JP2016070553A5 - - Google Patents

Description

The air supply machine for moisturizing according to the second invention is
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 exchanging signals with the outside;
A human sensor for detecting the presence of a person on an extension line of the direction of release of the moisturizing air;
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 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. Provided,
Further, the control unit, after starting the moisturizing operation to generate steam from the steam generating unit, to monitor the presence of a user by pre Kijin feeling known sensors, if the user can not sense the power consumption It is characterized by shifting to a reduced interruption mode.

The home appliance operation management system according to the fifth invention is
An integrated management 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;
A sleep determination device that receives biological information from a sleep sensor that measures the sleep time of a sleeping person and determines a sleep state; and
A first wireless communication unit that communicates with the integrated management device via a wide area communication network; and a second wireless communication unit that communicates via a home communication network or via a short-range wireless communication unit. Comprising an information communication terminal device,
The power command device includes an input unit that receives information indicating a sleep determination result from the sleep determination device, and an environment detection unit that measures an environment such as a temperature of a living space where a user of the moisture retention air supply machine is present. And a storage device that stores the sleep time zone data acquired by the sleep determination device and the environment data transmitted from the environment detection unit in pairs in time series,
The moisturizing air supply unit includes a device-side first communication unit that can establish a communication state with the integrated management device, and a device-side second device that can establish a communication state with the information communication terminal device by short-range wireless communication. A wireless communication unit, a device-side storage unit that stores data read from these two device-side communication units, an operation unit that inputs an operation start command and operating conditions, and an input result of the operation unit A display screen, a human detection sensor that detects the presence of a person on an extension line in the direction of release of the moisturizing air, and a control unit that changes the condition of the moisturizing operation according to the detection result of the human detection sensor,
The control unit of the air supply machine for moisturizing stores the sleep time zone data transmitted from the central management device in the device-side storage unit,
Further, the controller of the air supply device for moisturizing automatically operates the operation of automatically adjusting the timing of the moisturizing operation so that the moisturizing operation is started and ended in the sleep time stored in the device-side storage unit. Done
The control unit of the moisturizing air supply unit measures the sleep time zone data stored in the device-side storage unit according to the input operation of the operation unit, and the environment detection unit measures the sleep time. Environmental data is displayed on the display screen.

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.

The human detection sensors 10 and 11 have a function of transmitting a result of detecting whether or not there is a person to the human detection unit 12 of the power command device 5 to be described later by radio or electric signal. Further, the power source may be a battery charged in advance, or may use power that is branched from the power line 1 and supplied. In addition, since the power consumption of these sensors is as small as about 1 W to several W, even when operating with the power from the power line 1, the power command device 5 is not subject to power restriction, so a predetermined timing is required. Measurement data is continuously transmitted to the power command device 5 (for example, every 10 seconds). Note that the human sensors 10 and 11 are not limited to the infrared type, and other types such as an ultrasonic type may be employed.

Next, FIG. 1 will be described. Reference numeral 13 denotes an outdoor antenna connected to a tuner (not shown) of the TV receiver 2, and reference numeral 14 </ b> A denotes a router A connected to the power command device 5. The router A connects the power command device 5. Connected to an external organization 15A such as a regional earthquake information providing organization that transmits information to the area of the electric power company or its home via a wide area communication circuit network (sometimes referred to as “communication network” or “Internet”) 16 such as the Internet doing.

The wireless input / output unit 40 is always provided with characters “NFC” displayed below the operation input unit 39 of the display panel 37 in the power command device 5 . Thus, the installation position of the wireless input / output unit 40 is clarified.

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.

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 unit 218 In addition, various data such as sleep time and time and information on the analysis result (sleep determination data) are stored in time series in a pair with detailed information such as date and time when the data is actually acquired.

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.

The input / output unit 30A is used when the power command device 5 reads specific computer program software for improving the operation program of each electrical device EE obtained via the Internet.

The environment detection unit 9 is provided with an illuminance sensor (not shown) in each living space HA. Its illumination sensor is for distinguishing whether bright or dark living space, for example, the person detecting section 12, at which it is determined that a person is living space HA is not situations, the illuminance sensor is bright state In the case where it is indicated that this is, there is a possibility that the resident has forgotten that the luminaire 4 is still on. Therefore, in such a case, even if the control unit 36 of the power command device 5 is a small amount with a sufficient margin than the upper limit value set by the use limit setting device at that time, From the viewpoint of eliminating the waste of electric energy, the user is advised to turn off the luminaire 4 (through the display screen 37A and the display screen of the TV receiver 2). Thereafter, the control unit 36 of the power command device 5 issues a turn-off command signal to the lighting fixture (however, it is necessary to connect the lighting fixture 4 so as to become a power reduction target device of the power command device 5 ). .

3, 43 is the home sensing means (also referred to as "home detection portion") has a structure for receiving whether the detection signal has been detected the presence of a person from the person detecting section 12.
In addition, an electric lock 42 is installed outside the entrance (not shown), which is a common entrance / exit of the living space HA, and is based on a personal identification number or biometric information (for example, fingerprint information) input to the electronic lock. The personal authentication means (not shown) which detects that the resident came home is provided. This personal authentication device is configured to determine whether or not the user is a resident based on the password input from the resident, and the determination result is transmitted to the at-home detection means 43.

70A is a push button of the main power switch 70 (see FIG. 6) supported by the front wall (front wall) 61 of the main body case 49 so as to be capable of being pressed. 69, and a microcomputer which constitutes the core of the control unit 33 functioning as a host computer moisturizing air supplier 20, the light emitting diode element (LED), liquid crystal display 9 5 mounted a circuit driving electronics parts and the like It is a substrate.

68A is a communication antenna unit for performing direct wireless communication with the output portion 30A of the power command device 5 is installed horizontally on the LCD screen 9 5 behind the space. This communication antenna and a transmission / reception circuit (not shown) constitute an input / output unit 68 for wireless communication.

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.

When the CPU 77 executes processing according to the application software unit 80 described above, the functions of a predetermined reception processing unit 81, transmission processing unit 82, communication establishment unit 83, display control unit 84, and selection confirmation unit 85 are realized. The The operation of each part will be described later.

In FIG. 6, the display controller 91B reads the image information stored in the display memory 91A, and continuously drives the common driver 91E and the segment driver 91F based on this image information. The common driver 91E and the segment driver 91F drive the liquid crystal by applying a voltage to mutually intersecting electrodes provided corresponding to each pixel of the display screen 101 .

The “moisturizing operation” referred to in the first embodiment is that the electric heat source 90 is completely stopped from the point of time when a predetermined amount of high-temperature steam is generated by the electric heat source 90, and at the same time or thereafter, the electric blower 5 The period up to the point when 5 is stopped. Even when energization of the electric heat source 90 is started, high-temperature steam is not generated immediately, so the intermediate stage does not correspond to the “moisturizing operation”. Generally, the period from the time L7 to the time L9 shown in FIG. 19 is close to the period of the moisturizing operation. Also stop the energization of the heating source 90, but not immediately stop the generation of steam, it is energized after stop of the electric blower 5 5 not counted as moisturizing operation time. Since there is a limit to the capacity of the cartridge tank 56, there is a limit to lengthening the moisturizing operation time. Therefore, the electric heat source 90 may be energized intermittently. In addition, the “moisturizing operation” may be defined as a period from the start of energization to the electric heat source 90 to the time when the energization of the electric heat source 90 is completely stopped.

The previously started information communication terminal device 25 is brought closer to the NFC input / output unit 63 of the moisture retention air supply unit 20. Then, the information communication terminal apparatus 25, processing is started by starting the application software section 80 stored in the storage unit 7 8.
In step SV1, the communication establishment unit 83 of the information communication terminal device 25 monitors that an NFC communication session is established between the information communication terminal device 25 and the moisturizing air supply unit 20. NFC communication is short-range wireless communication using radio waves in the 13.56 MHz band.

Thereafter, the control unit 76 displays on the display unit 73 that the NFC communication session is to be disconnected, and the NFC communication session is automatically cut off and a series of processing is performed unless the user inputs a new operation within a predetermined time. Exit. The "abnormal content information" received by the user is stored in the memory 86 of the application software unit 80 of the information communication terminal device 25, so that the user will read the content again at a later date and display it on the display unit 73. Can be made. Further, the “abnormal content information” can be transmitted to the sales company of the moisturizing air supply machine 20 or the server of the repair company via the wide area communication circuit 16 using the communication function of the information communication terminal device 25, The information communication terminal device 25 can be brought to a place such as a repair company, and the contents of the abnormality monitoring data can be shown at the shop. In such a case, since the identification information of the moisturizing air supply machine 20 is also recorded, accurate identification information can be transmitted to a repairer or the like.

Reference numeral 131 denotes a help mode key. When the user touches the help mode key, information useful for the user's operation in that scene is displayed, and correct operation is performed by a voice guide device (not shown) provided separately. The method is notified by voice. In the case where several times press this key, the display screen 10 the first view and the operation method is displayed on the entire display screen 101 in schematic view and character.

Specifically, 137A is a star-shaped comfort level mark calculated by the power command device 5 from the temperature and humidity as the comfort level (comfort level) information.
By the way, in Japan, there is an index called discomfort index calculated by temperature and humidity. For example, the discomfort index is 80 at a temperature of 29 ° C. and a humidity of 70%. If this discomfort index exceeds 75, 10% of the population feels uncomfortable, and if it exceeds 80, all are said to be uncomfortable.

If the temperature does not improve to less than 29 ° C or less than 70% within 5 minutes after issuing the action commands for measures 1 and 2, the person in the living space may not experience the heat. In this case, the control unit 36 performs a process for issuing a “secondary alarm”.
Measure 3: Forcibly start the air conditioner 3 having the cooling ability (temperature rise suppression effect) among the environmental improvement devices in the living space (for example, the indoor target temperature at that time is 27 ° C.).
Then, whether or not these primary alarm and secondary alarm are issued may be included in the environmental detailed information 136 (see FIG. 18) and displayed.

Residents who are outdoors will operate the air conditioner 3 via the power command device 5 by remote control. If this is not possible, contact a close relative or a care helper dispatch office. It is also possible to visit the living space directly (in this case, the resident B tells the visitor how to unlock the electronic lock at the entrance). In other words, the control unit 36, if the temperature and humidity do not improve to a state below the first predetermined value within a predetermined time after receiving the second warning signal, the resident outside the living space Notify that the environmental condition is dangerous. Because of this configuration, even when an elderly person or child unfamiliar with the use of the environmental improvement device is alone in the room, the environment detection unit 9 can watch the environment and enhance safety in the indoor living space. I can expect.

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 the data such as 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.

The power reduction request signal AS2 is a signal that the power command device 5 prompts the user to promptly reduce the power. If the total power does not decrease within a predetermined time from this signal, the power reduction request signal AS2 is forcibly reduced. Therefore, the power reduction command signal AS3 is issued within a predetermined time (for example, within several seconds to 10 seconds) after the power reduction request signal AS2 is issued. When sufficient marginal power is secured by any of the moisturizing air supply unit 20 and other home appliances EE voluntarily reducing power within a predetermined time after the power reduction request signal AS2 is issued, The power reduction request signal AS2 may be withdrawn.

In the power control system shown in the first embodiment, the home appliances EE such as the moisturizing air supply machine 20 are not directly connected to the communication network (wide area communication network) 16 outside the house. Since these home appliances EE are connected to the communication network 98 via the power command device 5 , the risk that the moisturizing air supply unit 20 and the like are illegally operated from the outside through the communication network 16 can be greatly reduced. . That is, in general, household appliances KP, household appliances used in bedrooms, living rooms, etc. do not have high-performance firewalls and information processing devices, and do not have sufficient security functions. Many. For this reason, a case in which an unauthorized intrusion into a kitchen appliance KP such as a refrigerator from the outside through a communication network has been used as a stepping stone against an information terminal device or a computer of another person has recently become a social problem. Security agencies, etc. pointed out the dangers of home routers and home appliances being manipulated illegally, using the same trick as using botnet-type malware (MALWARE) ing.

The “communication adapter” refers to a communication control device provided between each home appliance and its power source. For example, the communication adapter here refers to a communication adapter as disclosed in Japanese Patent Application Laid-Open No. 2010-288388, which has a power plug and an outlet, and an electric device to be energized is connected to the outlet. When the communication adapter receives the power command signal by wireless or wired communication means, it restricts or cuts off the power supply of the home appliance to be controlled. Thus connect the communication adapter to an existing home appliances, sends a power command signal from the power command device 5 to the communication adapter, the communication adapter by the signal for controlling the home appliance, the communication adapter to an existing home appliances Can be provided on the power source side, so that the power command device 5 can provide an advantage of centralized control of power.

And the control part 36 preserve | saves the data which show the history to this step (S208) in the 2nd memory | storage device 36B. Therefore, the time data in which the absence of the user is detected and the interruption mode has been detected is also saved (S 2 08). These stored data are first displayed on the liquid crystal display screen 37A by the user at the next use, so that the user can be informed of the fact of the interruption. Note that the control unit 36 has a second storage unit 36B dedicated to the air supply machine 20 for moisturizing, and the second storage unit 36B has a sleep time transmitted and acquired from the sleep determination device 24. Various data such as 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.

And the control part 36 transmits the sleep time data, interruption time data, etc. which were acquired so far to the air supply machine 20 for moisturizing. And it issues a shutdown command signal to the moisturizing air feeder 20. And when driving stops receiving the operation stop command signal, for confirmation from the moisturizing air feeder 20, (in FIG. 19, L8, L9) predetermined operation information signal commands to so as to put the (S 2 09 ).

Thereafter, the control unit 36 receives a predetermined operation information signal indicating that the operation is stopped as described above from the moisturizing air feeder 20 (S210), it ends the processing corresponding to the set of suspend mode (S211) .

In FIG. 25, the process corresponds to the absence of the person after the start of the moisturizing operation. However, as illustrated in FIG. 23, the process corresponds to the absence due to an improper movement of the user before the start of the moisturizing operation. it can. That is, receiving a warning signal for starting moisturizing operation from moisturizing air feeder 20, after starting moisturizing operation from the integrated management apparatus 5 permission signal KS (see FIG. 19) is issued, the integrated management apparatus 5 human detecting unit 65 Analyzing the human detection signal periodically sent from to check whether there is a person, so if you receive a signal that there is no person in this check, If the absence time is short, to command starting step of the standby mode in FIG. 23 (S38) moisturizing air feeder 20.

Further, when a long absence time, as shown in step (S42) in FIG. 23, out towards the moisturizing air feeder 20 a command to release the "Contact leave mode". In this case, the integrated management apparatus 5, in addition to the information of the human detection unit 65 of the moisturizing air feeder 20 also utilizes information human detecting unit 12 which itself held.

(Summary of Embodiment 1 from FIGS. 1 to 26)
As described above, the moisturizing air supply machine 20 according to the first embodiment is
A main body 20A having an outlet 52 for blowing out moisture-retaining air;
A steam generator 59 provided inside the main body 20A and generating steam for the moisturizing air;
An electric blower 55 for generating an air flow for blowing the steam of the steam generating part 59 from the blower outlet 52 into the room;
A controller 33 for controlling the steam generator 59 and the electric blower 55;
An operation unit 71 for inputting operating conditions to the control unit 33 from the outside of the main body 20A;
A display unit 101 for displaying an input result of the operation unit 71;
Communication units 63 and 68 for exchanging signals with the outside;
A human detection sensor 65S for detecting the presence of a person on an extension line in the direction of release of the moisturizing air;
In the air supply machine for moisturizing with
A storage unit 31, 33R for storing a driving program for determining a moisturizing operation, and storing sleep time zone data received via the communication units 63, 68;
The operation unit 71 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. 102 (including an “auto mode” or “sleep mode” icon that appears on the display screen 101 in a timely manner)
Further, the control unit 33, the user gives the operation starting instruction, in the human knowledge sensor 65S within a predetermined time, if the person can not sense, to enter standby mode with reduced power consumption It was a characteristic configuration.

Furthermore, the air supply machine 20 for moisturizing in Embodiment 1
A main body 20A having an outlet 52 for blowing out moisture-retaining air;
A steam generator 59 provided inside the main body 20A and generating steam for the moisturizing air;
An electric blower 55 for generating an air flow for blowing the steam of the steam generating part 59 from the blower outlet 52 into the room;
A controller 33 for controlling the steam generator 59 and the electric blower 55;
An operation unit 71 for inputting operating conditions to the control unit 33 from the outside of the main body 20A;
A display unit 101 for displaying an input result of the operation unit;
Communication units 63 and 68 for exchanging signals with the outside;
A human detection sensor 65S for detecting the presence of a person on an extension line in the direction of release of the moisturizing air;
In the air supply machine for moisturizing with
A storage unit 33R for storing an operation program for determining the moisturizing operation;
Storage units 31 and 33R for storing data of sleeping hours received through the communication units 63 and 68, and
The control unit 33 stores the sleep time zone data received via the communication units 63 and 68 in the storage units 31 and 33R.
Further, the operation unit 71 automatically adjusts the operation time of the moisturizing operation so that the moisturizing operation starts and ends during the sleep time period stored in the storage units 31 and 33R. Input keys (including a “reliable mode” or “sleep mode” icon) that appear on the display screen 101 in a timely manner,
Further, the control unit 33, after the start of the moisturizing operation to generate steam from the steam generating unit 59, to monitor the presence of a user by pre Kijin feeling known sensor, when the user imperceptible, consumption This is a configuration for shifting to an interruption mode with reduced power.

Another operation management system of the household electrical appliance in this Embodiment 1 is
An integrated management device 5 that individually communicates with a plurality of household electrical appliances EE including a portable moisturizing air supply 20 and an air conditioner 3, and individually controls those household electrical appliances;
A first wireless communication unit 41A that communicates with the integrated management apparatus 5 via the wide area communication network 16 and a second wireless communication unit that communicates via the home communication network or the short-range wireless communication unit 41B, and an information communication terminal device 25 provided with
The power command device 5 includes a sleep determination unit 23 that receives living body information from the sleep sensor 24 to measure the sleep time of the sleeper and determines the sleep state, and the temperature of the living space where the sleeper is located. An environment detection unit 9 that measures the environment, and a storage device 36B that stores the sleep time data acquired by the sleep determination unit 23 and the environment data transmitted from the environment detection unit 9 in pairs in time series. ,
The moisturizing air supply device 20 includes a first communication unit 68 on the device side that can establish a communication state with the integrated management device 5 and a device that can establish a communication state with the information communication terminal device 25 by short-range wireless communication. Second wireless communication unit 63 on the side, device-side storage units 31 and 33R that store data read from these two device-side communication units, an operation unit 71 that inputs an operation start command and operation conditions, A display screen 101 for displaying the input result of the operation unit, a human detection sensor 65S for detecting the presence of a person on an extended line in the direction in which the moisturizing air is released, and conditions for the moisturizing operation according to the detection result of the human detection sensor (E.g., the amount of power consumption applied to the electric heat source 90, the timing of the energization, the period, etc.)
The control unit 33 of the moisturizing air supply machine stores the sleep time data transmitted from the central management device 5 in the device-side storage units 31 and 33R,
Further, the control unit 33 of the moisturizing air supply device 20 automatically adjusts the timing of the moisturizing operation so that the time zone of the moisturizing operation overlaps the sleep time zone stored in the device-side storage units 31 and 33R. Perform the action
The control unit 33 of the air supply device for moisturizing the environment corresponding to the sleep time data stored in the device-side storage units 31 and 33R according to the input operation of the operation unit 71 and the measurement of the sleep time. The data is displayed on the display screen 101.

For this reason, according to this operation management system, it is possible to perform an effective moisturizing operation using the centralized management device 5 that centrally controls the home appliance EE. That is, using the information communication terminal device 25 such as a smartphone, the sleep time data acquired by the power command device 5 and the environmental data such as the temperature are provided to the moisturizing air supply unit 20. The feeder 20 can determine the moisturizing operation time based on the sleep time data, and can effectively perform the moisturizing operation while the user is sleeping. In addition, when the user confirms the sleep time, environmental information such as the temperature during the sleep can also be confirmed. Therefore, when using the moisturizing air supply device 20 again, it is helpful when examining the timing of the moisturizing operation. It becomes. For this reason, the centralized management apparatus can be expected not only to centrally control the home appliances EE but also to effectively supply the moisturizing air and improve the utility value. In addition, when the user is not in the predetermined direction (front) of the moisturizing air supply machine 20, the moisturizing operation can be postponed or the operation start time can be automatically delayed to improve the energy saving effect. You can expect

Thereafter, from step (S123), the human detection unit 65 of the moisturizing air supply unit 20 detects whether or not there is a person in front of the moisturizing air supply unit 20 (S118). If the determination is “No”, the process proceeds to step S124, and the person detection unit 12 of the integrated management apparatus 5 checks whether there is a user. This is a measure for the possibility that the user detection sensor 65S of the human detection unit 65 of the moisturizing air supply device 20 may not be able to detect the user who is already in the sleeping place immediately before falling asleep at that time. . For example, the majority of the user's body is covered with bedding or the like, in human knowledge sensor 65S human detecting unit 65, it may not be possible to detect the infrared radiation emitted from the body of the user.

189 is pollen scattering amount display information indicating whether there is a large amount of pollen scattered in the air outside the house, and it is useful for people with pollen allergies to judge whether to go out. Information. In addition, since the basic data of the pollen scattering amount display section is provided by the Japan Meteorological Agency, other meteorological agencies, TV broadcasting stations, etc. Information from those external organizations may be used. Such external information outside agencies 15A, integrated pipe from 15B MakotoSo location 5 or TV receiver 2 obtains.

In step (SY23), the environment detection unit 9, environmental Sensor or al, to get the latest environmental data. The target living space in this case is the place at the time when the moisturizing air supply unit 20 issues a warning signal when the moisturizing operation starts (see step S101 in FIG. 29).

In the first embodiment, for example, the environment detection unit 9 measures the temperature and humidity at intervals of 10 minutes in the living space (bedroom) HA2 where the air conditioner 3 is located and at intervals of 5 minutes in the kitchen. As described above, the periodically acquired environmental data may be used as the latest data. However, in order to obtain a more accurate data, at the stage of the step (SY23), occasional (in real time) Environmental Sensor or al, is better to get the latest environmental data desired.

The control unit 36 temporarily stores various data acquired in the two steps (SY23, SY24) in the second storage unit 36B (second memory).
As described in the first embodiment, the control unit 36 holds the second storage section 36B of the dedicated moisturizing air feeder 20, has been sleeping time acquired by the sleep determination unit 23, time Such data 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.
Also the 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), but the Paired with the moisturizing operation time, that is, the moisturizing operation time, the environmental information and the environmental data are linked and recorded in time series.

Claims (38)

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 exchanging signals with the outside;
A human sensor for detecting the presence of a person on an extension line of the direction of release of the moisturizing air;
In the air supply machine for moisturizing with
A storage unit that stores a driving program for determining a moisturizing operation, and stores data of a sleeping time period received through the communication unit,
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 starts and ends during the sleep time period stored in the storage unit. Provided,
Further, the control unit shifts to a standby mode in which power consumption is reduced when a person cannot be detected by the human sensor within a predetermined time after the user gives an operation start command. Air supply machine for moisturizing. The communication unit is a wireless communication unit for performing near field communication with an external information communication terminal device,
The control unit is possible to display information indicating that can receive data sleep time period of the user the information communication terminal apparatus is brought closer to the front Symbol wireless communication unit from the information communication terminal device on the display unit The air supply device for moisturizing according to claim 1. The air outlet is provided in the upper front part of the main body,
The moisturizing air supply device according to claim 1, wherein the human sensor is provided above the air outlet and at an upper front portion of the main body. 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 exchanging signals with the outside;
A human sensor for detecting the presence of a person on an extension line of the direction of release of the moisturizing air;
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 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. Provided,
Further, the control unit, after starting the moisturizing operation to generate steam from the steam generating unit, to monitor the presence of the user by the human knowledge sensor, if the user can not sense reduces the power consumption A moisturizing air supply machine that is shifted to the interrupted mode. The communication unit is a wireless communication unit for performing near field communication with an external information communication terminal device,
The control unit is possible to display information indicating that can receive data sleep time period of the user the information communication terminal apparatus is brought closer to the front Symbol wireless communication unit from the information communication terminal device on the display unit The air supply machine for moisturizing according to claim 4. The air outlet is provided in the upper front part of the main body,
The moisturizing air supply device according to claim 4, wherein the human detection sensor is provided above the air outlet and at an upper front portion of the main body. A moisturizing air supply,
A sleep determination device that receives biological information from a sleep sensor to measure a sleep time of a sleeping person and determines a sleep time zone;
An integrated management device that obtains determination data indicating a sleep time zone from the sleep determination device, and provides data indicating the sleep time zone to the moisturizing air supply device via wireless communication means,
The moisturizing air supply machine has a device-side storage unit that stores data indicating a sleep time zone transmitted from the integrated management device, and a control unit that controls the moisturizing operation,
Based on the data indicating the sleep time zone acquired from the integrated management device, the control unit of the moisturizing air supply unit moisturizes so that the moisturizing operation is started and ended during the sleep time zone. Has an operation program that matches the timing of operation,
The moisturizing air supply machine is provided with a human detection sensor that detects the presence of a person on an extension line in the direction of discharge of the moisturizing air,
The integrated management device operates the moisturizing air supply unit so that the moisturizing operation starts and ends during the period from when the sleep determination device detects a person's sleep onset to when the sleep is detected. Control
If the human sensor cannot detect the presence of a person at the stage before the start of the moisturizing operation, the integrated management device temporarily stops the acquisition of data related to sleep time from the sleep determination device, and An air supply control system for moisturizing, characterized in that data relating to sleep time acquired in the storage is stored in a storage device. The integrated management device has an operation input unit and a display screen,
When the human sensor cannot detect the presence of the person before the start of the moisturizing operation, the data related to the sleep time acquired and stored by the integrated management device is displayed on the display screen by the operation of the operation input unit. The air supply control system for moisturizing according to claim 7, wherein the air supply control system is displayed. The sleep determination device detects an input / output unit capable of transmitting sleep time data by wireless communication with the integrated management device, an acceleration sensor that detects acceleration of a part of the user's body, and biometric data of the user. A biometric sensor, a sleep determination unit that acquires data measured by these two types of sensors and determines whether or not the patient is in a sleep state, a data selection unit that selects measured human data, and a sleep determination data storage unit The air supply control system for moisturizing according to claim 7. The sleep determination device includes an input / output unit capable of transmitting sleep time data by short-distance wireless communication with the air supply device for moisturization, an acceleration sensor that detects acceleration of a part of the user's body, and a living body of the user A biological sensor that detects data, a data that is measured by the two types of sensors, a sleep determination unit that determines whether or not the patient is in a sleep state, a data selection unit that selects measured human data, and a sleep determination A moisture storage air supply control system according to claim 7, further comprising: a data storage unit. The integrated management device has an environment detection unit that measures an environment such as a temperature of a living space where the sleeping person is present,
The integrated management device includes a storage device in which data relating to a sleep time period acquired from the sleep determination device and environmental data transmitted from the environment detection unit are stored in a time series in pairs. The air supply control system for moisturizing according to claim 7, In the integrated management device, position information indicating individual use locations of a plurality of home appliances including the moisturizing air supply unit, and whether the home appliance is an air conditioner that circulates or blows air into the room And identification information that identifies
When the signal for using the moisturizing air supply device is transmitted to the integrated management device, the integrated management device determines whether the air conditioner exists in the living space using the moisturizing air supply device. 8. The moisture retention air supply control system according to claim 7, wherein if it is determined and exists, a command for restricting the operating condition of the air conditioner is transmitted to the air conditioner. The integrated management device sends information requesting confirmation of whether or not the operating condition of the air conditioner satisfies a predetermined condition to the moisturizing air supply machine before transmitting an operation permission signal to the moisturizing air supply machine. The moisturizing air supply control system according to claim 12, wherein the operation permission signal is transmitted when transmitted and when a predetermined confirmed signal is received from the moisturizing air supply machine. If the intensity of the conditioned air of the air conditioner is equal to or less than a predetermined level before the integrated management device transmits an operation permission signal to the moisturizing air supply device, the operation condition satisfies a predetermined condition. 14. The air supply control system for moisturizing according to claim 13, wherein the determination is performed. 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,
A sleep determination device that receives biological information from a sleep sensor to measure a sleep time of a sleeping person and determines a sleep time zone;
An information communication terminal device including a wireless communication unit that performs short-range wireless communication with the moisturizing air supply,
The power command device has a storage device for storing data indicating a sleep time zone acquired by wireless communication from the sleep determination device,
The moisturizing air supply unit includes a device-side communication unit that can establish a communication state with the wireless communication unit, a device-side storage unit that stores data read from the device-side communication unit, and a direction of releasing the moisturizing air A human detection sensor for detecting the presence of a person on the extension line of, and a control unit for changing the condition of the moisturizing operation according to the detection result of the human detection sensor,
The information communication terminal device reads the sleep time data stored in the storage device of the power command device via the wireless communication unit, and the wireless communication is performed on the device side storage unit of the moisturizing air supply device. Send through the department,
The control unit 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. Equipment operation management system. The sleep determination device detects an input / output unit capable of transmitting sleep time data by wireless communication with the power command device, an acceleration sensor that detects acceleration of a part of the user's body, and biometric data of the user. A biometric sensor, a sleep determination unit that acquires data measured by these two types of sensors and determines whether or not the patient is in a sleep state, a data selection unit that selects measured human data, and a sleep determination data storage unit The operation management system of the household appliances of Claim 15 characterized by the above-mentioned. The sleep determination device includes an input / output unit capable of transmitting sleep time data by short-distance wireless communication with the air supply device for moisturization, an acceleration sensor that detects acceleration of a part of the user's body, and a living body of the user A biological sensor that detects data, a data that is measured by the two types of sensors, a sleep determination unit that determines whether or not the patient is in a sleep state, a data selection unit that selects measured human data, and a sleep determination 16. A home appliance operation management system according to claim 15, further comprising a data storage unit. The power command device has an environment detection unit that measures an environment such as a temperature of a living space where the sleeping person is present,
The power command device includes a storage device in which data related to a sleep time zone acquired from the sleep determination device and environmental data transmitted from the environment detection unit are stored in a time series in pairs. The operation management system for home appliances according to claim 15, wherein In the power command device, position information indicating individual use locations of a plurality of household electrical appliances including the moisturizing air supply and whether the household electrical appliance is an air conditioner that circulates or blows air into the room Identification information that identifies
If signals using air supplier for dampening the retention is transmitted to the power command device, the power command apparatus, the living space using air feeder for wet the retention, whether the air conditioner is present The home appliance operation management system according to claim 15, wherein, when it is determined and present, a command for restricting an operation condition of the air conditioner is transmitted to the air conditioner. The power command device sends to the moisturizing air supply device information for confirming whether or not the operating condition of the air conditioner satisfies a predetermined condition before transmitting an operation permission signal to the moisturizing air supply device. 20. The operation management system for home appliances according to claim 19, wherein the operation permission signal is transmitted when transmitted and when a predetermined confirmed signal is received from the moisturizing air supply device. The power command device, when transmitting the operation permission signal to the air supply for moisturizing, if the intensity of the conditioned air of the air conditioner is below a predetermined level, the operating condition satisfies the predetermined condition The operation management system for home electric appliances according to claim 20, wherein the operation management system is determined. An integrated management 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;
A sleep determination device that receives biological information from a sleep sensor that measures the sleep time of a sleeping person and determines a sleep state; and
A first wireless communication unit that communicates with the integrated management device via a wide area communication network; and a second wireless communication unit that communicates via a home communication network or via a short-range wireless communication unit. Comprising an information communication terminal device,
The integrated management device includes an input unit that receives information indicating a sleep determination result from the sleep determination device, and an environment detection unit that measures an environment such as a temperature of a living space where a user of the air supply device for moisturizing is present And a storage device that stores the sleep time zone data acquired by the sleep determination device and the environment data transmitted from the environment detection unit in pairs in time series,
The moisturizing air supply unit includes a device-side first communication unit that can establish a communication state with the integrated management device, and a device-side second device that can establish a communication state with the information communication terminal device by short-range wireless communication. A wireless communication unit, a device-side storage unit that stores data read from these two device-side communication units, an operation unit that inputs an operation start command and operating conditions, and an input result of the operation unit A display screen, a human detection sensor that detects the presence of a person on an extension line in the direction of release of the moisturizing air, and a control unit that changes the condition of the moisturizing operation according to the detection result of the human detection sensor,
The control unit of the moisturizing air supply machine stores the sleep time zone data transmitted from the integrated management device in the device-side storage unit,
Further, the controller of the air supply device for moisturizing automatically operates the operation of automatically adjusting the timing of the moisturizing operation so that the moisturizing operation is started and ended in the sleep time stored in the device-side storage unit. Done
The control unit of the moisturizing air supply unit measures the sleep time zone data stored in the device-side storage unit according to the input operation of the operation unit, and the environment detection unit measures the sleep time. An operation management system for home appliances, characterized in that environmental data is displayed on the display screen. The sleep determination device detects an input / output unit capable of transmitting sleep time data by wireless communication with the integrated management device, an acceleration sensor that detects acceleration of a part of the user's body, and biometric data of the user. A biometric sensor, a sleep determination unit that acquires data measured by these two types of sensors and determines whether or not the patient is in a sleep state, a data selection unit that selects measured human data, and a sleep determination data storage unit The operation management system for home appliances according to claim 22, comprising: The sleep determination device includes an input / output unit capable of transmitting sleep time data by short-distance wireless communication with the air supply device for moisturization, an acceleration sensor that detects acceleration of a part of the user's body, and a living body of the user A biological sensor that detects data, a data that is measured by the two types of sensors, a sleep determination unit that determines whether or not the patient is in a sleep state, a data selection unit that selects measured human data, and a sleep determination 23. The home appliance operation management system according to claim 22, further comprising a data storage unit. The integrated management device has an environment detection unit that measures an environment such as a temperature of a living space where the sleeping person is present,
The integrated management device includes a storage device in which data relating to a sleep time period acquired from the sleep determination device and environmental data transmitted from the environment detection unit are stored in a time series in pairs. The operation management system for home appliances according to claim 22, In the integrated management device, position information indicating individual use locations of a plurality of home appliances including the moisturizing air supply unit, and whether the home appliance is an air conditioner that circulates or blows air into the room Identification information that identifies
When the signal for using the moisturizing air supply device is transmitted to the integrated management device, the integrated management device determines whether the air conditioner exists in the living space using the moisturizing air supply device. 23. The operation management system for home appliances according to claim 22, wherein the operation control system of the home appliance according to claim 22, wherein the operation control system transmits a command for limiting the operation condition of the air conditioner to the air conditioner when it is determined and exists. The integrated management device sends information requesting confirmation of whether or not the operating condition of the air conditioner satisfies a predetermined condition to the moisturizing air supply machine before transmitting an operation permission signal to the moisturizing air supply machine. 27. The operation management system for home appliances according to claim 26, wherein the operation permission signal is transmitted when transmitted and when a predetermined confirmed signal is received from the moisturizing air supply device. If the intensity of the conditioned air of the air conditioner is equal to or less than a predetermined level before the integrated management device transmits an operation permission signal to the moisturizing air supply device, the operation condition satisfies a predetermined condition. 28. The home appliance operation management system according to claim 27, wherein the determination is performed. A moisturizing air supply,
Integrated management that has a sleep determination processing unit that receives living body information from a sleep sensor to measure a sleep time of a sleeper and determines a sleep time zone, and provides the sleep determination data to the air supply device for moisturizing An apparatus,
The moisturizing air supply machine has a device-side storage unit that stores data indicating a sleep time zone transmitted from the integrated management device, and a control unit that controls the moisturizing operation,
Based on the data indicating the sleep time zone acquired from the integrated management device, the control unit of the moisturizing air supply unit moisturizes so that the moisturizing operation is started and ended during the sleep time zone. Has an operation program that matches the timing of operation,
The moisturizing air supply machine is provided with a human detection sensor that detects the presence of a person on an extension line in the direction of discharge of the moisturizing air,
The integrated management device sets the operation time of the moisturizing air supply unit so that the start and end of the moisturizing operation is performed during the period from the time of falling asleep detected by the sleep determination processing unit to the time of waking. Control
Moisturizing operation before starting, when the person detecting sensor can no longer detect the presence of human, the integrated management apparatus, the sleep determination processing the device-side storing unit data related sleep time obtained so far from the unit A home appliance operation management system characterized by storing in The integrated management device has an environment detection unit that measures an environment such as a temperature of a living space where the sleeping person is present,
The integrated management device includes a storage device in which data related to a sleep time period acquired from the sleep determination processing unit and environmental data transmitted from the environment detection unit are stored in a time series in pairs. 30. The operation management system for home appliances according to claim 29. In the integrated management device, position information indicating individual use locations of a plurality of home appliances including the moisturizing air supply unit, and whether the home appliance is an air conditioner that circulates or blows air into the room Identification information that identifies
When the signal for using the moisturizing air supply device is transmitted to the integrated management device, the integrated management device determines whether the air conditioner exists in the living space using the moisturizing air supply device. 30. The operation management system for home electric appliances according to claim 29, wherein if judged and present, a command for restricting the operating condition of the air conditioner is transmitted to the air conditioner. The integrated management device sends information requesting confirmation of whether or not the operating condition of the air conditioner satisfies a predetermined condition to the moisturizing air supply machine before transmitting an operation permission signal to the moisturizing air supply machine. 32. The operation management system for home appliances according to claim 31, wherein the operation permission signal is transmitted when transmitted and when a predetermined confirmed signal is received from the moisturizing air supply device. If the intensity of the conditioned air of the air conditioner is equal to or less than a predetermined level before the integrated management device transmits an operation permission signal to the moisturizing air supply device, the operation condition satisfies a predetermined condition. The operation management system for home appliances according to claim 32, wherein the determination is performed. A moisturizing air supply,
A power command device that individually communicates with a plurality of home appliances including the air supply machine for moisturizing, controls the home appliances individually, and controls the total amount of power in the home,
An information communication terminal device including a wireless communication unit that performs short-distance wireless communication with a moisturizing air supply,
In the power command device, a sleep determination processing unit that receives biological information from a sleep sensor and measures a sleep time zone to measure a sleep time of a sleeper, and a sleep time zone acquired from the sleep determination processing unit are shown. A storage device for storing data,
The moisturizing air supply unit includes a device-side communication unit that can establish a communication state with the wireless communication unit, a device-side storage unit that stores data read from the device-side communication unit, and a direction of releasing the moisturizing air A human detection sensor for detecting the presence of a person on the extension line of, and a control unit for changing the condition of the moisturizing operation according to the detection result of the human detection sensor,
The information communication terminal device reads the sleep time data stored in the storage device of the power command device via the wireless communication unit, and the wireless communication is performed on the device side storage unit of the moisturizing air supply device. Send through the department,
The control unit stores the sleep time data received from the device-side communication unit in the device-side storage unit,
Further, the control unit of the moisturizing air supply unit automatically adjusts the moisturizing operation time so that the moisturizing operation is completed within the sleep time based on the sleep time zone data stored in the device-side storage unit. A home appliance operation management system characterized by that. The power command device has an environment detection unit that measures an environment such as a temperature of a living space where the sleeping person is present,
The power command device includes a storage device in which data relating to a sleep time zone acquired from the sleep determination processing unit and environmental data transmitted from the environment detection unit are stored in a time series in pairs. The operation management system for home appliances according to claim 34. In the power command device, position information indicating individual use locations of a plurality of household electrical appliances including the moisturizing air supply and whether the household electrical appliance is an air conditioner that circulates or blows air into the room Identification information that identifies
If signals using air supplier for dampening the retention is transmitted to the power command device, the power command apparatus, the living space using air feeder for wet the retention, whether the air conditioner is present 35. The operation management system for home appliances according to claim 34, wherein if judged and present, a command for restricting the operating condition of the air conditioner is transmitted to the air conditioner. The power command device sends to the moisturizing air supply device information for confirming whether or not the operating condition of the air conditioner satisfies a predetermined condition before transmitting an operation permission signal to the moisturizing air supply device. 37. The operation management system for home appliances according to claim 36, wherein the operation permission signal is transmitted when transmitted and when a predetermined confirmed signal is received from the moisturizing air supply device. The power command device, when transmitting the operation permission signal to the air supply for moisturizing, if the intensity of the conditioned air of the air conditioner is below a predetermined level, the operating condition satisfies the predetermined condition 38. The home appliance operation management system according to claim 37, wherein the determination is performed.