JP2016044929A5 - - Google Patents
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- JP2016044929A5 JP2016044929A5 JP2014171195A JP2014171195A JP2016044929A5 JP 2016044929 A5 JP2016044929 A5 JP 2016044929A5 JP 2014171195 A JP2014171195 A JP 2014171195A JP 2014171195 A JP2014171195 A JP 2014171195A JP 2016044929 A5 JP2016044929 A5 JP 2016044929A5
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- 230000003020 moisturizing Effects 0.000 claims description 90
- 230000004622 sleep time Effects 0.000 claims description 37
- 241001669679 Eleotris Species 0.000 claims description 7
- 238000001514 detection method Methods 0.000 claims description 6
- 230000001276 controlling effect Effects 0.000 claims description 3
- 230000014759 maintenance of location Effects 0.000 claims description 3
- 230000000875 corresponding Effects 0.000 claims description 2
- 238000005259 measurement Methods 0.000 claims description 2
- 230000036578 sleeping time Effects 0.000 claims 3
- 238000007664 blowing Methods 0.000 claims 2
- 150000002500 ions Chemical class 0.000 description 6
- 210000003491 Skin Anatomy 0.000 description 4
- 230000001678 irradiating Effects 0.000 description 2
- 239000002537 cosmetic Substances 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 239000003595 mist Substances 0.000 description 1
Description
第３の発明になる家電機器の運転管理システムは、
保湿用空気供給機を含む複数の家電機器ＥＥと個々に通信を行い、それら家電機器を個々に制御して家庭内の総電力量を制御する電力指令装置と、
保湿用空気供給機と近距離無線通信するＮＦＣ通信部を備えた情報通信端末機器と、を備え、
前記電力指令装置には、就寝者の睡眠時間を計測するため睡眠センサーからの生体情報を受信して睡眠状態を判定する睡眠判定部と、睡眠判定部で取得した睡眠時間データを記憶する記憶装置と、を有し、
前記保湿用空気供給機には、前記ＮＦＣ通信部と通信状態が確立できる機器側通信部と、この機器側通信部から読み込まれたデータを記憶する機器側記憶部と、保湿運転を制御する制御部と、を有し、
前記情報通信端末機器は、前記電力指令装置の記憶装置に記憶された睡眠時間データを、前記ＮＦＣ通信部を介して読み出し、当該データを前記保湿用空気供給機の機器側記憶部に前記ＮＦＣ通信部を介して送信し、
前記保湿用空気供給機の制御部は、前記機器側通信部から受信した前記睡眠時間のデータを前記機器側記憶部に記憶させ、
さらに前記保湿用空気供給機の制御部は、前記機器側記憶部に記憶させた睡眠時間帯に、前記保湿運転の時間帯が重なるように保湿運転のタイミングを自動的に合わせることを特徴とするものである。
The home appliance operation management system according to the third invention is
A power command device that individually communicates with a plurality of home appliances EE including a moisturizing air supply unit, and controls the home appliances individually to control the total amount of electricity in the home;
An information communication terminal device including an NFC communication unit that performs short-range wireless communication with an air supply device for moisture retention,
In the power command device, a sleep determination unit that receives biological information from a sleep sensor to measure a sleep time of a sleeper and determines a sleep state, and a storage device that stores sleep time data acquired by the sleep determination unit And having
The moisturizing air supply unit includes a device-side communication unit that can establish a communication state with the NFC communication unit, a device-side storage unit that stores data read from the device-side communication unit, and a control that controls the moisturizing operation. And
The information communication terminal device reads the sleep time data stored in the storage device of the power command device via the NFC communication unit, and reads the data to the device-side storage unit of the moisturizing air supply unit. Send through the department,
The control unit of the moisturizing air supply machine stores the sleep time data received from the device-side communication unit in the device-side storage unit,
Further, the control unit of the air supply device for moisturizing automatically adjusts the timing of the moisturizing operation so that the time zone of the moisturizing operation overlaps with the sleep time zone stored in the device-side storage unit. Is.
第４の発明になる家電機器の運転管理システムは、
可搬式の保湿用空気供給機及び空気調和機を含む複数の家電機器と個々に通信を行い、それら家電機器を個々に制御する集中制御装置と、
前記集中制御装置と広域通信回路網を介して通信する第１の無線通信部と、近距離無線通信部を介して通信する第２の無線通信部と、を備えた情報通信端末機器と、
を備え、
前記集中制御装置には、就寝者の睡眠時間を計測するため睡眠センサーからの生体情報を受信して睡眠状態を判定する睡眠判定部と、前記就寝者の居る居住空間の気温等の環境を計測する環境検知部と、睡眠判定部で取得した睡眠時間データと前記環境検知部から送信された環境データとを、対にして時系列で記憶する記憶装置と、を有し、
前記保湿用空気供給機には、前記集中制御装置と通信状態が確立できる機器側通信部と、この機器側通信部から読み込まれたデータを記憶する機器側記憶部と、運転の開始指令と運転条件を入力する操作部と、この操作部の入力結果を表示する表示部と、運転を制御する制御部と、を有し、
前記保湿用空気供給機の制御部は、前記集中制御装置から送信された前記睡眠時間データを前記機器側記憶部に記憶させ、
さらに前記保湿用空気供給機の制御部は、前記機器側記憶部に記憶させた睡眠時間帯に、前記保湿運転の時間帯が重なるように保湿運転のタイミングを自動的に合わせる動作を行い、
前記保湿用空気供給機の制御部は、前記操作部の入力操作に応じて前記機器側記憶部に記憶させてある前記睡眠時間データと、当該睡眠時間の計測時に対応する環境データとを、前記表示部に表示させることを特徴とするものである。
The operation management system for home appliances according to the fourth invention is:
A centralized control device that individually communicates with a plurality of household electrical appliances including a portable moisturizing air supply and an air conditioner, and individually controls those household electrical appliances;
An information communication terminal device comprising: a first wireless communication unit that communicates with the centralized control device via a wide-area communication network; and a second wireless communication unit that communicates via a short-range wireless communication unit;
With
In the centralized control device, a sleep determination unit that receives biological information from a sleep sensor to measure a sleep time of a sleeper and determines a sleep state, and measures an environment such as a temperature of a living space where the sleeper is present A storage device that stores the sleep time data acquired by the sleep determination unit and the environment data transmitted from the environment detection unit in pairs in time series,
The moisturizing air supply unit includes a device-side communication unit that can establish a communication state with the central control device, a device-side storage unit that stores data read from the device-side communication unit, an operation start command, and an operation An operation unit for inputting conditions, a display unit for displaying an input result of the operation unit, and a control unit for controlling operation;
The control unit of the moisturizing air supply machine stores the sleep time data transmitted from the central control device in the device-side storage unit,
Furthermore, the control unit of the air supply machine for moisturizing performs an operation of automatically adjusting the timing of the moisturizing operation so that the time zone of the moisturizing operation overlaps with the sleep time zone stored in the device-side storage unit,
The control unit of the air supply device for moisturizing the sleep time data stored in the device-side storage unit according to an input operation of the operation unit, and environmental data corresponding to the measurement of the sleep time, It is characterized by being displayed on a display unit.
本実施の形態１において、後述する保湿用空気供給機２０の「記憶装置」（記憶部）とは、特に明記ない限り、制御装置３３の記憶部３３ＲとＮＦＣ記憶部３１の一方又は両方をいうものとする。 In the first embodiment, the "storage" of moisturizing air feeder 20 to be described later (storage unit), unless otherwise indicated, refers to one or both of the storage portion 33R and the NFC storage unit 31 of the control unit 33 Shall.
３６は、前記したように、３つの無線通信用の入出力部３０Ａ〜３０Ｃや、表示画面３７Ａを集中的に制御する制御部である。またこの制御部３６は、後述するように、家電機器ＥＥに対して、電力削減要請信号ＡＳ２、電力削減指令信号ＡＳ３の送信を指令する。保湿用空気供給機２０は、「第１の家電機器」ではないので、電力指令装置５の入出力部３０Ａから前記電力削減要請信号ＡＳ２、電力削減指令信号ＡＳ３を受信することはない。 As described above, 36 is a control unit that centrally controls the three radio communication input / output units 30A to 30C and the display screen 37A. In addition, as will be described later, the control unit 36 instructs the home appliance EE to transmit a power reduction request signal AS2 and a power reduction command signal AS3. Moisturizing air feeder 20 is not a "first home device", the power reduction request signal AS2 from the input-output unit 30A of the power command device 5 does not receive the power reduction command signal AS3.
また制御部３６には、保湿用空気供給機２０の関係で専用の「第２の記憶部」となる第２のメモリー（図示せず）３６Ｂを保有しており、睡眠判定部２３によって取得された睡眠時間、時刻等の各種データやその解析結果の情報が、それを実際に取得した日付や時刻等の詳細情報と対になって時系列に記憶されている。 Also the control unit 36, a second memory (not shown) serving as a "second storage portion" only in relation to moisturizing air feeder 20 36B owns, acquired by sleep determination section 23 Various data such as sleep time and time and information of the analysis result are stored in time series in pairs with detailed information such as date and time when the data is actually acquired.
さらに、この第２の記憶部３６Ｂには、保湿用空気供給機２０の保湿運転中において、保湿用空気供給機２０が使用された居住空間における環境情報又は環境データ（例えば、気温、湿度）が、その保湿運転時間と対になって時系列で記録される。例えば、入眠時刻が２３時１０分であった場合、それから１０分ごとに環境検知部９によって取得された気温と湿度の環境データが、その時刻情報と共に順次記憶され、睡眠時間帯が例えば２３時１０分から午前５時１０分までの６時間と確定した段階、その６時間平均の気温と湿度が制御部３６によって算出できるようになっている。従って環境データに基づく「環境快適度」等の「環境情報」の生成も可能となる。 Furthermore, this second storage section 36B, during moisturizing operation of moisturizing air feeder 20, environmental information and environmental data in a living space of moisturizing air feeder 20 is used (e.g., temperature, humidity) of It is recorded in time series in pairs with the moisturizing operation time. For example, when the sleep time is 23:10, environmental data of temperature and humidity acquired by the environment detection unit 9 every 10 minutes thereafter are sequentially stored together with the time information, and the sleep time zone is, for example, 23:00 When the time is determined to be 6 hours from 10 minutes to 5:10 am, the control unit 36 can calculate the average temperature and humidity for the 6 hours. Accordingly, it is possible to generate “environment information” such as “environmental comfort level” based on the environment data.
図３に示した表示盤３７の表示画面３７Ａでは、前記睡眠判定部２３が判定した睡眠時間関係のデータを、前記情報通信端末機器２５のＮＦＣ入出力部４０から読み出すことができる。つまり、仮に保湿用空気供給機２０と電力指令装置５の入出力部３０Ａとの間で、無線通信ができない状況（例えば一時的な通信障害）であっても、睡眠時間関係の情報の授受が行える。また情報通信端末機器２５で睡眠時間データが取得できることから、情報通信端末機器２５を家庭の外部に持ち出して、遠隔地でその睡眠時間のデータを専門家（例えば医師）に見て貰って質の良い睡眠の助言を得たり、そのデータを加工したりして、帰宅後に、保湿用空気供給機２０に読み込ませ、その夜の保湿運転の時間設定に利用するという便利な利用方法も可能となる。 On the display screen 37 </ b> A of the display panel 37 shown in FIG. 3, the sleep time-related data determined by the sleep determination unit 23 can be read from the NFC input / output unit 40 of the information communication terminal device 25. That is, if between the input and output portion 30A of moisturizing air feeder 20 and the power instruction unit 5, even in a situation that can not wirelessly communicate (e.g., temporary communication failure), the transfer of information of sleep time relationship Yes. Moreover, since the information communication terminal device 25 can acquire the sleep time data, the information communication terminal device 25 is taken out of the home, and the data of the sleep time is viewed by an expert (for example, a doctor) at a remote place. or the advice of good sleep, or by processing the data, after returning home, to read the moisturizing for the air supply unit 20, it is possible and convenient usage of utilizing the time setting of the night of moisturizing operation .
この実施の形態１でいうアイコンとは、前記した表示画面３７Ａや後述する保湿用空気供給機２０の表示画面１０１の上に表示され、特定の機能の選択が行われるものであり、図形だけではなく、文字でその特定機能を表現している場合も含む。そのアイコンにタッチすれば、そのアイコンに対応付けてある所定の入力が行える。 The icon referred to in the first embodiment, it is displayed on the display screen 101 of the above-described display screen 37A and described below moisturizing air feeder 20, which is selected for a particular function is performed, only figure It also includes the case where the specific function is expressed in characters. If the icon is touched, a predetermined input associated with the icon can be performed.
無線入出力部４１は、２つの入出力部から構成され、その１つは、前記広域通信回路網（通信ネットワーク）１６との間で所定の通信を行う無線入出力部４１Ａであり、他の１つは、前記電力指令装置５のＮＦＣ入出力部４０及び保湿用空気供給機２０のＮＦＣ入出力部６３との間で、それぞれ近距離無線通信する無線入出力部４１Ｂである。 The wireless input / output unit 41 includes two input / output units, one of which is a wireless input / output unit 41A that performs predetermined communication with the wide area communication circuit network (communication network) 16. one is between the NFC output unit 63 of the power command device 5 of NFC output unit 40 and the moisturizing air feeder 20, a radio output unit 41B to short-range wireless communication, respectively.
また、空気調和機３が保湿運転期間中に運転されていたかどうかに関係なく、少なくとも前記運転情報信号Ｌ７からＬ９までの期間中、つまり実質的に保湿運転が行われていた期間中の平均気温、湿度等のデータを、制御部３６は保湿用空気供給機２０へ送信する。この平均気温等のデータは、環境検知部９から制御部３６が取得した環境データに基づく。すなわち、第２の記憶部３６Ｂには、保湿用空気供給機２０の保湿運転中に、その保湿用空気供給機２０が使用された居住空間の環境データ（例えば、気温、室温）が、その保湿運転時間と対になって時系列で記録されており、この環境データが居住者に利用されるようになっている。 Further, regardless of whether or not the air conditioner 3 was operated during the moisturizing operation period, the average temperature during at least the operation information signals L7 to L9, that is, during the period during which the moisturizing operation was substantially performed. The control unit 36 transmits data such as humidity to the moisturizing air supply unit 20. The data such as the average temperature is based on the environmental data acquired by the control unit 36 from the environment detection unit 9. That is, the second storage section 36B, while moisturizing operation of moisturizing air feeder 20, environmental data living space for its moisturizing air feeder 20 is used (e.g., temperature, room temperature) but its moisturizing It is recorded in time series in pairs with the driving time, and this environmental data is used by residents.
この実施の形態３の保湿用空気供給機２０のように、ナノサイズのミストを放出する保湿用空気供給機２０も、実施の形態１で示した蒸気発生タイプの保湿用空気供給機２０も、使用者が就寝する場面で注意を払うべき対象は、その居住（就寝）空間全体の環境改善のために使用される空気調和機３の存在である。 As moisturizing air supplier 20 of the third embodiment, moisturizing air feeder 20 for emitting mist of nano sizes, even steam generation type moisturizing air supplier 20 shown in the first embodiment, An object to which attention should be paid in a scene where the user goes to sleep is the presence of the air conditioner 3 used for improving the environment of the entire living (sleeping) space.
また以上の実施の形態１〜４は、大気中での放電により空気から生成する正イオンと負イオンを同時に肌表面に照射して肌表面の水分量を増加させる方式の保湿用空気供給機にも同様に適用可能である。このような方式は、例えば、日本国特許公開２０１１−９８１８７号（特許第４７９００６８号）公報、同じく特許公開２０１１−２００７２２号（特許第５２８５７４９号）公報にて提案されている。 According to the first to fourth or more embodiments also the positive and negative ions simultaneously moisturizing air feeder method for increasing the moisture content of the skin surface by irradiating the skin surface generated from the air by discharge in the air Is equally applicable. Such a system is proposed in, for example, Japanese Patent Publication No. 2011-98187 (Patent No. 4790068) and Japanese Patent Publication No. 2011-200722 (Patent No. 528549).
つまり、正イオンと負イオンを同時に肌表面に照射して肌表面の水分量を増加させる方式の保湿用空気供給機（先行技術文献では「美容器具」と称している）でも、正イオンと負イオンを含む空気を、使用者の顔の位置まで、所定のイオン濃度維持したまま、低速度で吹き付けることが必須である。このため、特に本発明の実施の形態３及び４のように、空気調和機３による高速風による悪影響を排除できる本発明は、このような正・負イオン方式においても高い効果が期待できる。
In other words, (in the prior art document is referred to as "cosmetic device") positive and negative ions simultaneously moisturizing air feeder method for increasing the moisture content of the skin surface by irradiating the skin surface but, positive ions and negative It is essential to blow air containing ions at a low speed while maintaining a predetermined ion concentration up to the position of the user's face. For this reason, in particular, as in Embodiments 3 and 4 of the present invention, the present invention that can eliminate the adverse effects of high-speed wind by the air conditioner 3 can be expected to be highly effective even in such a positive / negative ion system.
Claims (12)
前記本体内部に設けられ、前記保湿用空気のための蒸気を発生させる蒸気発生部と、
前記蒸気発生部の蒸気を前記吹出口から室内へ吹き出す気流を生成する電動送風機と、
前記蒸気発生部と前記電動送風機を制御する制御部と、
前記本体の外部から前記制御部に対して運転条件を入力する操作部と、
前記操作部の入力結果を表示する表示部と、
外部の情報通信端末機器と近距離無線通信を行うための通信部と、
を備えた保湿用空気供給機において、
保湿運転を決定する運転プログラムを記憶させる記憶部と、
前記通信部を介して受け取った睡眠時間帯のデータを記憶する記憶部と、を備え、
前記制御部は、前記情報通信端末機器を前記通信部に接近させて当該情報通信端末機器から使用者の睡眠時間帯のデータを受け取ることができることを示す情報を前記表示部に表示させ、
前記制御部は、前記通信部を介して受け取った前記睡眠時間帯のデータを前記記憶部に記憶させ、
さらに前記操作部には、前記記憶部に記憶させた睡眠時間帯の中で、前記保湿運転が開始され、かつ終了するように保湿運転の運転時間の自動調節を前記制御部に指令する入力キーを設けたことを特徴とする保湿用空気供給機。 A main body having an air outlet for blowing out moisture-retaining air;
A steam generator provided inside the main body and generating steam for the moisturizing air;
An electric blower for generating an air flow for blowing out the steam of the steam generating section from the outlet into the room;
A control unit for controlling the steam generation unit and the electric blower;
An operation unit for inputting operating conditions to the control unit from outside the main body;
A display unit for displaying an input result of the operation unit;
A communication unit for short-range wireless communication with an external information communication terminal device;
In the air supply machine for moisturizing with
A storage unit for storing an operation program for determining moisturizing operation;
A storage unit for storing data of a sleeping time period received via the communication unit,
The control unit causes the display unit to display information indicating that the information communication terminal device can receive data of a user's sleep time zone from the information communication terminal device by approaching the communication unit,
The control unit causes the storage unit to store the data of the sleep time period received via the communication unit,
Further, the operation unit has an input key for instructing the control unit to automatically adjust the operation time of the moisturizing operation so that the moisturizing operation is started and ended during the sleep time period stored in the storage unit. An air supply machine for moisturizing, characterized in that it is provided.
前記主電源スイッチを閉じて保湿運転を開始する前に、前記制御部は、前記記憶部に記憶させた睡眠時間のデータに基づく保湿運転を指令する前記入力キーと、使用者が任意に保湿時間を決定する手動入力キーとを、前記表示部に表示させることを特徴とする請求項１に記載の保湿用空気供給機。 The main body further comprises a main power switch,
Before the main power switch is closed and the moisturizing operation is started, the control unit is configured to input the moisturizing operation based on the sleep time data stored in the storage unit, and a user arbitrarily moisturizing time. The air supply device for moisturizing according to claim 1, wherein a manual input key for determining the value is displayed on the display unit.
前記主電源スイッチを閉じて保湿運転を開始する前に、前記制御部は、前記記憶部に記憶させてある最新の睡眠時間を前記表示部に表示させることを特徴とする請求項１に記載の保湿用空気供給機。 The main body further comprises a main power switch,
The said control part displays the newest sleep time memorize | stored in the said memory | storage part on the said display part, before closing the said main power switch and starting a moisturizing driving | operation. Air supply machine for moisturizing.
電力指令装置から空気調和機の運転情報に関する信号を受信する無線通信部と、を更に備え、
保湿運転期間中に、前記記憶部は前記電力指令装置から送信された信号を受信し、
前記主電源スイッチを使用者が閉じて保湿運転を開始する前に、前記制御部は、前記記憶部に記憶させてある最新の睡眠時間と、空気調和機の運転情報とを前記表示部に表示させることを特徴とする請求項１に記載の保湿用空気供給機。 The main body includes a main power switch,
A wireless communication unit that receives a signal related to the operation information of the air conditioner from the power command device, and
During the moisturizing operation period, the storage unit receives a signal transmitted from the power command device,
Before the user closes the main power switch and starts the moisturizing operation, the control unit displays the latest sleep time stored in the storage unit and the operation information of the air conditioner on the display unit. The air supply machine for moisturizing according to claim 1, wherein
就寝者の睡眠時間を計測するため睡眠センサーからの生体情報を受信して睡眠状態を判定する睡眠判定部を有し、前記保湿用空気供給機との間で無線通信によってデータを授受する制御装置と、を備え、
前記保湿用空気供給機には、前記制御装置から送信された睡眠データを記憶する機器側記憶部と、保湿運転を制御する制御部と、を有し、
前記保湿用空気供給機の制御部は、前記制御装置から無線通信で受信した前記睡眠データに基づいて、当該睡眠時間帯の中で、前記保湿運転が開始され、かつ終了するように保湿運転のタイミングを合わせる動作プログラムを有していることを特徴とする保湿用空気供給制御システム。 A moisturizing air supply,
A control device that has a sleep determination unit that receives biological information from a sleep sensor to measure a sleeping time of a sleeper and determines a sleep state, and exchanges data with the moisturizing air supply device by wireless communication And comprising
The moisturizing air supply machine includes a device-side storage unit that stores sleep data transmitted from the control device, and a control unit that controls the moisturizing operation.
Based on the sleep data received by wireless communication from the control device, the control unit of the moisturizing air supply unit performs the moisturizing operation so that the moisturizing operation starts and ends during the sleep time period. A moisturizing air supply control system comprising an operation program for adjusting timing.
前記保湿用空気の供給前に、前記機器側操作部の操作により、機器側記憶部に蓄積した睡眠時間のデータを前記機器側表示部に表示させることを特徴とする請求項６に記載の保湿用空気供給制御システム。 The moisturizing air supply device further includes a device-side operation unit that inputs operating conditions to the control unit, and a device-side display unit that displays an input result of the device-side operation unit,
Before the supply of air for moisture the retention, by the operation of the apparatus-side operation portion, according to claim 6, characterized in that to display the data of the sleeping time accumulated in the device-side storage unit to the apparatus-side display unit Air supply control system for moisturizing.
保湿用空気供給機と近距離無線通信するＮＦＣ通信部を備えた情報通信端末機器と、を備え、
前記電力指令装置には、就寝者の睡眠時間を計測するため睡眠センサーからの生体情報を受信して睡眠状態を判定する睡眠判定部と、睡眠判定部で取得した睡眠時間データを記憶する記憶装置と、を有し、
前記保湿用空気供給機には、前記ＮＦＣ通信部と通信状態が確立できる機器側通信部と、この機器側通信部から読み込まれたデータを記憶する機器側記憶部と、保湿運転を制御する制御部と、を有し、
前記情報通信端末機器は、前記電力指令装置の記憶装置に記憶された睡眠時間データを、前記ＮＦＣ通信部を介して読み出し、当該データを前記保湿用空気供給機の機器側記憶部に前記ＮＦＣ通信部を介して送信し、
前記保湿用空気供給機の制御部は、前記機器側通信部から受信した前記睡眠時間のデータを前記機器側記憶部に記憶させ、
さらに前記保湿用空気供給機の制御部は、前記機器側記憶部に記憶させた睡眠時間帯に、前記保湿運転の時間帯が重なるように保湿運転のタイミングを自動的に合わせることを特徴とする家電機器の運転管理システム。 A power command device that individually communicates with a plurality of household electrical appliances including a moisturizing air supply unit, controls the household electrical appliances individually, and controls the total amount of power in the home,
An information communication terminal device including an NFC communication unit that performs short-range wireless communication with an air supply device for moisture retention,
In the power command device, a sleep determination unit that receives biological information from a sleep sensor to measure a sleep time of a sleeper and determines a sleep state, and a storage device that stores sleep time data acquired by the sleep determination unit And having
The moisturizing air supply unit includes a device-side communication unit that can establish a communication state with the NFC communication unit, a device-side storage unit that stores data read from the device-side communication unit, and a control that controls the moisturizing operation. And
The information communication terminal device reads the sleep time data stored in the storage device of the power command device via the NFC communication unit, and reads the data to the device-side storage unit of the moisturizing air supply unit. Send through the department,
The control unit of the moisturizing air supply machine stores the sleep time data received from the device-side communication unit in the device-side storage unit,
Further, the control unit of the air supply device for moisturizing automatically adjusts the timing of the moisturizing operation so that the time zone of the moisturizing operation overlaps with the sleep time zone stored in the device-side storage unit. Operation management system for home appliances.
前記保湿用空気供給機を使用する信号が前記電力指令装置に送信された場合、前記電力指令装置は、当該保湿用空気供給機を使用する居住空間に、空気調和機又は空気処理機が存在するかどうかを判定し、存在する場合には、当該空気調和機又は空気処理機の運転条件を制限する指令を当該空気調和機又は空気処理機に発信することを特徴とする請求項８に記載の家電機器の運転管理システム。 The power command device includes: position information indicating individual usage locations of the plurality of home appliances EE including the moisturizing air supply device; and an air conditioner or an air treatment device in which the home appliance circulates or blows air into the room And identification information that identifies whether or not
When a signal for using the moisturizing air supply device is transmitted to the power command device, the power command device has an air conditioner or an air treatment device in the living space in which the moisturizing air supply device is used. 9. If it exists, and if it exists, a command for restricting the operating condition of the air conditioner or the air treatment device is transmitted to the air conditioner or the air treatment device. Operation management system for home appliances.
前記保湿用空気供給機を使用する信号が前記電力指令装置に送信された場合、前記電力指令装置は、当該保湿用空気供給機に対して、運転中の空気調和機又は空気処理機が存在するかどうかを判定し、存在する場合には、当該空気調和機又は空気処理機の運転条件を制限するよう、前記保湿用空気供給機に対して報知することを特徴とする請求項８に記載の家電機器の運転管理システム。 The power command device is an air conditioner or an air treatment device that circulates or blows out air into a room by position information indicating individual use locations of a plurality of home appliances including the moisturizing air supply unit. Identification information that identifies whether or not there is registered, and further, operation information from each home appliance including an air conditioner or an air treatment machine is acquired,
When a signal to use the moisturizing air supply device is transmitted to the power command device, the power command device has an air conditioner or an air processor in operation with respect to the moisturizing air supply device. The air conditioner or the air treatment device is notified so as to limit the operating condition of the air conditioner or the air treatment device if it is present. Operation management system for home appliances.
前記記憶装置には、前記睡眠判定部で取得した睡眠時間データと前記環境検知部から送信された環境データとが、対にして時系列で記憶されることを特徴とする請求項８に記載の家電機器の運転管理システム。 The power command apparatus further includes an environment detection unit that measures an environment such as a temperature of a living space where the sleeping person is present,
9. The storage device according to claim 8, wherein sleep time data acquired by the sleep determination unit and environment data transmitted from the environment detection unit are paired and stored in time series. Operation management system for home appliances.
前記集中制御装置と広域通信回路網を介して通信する第１の無線通信部と、近距離無線通信部を介して通信する第２の無線通信部と、を備えた情報通信端末機器と、
を備え、
前記集中制御装置には、就寝者の睡眠時間を計測するため睡眠センサーからの生体情報を受信して睡眠状態を判定する睡眠判定部と、前記就寝者の居る居住空間の気温等の環境を計測する環境検知部と、睡眠判定部で取得した睡眠時間データと前記環境検知部から送信された環境データとを、対にして時系列で記憶する記憶装置と、を有し、
前記保湿用空気供給機には、前記集中制御装置と通信状態が確立できる機器側通信部と、この機器側通信部から読み込まれたデータを記憶する機器側記憶部と、保湿運転の開始指令と運転条件を入力する操作部と、この操作部の入力結果を表示する表示部と、保湿運転を制御する制御部と、を有し、
前記保湿用空気供給機の制御部は、前記集中制御装置から送信された前記睡眠時間データを前記機器側記憶部に記憶させ、
さらに前記保湿用空気供給機の制御部は、前記機器側記憶部に記憶させた睡眠時間帯に、前記保湿運転の時間帯が重なるように保湿運転のタイミングを自動的に合わせる動作を行い、
前記保湿用空気供給機の制御部は、前記操作部の入力操作に応じて前記機器側記憶部に記憶させてある前記睡眠時間データと、当該睡眠時間の計測時に対応する環境データとを、前記表示部に表示させることを特徴とする家電機器の運転管理システム。 A centralized control device that individually communicates with a plurality of household electrical appliances including a portable moisturizing air supply and an air conditioner, and individually controls those household electrical appliances;
An information communication terminal device comprising: a first wireless communication unit that communicates with the centralized control device via a wide-area communication network; and a second wireless communication unit that communicates via a short-range wireless communication unit;
With
In the centralized control device, a sleep determination unit that receives biological information from a sleep sensor to measure a sleep time of a sleeper and determines a sleep state, and measures an environment such as a temperature of a living space where the sleeper is present A storage device that stores the sleep time data acquired by the sleep determination unit and the environment data transmitted from the environment detection unit in pairs in time series,
The moisturizing air supply unit includes a device-side communication unit that can establish a communication state with the central control device, a device-side storage unit that stores data read from the device-side communication unit, and a moisturizing operation start command. An operation unit for inputting operation conditions, a display unit for displaying an input result of the operation unit, and a control unit for controlling the moisturizing operation.
The control unit of the moisturizing air supply machine stores the sleep time data transmitted from the central control device in the device-side storage unit,
Furthermore, the control unit of the air supply machine for moisturizing performs an operation of automatically adjusting the timing of the moisturizing operation so that the time zone of the moisturizing operation overlaps with the sleep time zone stored in the device-side storage unit,
The control unit of the air supply device for moisturizing the sleep time data stored in the device-side storage unit according to an input operation of the operation unit, and environmental data corresponding to the measurement of the sleep time, An operation management system for home electric appliances characterized by being displayed on a display unit.
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