孔照射出去。 [0036] Further, the remote control device I further includes a plurality of through holes provided in the outer surface of the remote control device I and 17 were ranked in different directions, one of said plurality of infrared ray emitted from the infrared sensing units respectively through through the plurality of through-holes out of the irradiation. 具体的,所述复数个通孔可以为四个,分别为第一、二、三、四通孔1721、1722、1723、1724,所述第一通孔1721设于所述第二表面172,所述第二通孔1722设于所述第三表面173,所述第三通孔1723设于所述第四表面174,所述第四通孔1724设于所述第五表面175,相应地,所述复数个红外线感测单元所发出的红外线分别透过所述第一、二、三、四通孔1721、1722、1723、1724照射出去。 Specifically, the plurality of through holes may be four, respectively, a first, two, three, four holes 1721,1722,1723,1724, the first through hole 1721 provided on the second surface 172, the second through hole 1722 provided on the third surface 173, the third through-hole 1723 provided on the fourth surface 174, the fourth through-hole 1724 provided on the fifth surface 175, respectively the plurality of infrared sensing units one infrared emitted respectively transmitted through the first, two, three, four holes 1721,1722,1723,1724 irradiated out. 进一步而言,所述存储器16更存储有一第二预设时间段,所述控制模块13更用于控制所述遥控装置I的待机状态。 Further, the memory 16 further stores a second predetermined time period, the control module 13 is further for controlling the remote control device I standby state.

[0037]请参考图7,为本发明遥控装置之第三实施例流程图。 [0037] Please refer to FIG. 7, a flowchart of a third embodiment of a remote control device of the embodiment of the present invention. 首先,所述复数个红外线感测单元发出红外线以侦测所述遥控装置I周围的所述生物温度,接着,所述处理器11判断所述复数个红外线感测单元是否侦测到所述遥控装置I周围有生物温度存在,若是,所述处理器11判断所述计时器15的所述计时时间是否达到所述第二预设时间段;若否,所述处理器11不作动。 First, the plurality of infrared sensing units emit infrared rays to the biological temperature around the remote control device I detected, then the processor 11 determines that the plurality of infrared sensing units to detect whether said remote control I means the temperature surrounding the presence of biological, if the processor 11 determines that the measured time of the timer 15 reaches the second predetermined time period; if not, the processor 11 is not actuated. 进一步而言,当所述处理器11判断所述计时器15的所述计时时间达到所述第二预设时间段时,所述控制模块13控制所述遥控装置I进入所述待机状态;反之,所述控制模块13不作动。 Further, when the processor 11 determines that the measured time of the timer 15 reaches the second predetermined time period, the control module 13 controls the remote control device enters the standby state I; conversely the control module 13 is not actuated. 需提及的是,所述遥控装置I处于待机状态即为所述空调器处于所述待机状态一一当所述遥控装置I开启时,所述空调器的所述状态将被所述遥控装置I控制为所述待机状态。 It should be mentioned that the remote control device I is in a standby state is the state of the air conditioner in the standby eleven when the remote control device I is turned on, the state of the air conditioner will be the remote control device I is controlled to the standby state.

[0038]请参考图8,为本发明遥控装置之步骤流程图。 [0038] Please refer to FIG 8, a flow chart of the step of the remote control device of the invention. 本发明更提供一种空调器的遥控装置I的控制方法,包括:网络模块1、处理器11、记录模块12、控制模块13、感测模块14、开机键、加温键1712、减温键1713、计时器15、以及存储器16,所述存储器16存储有一第一预设时间段以及一第二预设时间段,其特征在于,该方法包括步骤:所述处理器11通过所述网络模块10提取所处区域内的天气资讯(步骤SlO);所述记录模块12记录所述遥控装置I于复数个时间段内的设定温度、开机时间以及对应的所述天气资讯(步骤Sll);所述感测模块14感测所述加温键1712以及所述减温键1713是否被按压(步骤S12);若否,所述处理器11于所述记录模块12内提取出符合当下天气的所述设定温度,所述控制模块13控制所述遥控装置I的温度设定为所述设定温度(步骤S13);所述感测模块14感测所述开机键是否被按压(步骤 The present invention further provides a method of controlling air conditioner remote control device I, comprising: a network module, the processor 11, the recording module 12, control module 13, a sensing module 14, a power button, key 1712 warming desuperheater bond 1713, a timer 15, and a memory 16, the memory 16 stores a first predetermined time period and a second predetermined time period, wherein, the method comprising the steps of: said processor 11 through the network module extracted weather information is located within the region 10 (step SlO); 12 recording the recording module to the remote control device I plurality of periods set temperature corresponding to the start time and weather information (step Sll); the sensing module 14 senses the warming key 1712 and 1713 whether the temperature reduction key is pressed (step S12); if not, the processor 11 to the recording module 12 within the extraction line with the current weather the set temperature, the control module 13 controls the temperature of the remote control device I is set as the set temperature (step S13); if the sensing of the sensing module sensing the start button 14 is pressed (step

515);若否,所述处理器11于所述记录模块12内提取出符合当下天气的所述开机时间(步骤 515); if not, the processor 11 extracts the time line with the current weather boot (step 12 in said recording module

516);所述处理器11判断所述计时器15的时间是否达到所述开机时间(步骤S18);若是,所述处理器11判断所述计时器15的计时时间是否达到所述第一预设时间段(步骤S19);若是,所述控制模块13控制所述遥控装置I开启(步骤S21)。 516); and the processor 11 determines whether the timer 15 reaches the time start time (step S18); if the processor 11 determines that the timer has reached the time 15 of the first pre- set period (step S19); if yes, the control module 13 controls the remote control device I is turned on (step S21).

[0039]需要补充的是,在步骤S12所述感测模块14感测所述加温键1712以及所述减温键1713是否被按压中,若所述感测模块14感测到所述加温键1712以及所述减温键1713被按压,所述记录模块12将记录被按压时的所述设定温度以及对应的所述天气资讯(步骤S14)。 [0039] It should be added that, in sensing the sensing module 14 of the warming step S12 whether the Save button 1712 and button 1713 is pressed in the temperature, if the sensing module 14 senses the increase temperature key 1712 and the key 1713 is pressed desuperheater, the recording module 12 records the temperature setting is pressed and the corresponding weather information (step S14).

[0040]进一步而言,在步骤S15所述感测模块14感测所述开机键是否被按压中,若所述感测模块14感测到所述开机键被按压,则所述记录模块12将记录被按压时的所述开机时间以及对应的所述天气资讯(步骤S17 )。 [0040] Further, in the sensing module 14 of the sensing step S15 whether the power key is pressed, if the sensing module 14 senses the power button is pressed, the recording module 12 the recording start time is pressed and the corresponding weather information (step S17).

[0041] 进一步而言,在步骤S18所述处理器11判断所述计时器15的所述时间是否达到所述开机时间中,若所述计时器15的所述时间未达到所述开机时间,则所述处理器11不作动(步骤S20)。 [0041] Further, in step S18 the processor 11 judges the time of the timer 15 reaches the start time, the time when the timer 15 does not reach the start time, the processor 11 is not actuated (step S20).

[0042] 进一步而言,在步骤S19所述处理器11判断所述计时器15的所述计时时间是否达到所述第一预设时间段中,若所述计时器15的所述计时时间未达到所述第一预设时间段,则所述控制模块13不作动(步骤S22)。 [0042] Further, in step S19 the processor 11 judges that the measured time of the timer 15 reaches said first predetermined period of time, if the counted time of the timer 15 is not reaches the first predetermined time period, the control module 13 is not actuated (step S22).

[0043]进一步而言,在步骤S21所述控制模块13控制所述遥控装置I开启后更包括:所述感测模块14的复数个红外线感测单元侦测所述遥控装置I周围是否存在生物温度(步骤S23);若否,所述处理器11判断所述计时器15的所述计时时间是否达到所述第二预设时间段(步骤S24)。 [0043] Further, in step S21, the control module 13 of the remote control device I is turned on after further comprising: a plurality of infrared sensing module sensing unit 14 detects whether the remote control device I is present around the biological temperature (step S23); if not, the processor 11 determines that the measured time of the timer 15 reaches the second predetermined period of time (step S24).

[0044]进一步而言,在步骤S23所述感测模块14的所述复数个红外线感测单元侦测所述遥控装置I周围是否存在所述生物温度中,若所述复数个红外线感测单元侦测所述遥控装置I周围存在所述生物温度时,则返回步骤S20,所述处理器不作动。 [0044] Further, in step S23 the sensing module 14 of a plurality of infrared sensing unit detects whether or not the remote control device I is present around the biological temperature, when the plurality of infrared sensing units detecting the presence of said biological temperature returns to the step S20, the processor does not move around as the remote control device I.

[0045] 进一步而言,在步骤S24所述处理器11判断所述计时器15的所述计时时间是否达到所述第二预设时间段中,若所述计时器15的所述计时时间未达到所述第二预设时间段,则所述控制模块13不作动(步骤S25)。 [0045] Further, in step S24 the processor 11 judges that the measured time of the timer 15 reaches the second predetermined period of time, if the counting time of the timer 15 is not reaches the second predetermined period of time, the control module 13 is not actuated (step S25).

[0046] 进一步而言,在步骤S24所述处理器11判断所述计时器15的所述计时时间是否达到所述第二预设时间段中,若所述计时器15的所述计时时间达到所述第二预设时间段,则所述控制模块13控制所述遥控装置I进入所述待机状态(步骤S26)。 [0046] Further, in step S24 the processor 11 judges that the measured time of the timer 15 reaches said second predetermined period of time, if the measured time of the timer 15 reaches the second predetermined period of time, the control module 13 controls the remote control device I into the standby state (step S26).

[0047]本发明可实现以下优点: [0047] The present invention can achieve the following advantages:

[0048]借由本发明,处理器将于记录模块内提取出符合当下天气的设定温度以及开机时间,从而使得控制模块控制遥控装置的温度设定为所述设定温度以及控制遥控装置在特定时间开启,如此,可使得遥控装置自动设定用户所需温度并自动开启空调器,以及在用户离开房间一定时间后自动进入待机状态,给用户的生活带来一定的便利性同时还在一定程度上节省了电力。 [0048] by means of the present invention, it will be extracted within the processor module to meet the set temperature and the current weather boot time, so that the control module controls the remote control device temperature is set to control the set temperature and recorded in a specific remote control device open time, thus, that the remote control device may be automatically set temperature desired by the user and automatically open the air conditioner, and automatically enter standby mode after a certain time the user leaves the room, the user's life to bring some convenience while also to some extent save on electricity.

[0049]本发明虽以较佳实施例方式揭露,然其并非用以限制本发明,任何熟习此项技艺人士,在不脱离本发明之精神和范围内,当可作各种更动与修饰,因此本发明之保护范围当视后附之申请专利范围所界定者为准。 [0049] Although the embodiment of the present invention to the preferred embodiment disclosed embodiments, they are not intended to limit the present invention, any of those of ordinary skill, without departing from the spirit and scope of the present invention, may make various changes or modifications Therefore the scope of the invention as defined depending on the scope of the appended patent and their equivalents.

Claims (10)

1.一种空调器的遥控装置,其特征在于,包括:一网络模块设于所述遥控装置内部;一处理器设于所述遥控装置内部并耦接于所述网络模块,用于通过所述网络模块提取所处区域内的天气资讯;一记录模块设于所述遥控装置内部并耦接于所述处理器,用于记录所述遥控装置于复数个时间段内的设定温度以及对应的所述天气资讯;以及一控制模块设于所述遥控装置内部并耦接于所述处理器,用于控制所述遥控装置的温度设定,所述处理器于所述记录模块内提取出符合当下天气的所述设定温度时,所述控制模块控制所述遥控装置的所述温度设定为所述设定温度。 An air conditioner remote control apparatus, characterized by comprising: a network module is provided inside the remote control device; a processor disposed inside the remote control device and coupled to the network module, for by the said network module extracts the weather information in your area; a recording module is provided inside the remote control device and coupled to the processor, means for recording the set temperature to a plurality of said remote control and a corresponding time period the weather information; and a control module is disposed inside the remote control device and coupled to the processor, for controlling the temperature setting of the remote control device, the processor module in the extracted record the line with the current weather in the set temperature, the control module controls the temperature of said remote control apparatus according to the setting temperature.
2.如权利要求1所述的一种空调器的遥控装置,其特征在于,所述记录模块更用于记录所述遥控装置于复数个时间段内的开机时间以及对应的所述天气资讯,所述控制模块更用于控制所述遥控装置的启闭状态,所述遥控装置更包括一感测模块设于所述遥控装置内部并耦接于所述处理器,用于感测所述遥控装置的所述温度变化状态以及启闭状态,当所述感测模块感测到所述遥控装置的所述温度无变化以及处于关闭状态时,所述处理器分别于所述记录模块内提取出符合当下天气的所述设定温度以及所述开机时间。 2. An air conditioner remote control apparatus according to claim 1, wherein said recording means for recording module further period on a plurality of boot time and the weather information corresponding to the remote control, the control module is further used for controlling the opening and closing state of the remote control device, the remote control device further comprising a sensing module disposed inside the remote control device and coupled to the processor, for sensing the remote control said temperature change state and opening and closing state of the device, when the temperature of the sensing module to said remote sensing means in a closed state and no change, respectively, to extract said processor in said recording module the line with the current weather and the temperature setting boot time.
3.如权利要求2所述的一种空调器的遥控装置,其特征在于,所述遥控装置更包括一计时器设于所述遥控装置内部并耦接于所述控制模块以及一存储器设于所述遥控装置内部并親接于所述控制模块,当所述计时器的时间达到所述开机时间时,所述计时器开始计时,当计时时间达到第一预设时间段时,所述控制模块控制所述遥控装置开启。 3. The remote control device of an air conditioner according to claim 2, wherein said remote control device further comprises an internal timer provided in the remote control device and coupled to the control module, and a memory disposed inside the remote control device and a control module connected to said affinity, when the timer time reaches the start time, the timer is started, when the time reaches a first predetermined time period, the control module controls the remote control device is turned on.
4.如权利要求2所述的一种空调器的遥控装置,其特征在于,所述遥控装置更包括一开关键、加温键、以及减温键设于所述遥控装置的外表面并分别耦接于所述感测模块,所述感测模块通过感测所述开关键、加温键以及所述减温键的被按压状态以判断所述遥控装置的所述温度变化状态以及所述启闭状态。 4. The remote control device of an air conditioner according to claim 2, characterized in that said device further comprises a remote control key, the key heating and reducing temperature key provided on an outer surface of the remote control device and respectively coupled to the sensing module, the sensing module sensing the start and the key, and the key heating desuperheating key is pressed the remote control state determining means and said temperature change of the state open and close state.
5.如权利要求3所述的一种空调器的遥控装置,其特征在于,所述感测模块包括复数个红外线感测单元,用于侦测所述遥控装置周围的生物温度,所述存储器更存储有一第二预设时间段,所述遥控装置更包括复数个通孔设于所述遥控装置外表面并分别位列于不同方向,所述复数个红外线感测单元所发出的红外线分别透过所述复数个通孔照射出去。 An air conditioner as claimed in the remote control apparatus according to claim 3 of the memory, wherein the sensing module comprises a plurality of infrared sensing unit for detecting the biological temperature around the remote control device, more stores a second predetermined period of time, the remote control device further comprises a plurality of through holes provided on an outer surface of the remote control device and are ranked in different directions, one of said plurality of infrared ray emitted from the infrared sensing units respectively through through the plurality of through-holes out of the irradiation.
6.如权利要求5所述的一种空调器的遥控装置,其特征在于,所述控制模块更用于控制所述遥控装置的待机状态,当所述复数个红外线感测单元侦测到所述遥控装置周围无所述生物温度存在,且所述计时器的所述计时时间达到所述第二预设时间段时,所述控制模块控制所述遥控装置进入所述待机状态,所述遥控装置更包括一待机键设于所述遥控装置的外表面并耦接于所述控制模块。 6. The remote control apparatus of an air conditioner according to claim 5, wherein said control module is further used to control a standby state of said remote control apparatus, when the plurality of infrared ray detected by the sensing unit said remote control device when the ambient temperature without the presence of the biological and the measured time of the timer reaches the second predetermined period of time, the control module controls the remote control device enters the standby state, the remote control device further includes a standby button disposed on an outer surface of the remote control device and coupled to the control module.
7.一种空调器的遥控装置的控制方法,包括:网络模块、处理器、记录模块、控制模块、感测模块、开机键、加温键、减温键、计时器、以及存储器,所述存储器存储有一第一预设时间段以及一第二预设时间段,其特征在于,该方法包括步骤: 所述处理器通过所述网络模块提取所处区域内的天气资讯; 所述记录模块记录所述遥控装置于复数个时间段内的设定温度、开机时间以及对应的所述天气资讯; 所述感测模块感测所述加温键以及所述减温键是否被按压; 若否,所述处理器于所述记录模块内提取出符合当下天气的所述设定温度,所述控制模块控制所述遥控装置的温度设定为所述设定温度; 所述感测模块感测所述开机键是否被按压; 若否,所述处理器于所述记录模块内提取出符合当下天气的所述开机时间; 所述处理器判断所述计时器的时间是否 7. A method for controlling an air conditioner remote control device, comprising: a network module, a processor, a recording module, a control module, a sensing module, a power button, key heating, desuperheating key, a timer, and a memory, said the memory stores a first predetermined time period and a second predetermined time period, wherein, the method comprising the steps of: said processor through said network module extracts weather information in your area; the recording module records the remote control device to a plurality of time period set temperature, time and power corresponding to the weather information; the sense module sensing the temperature warming Save key and the key has been pressed; if not, the processor extracts the recording module in a line with the current weather set temperature, the control module controls the remote control device temperature is set to the set temperature; the sensing of the sensing module whether said power key is depressed; if not, the processor in the extraction module in line with the current weather boot time of the recording; the processor judges whether or not the timer time 到所述开机时间; 若是,所述处理器判断所述计时器的计时时间是否达到所述第一预设时间段; 若是,所述控制模块控制所述遥控装置开启。 To the boot time; if yes, the processor determines whether the measured time of the timer reaches the first predetermined time period; if the control module controls the remote device is turned on.
8.如权利要求7所述的一种空调器的遥控装置的控制方法,其特征在于,还包括步骤:在所述感测模块感测到所述加温键以及所述减温键被按压时,所述记录模块记录被按压时的所述设定温度以及对应的所述天气资讯;在所述感测模块感测到所述开机键被按压时,所述记录模块记录被按压时的所述开机时间以及对应的所述天气资讯;在所述处理器判断所述计时器的所述时间未达到所述开机时间时,所述处理器不作动;以及在所述处理器判断所述计时器的所述计时时间未达到所述第一预设时间段时,所述控制模块不作动。 8. A method of controlling the remote control device of an air conditioner as recited in claim 7, characterized in that, further comprising the step of: sensing in said sensing module and the key to the warming temperature Save key is pressed when the recording module records the set temperature corresponding to the weather information and time is pressed; when the sensing module senses the power button is pressed, the recording module is pressed during recording the start time and the corresponding weather information; when the processor determines the time of the timer has not reached the starting time, the processor is not actuated; and said processor determines said when the timer timing time does not reach the first predetermined time period, the control module is not actuated.
9.如权利要求7所述的一种空调器的遥控装置的控制方法,其特征在于,还包括步骤:所述感测模块的复数个红外线感测单元侦测所述遥控装置周围是否存在生物温度;若否,所述处理器判断所述计时器的所述计时时间是否达到所述第二预设时间段;若否,所述控制模块不作动。 9. A method of controlling the remote control device of an air conditioner as recited in claim 7, characterized in that, further comprising the step of: said plurality of sensing modules infrared sensing unit detects whether or not the presence of organisms around the remote control device temperature; if not, the processor determines the measured time of the timer reaches the second predetermined time period; if not, the control module is not actuated.
10.如权利要求9所述的一种空调器的遥控装置的控制方法,其特征在于,还包括步骤:在所述感测模块的复数个红外线感测单元侦测到所述遥控装置周围存在生物温度时,所述处理器不作动;以及所述处理器判断所述计时器的所述计时时间达到所述第二预设时间段时,所述控制模块控制所述遥控装置进入待机状态。 The remote control method of an air conditioner 10. The apparatus according to claim 9, characterized in that, further comprising the step of: a plurality of infrared sensing units of the sensing module to detect the presence around the remote control device when the biological temperature, the processor is not actuated; and when the processor determines the measured time of the timer reaches the second predetermined period of time, the control module controls the remote control device into a standby state.
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