JP2016114277A - Dwelling house - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a dwelling house capable of keeping indoor air in a healthy condition even when contaminants such as pollen of a certain degree intrudes indoors.SOLUTION: A multi-story dwelling house 1 having a first floor including a kitchen 13 and a second floor 3 different from the first floor 2, is provided with a first air cleaner 50 having a cleaning filter capable of capturing 50% or more of particulate substance of particle size of 20 μm or more, sucking the air from an indoor space of the first floor 2 and re-supplying the air to the indoor space of the first floor 2 through the cleaning filter, a second air cleaner 51 having a cleaning filter capable of capturing 50% or more of particulate substance of particle size of 20 μm or more, sucking the air from an indoor space of the second floor 3, and re-supplying the air to the indoor space of the second floor 3 through the cleaning filter, and an indoor air adjustment device 53 having a panel 52 disposed on the second floor 3, and adjusting an air temperature of the indoor space of the second floor 3 by heating or cooling the panel 52.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a multi-level house having a first floor having a kitchen and a second floor different from the first floor, and in particular, can maintain indoor air in a healthy state without opening a window. It relates to what has a function that can.

  Conventionally, in order to clean indoor air and obtain a high air environment, there has been a demand for a house with good ventilation through windows.

  However, in recent years, the total number of Japanese cedar pollen scattered has doubled in 10 years, and 1 out of 4 people in Japan has hay fever, and there are concerns about the outbreak of a new influenza virus, PM2.5, etc. The outside air is not necessarily healthy air, and if you open the window on the day when the outside air is polluted with the pollutant and ventilate it, the pollutant will enter the room with the outside air and the air environment will be rejected. May get worse.

  Therefore, the house is required to have a function of preventing pollutants such as pollen from entering the house and maintaining the indoor air in a healthy state without opening a window.

  For example, Patent Document 1 discloses that pollen contained in the outside air is circulated indoors by purifying outside air after being purified by pollen removing means such as a cyclone and then circulating indoor air while purifying it by pollen removing means. It describes a house that can be ventilated without intrusion.

  Further, Patent Document 2 includes a pollen removal system in a clog box at the entrance, and the pollen removal system sucks and removes pollen adhering to the body, clothes, etc. at the entrance, and removes pollen floating in the entrance by suction. Thus, there is described a house that prevents pollen from entering a living room or the like.

JP 2006-46683 A JP 2011-27270 A

  However, as shown in Patent Document 1, the house where the invasion of pollen into the room through the ventilation passage is prevented, and the pollen adhering to the body or clothes as shown in Patent Document 2 is sucked and removed at the entrance. However, in polluted houses, pollen and other pollutants can be reduced, but they cannot be completely prevented. There was still a problem with how to maintain the indoor air in a healthy state in the event of a problem.

  An object of the present invention is to solve such a problem, and the purpose of the present invention is to maintain healthy indoor air even when pollutants and other pollutants have entered the room to some extent. It is to provide a house that can be maintained in a proper state.

  The house of the present invention is a multi-level house having a first floor having a kitchen and a second floor different from the first floor, and can collect 50% or more of particulate matter having a particle size of 20 μm or more. A first air cleaner that has a clean filter and sucks air from the indoor space of the first floor and re-airs the air into the indoor space of the first floor through the clean filter; and a particle size of 20 μm or more A clean filter capable of collecting 50% or more of the particulate matter, and sucking air from the indoor space of the second floor and re-airing the air to the indoor space of the second floor through the clean filter. Two air purifiers, an indoor temperature adjusting device having a panel disposed on the second floor, and adjusting the temperature of the indoor space of the second floor by heating or cooling the panel; It is characterized by having.

  In the house of the present invention, in the above configuration, it is preferable that the second air purifier and the panel are arranged in the same room on the second floor.

  In the house of the present invention, in the above configuration, it is preferable that the clean filter can collect 50% or more of a particulate substance having a particle size of 0.1 μm or more.

  In the house of the present invention, in the above configuration, at least one of the first air cleaner and the second air cleaner is embedded in any one of a ceiling, a wall, and a floor of the corresponding floor. preferable.

  In the housing of the present invention, in the above configuration, at least one of the first air cleaner and the second air cleaner is a particulate matter detection sensor for detecting particulate matter contained in indoor air, and the particulate matter. It is preferable to have a suction amount control unit that adjusts the suction amount of air based on the detection result of the detection sensor.

  In the house of the present invention, in the above-described configuration, it is preferable that at least one of the first air cleaner and the second air cleaner has an odor removing function of removing an odor-causing substance from indoor air.

  The house of the present invention is preferably configured such that the odor removing function is an adsorption filter that adsorbs odor-causing substances in the above configuration.

  In the house of the present invention, in the above configuration, at least one of the first air cleaner and the second air cleaner is an odor substance detection sensor for detecting a odor causing substance contained in indoor air, It is preferable to have a suction amount control unit that adjusts the suction amount of air based on the detection result of the odorous substance detection sensor.

  In the housing of the present invention, the panel is preferably formed of metal in the above configuration.

  In the house of the present invention, in the above structure, the panel is preferably coated with a coating such as a coating film, an oxide film or a vapor deposition film.

  In the house of the present invention, in the above structure, the panel preferably has an emissivity of 0.9 or more at room temperature.

  In the house of the present invention, in the above configuration, it is preferable that the indoor temperature adjustment device has a plurality of the panels.

  It is preferable that the house of this invention has the heating function which heats the said panel, and the cooling function which cools the said panel in the said structure.

  In the house of the present invention, in the above configuration, the indoor temperature control device has a liquid flow path passing through the inside of the panel, and the heating function supplies a liquid having a temperature higher than the indoor air temperature to the liquid flow path. The cooling function preferably functions when a liquid having a temperature lower than the indoor air temperature is supplied to the liquid flow path.

  In the house of the present invention, in the above configuration, the indoor temperature adjustment device detects the temperature of the indoor space of the second floor, and the liquid supplied to the liquid channel based on the detection result of the temperature sensor And a liquid adjusting unit that adjusts at least one of the amount and the temperature.

  In the house of the present invention, in the above configuration, it is preferable that a dew receiving tray for receiving dew generated on the panel is provided below the panel.

  In the above-described configuration, the house of the present invention preferably includes a constant ventilation device including an exhaust unit that discharges indoor air to the outdoors and an air supply unit that supplies outdoor air to the indoors.

  In the house of the present invention, in the above configuration, the air supply unit has an air supply filter capable of collecting 50% or more of particulate matter having a particle size of 20 μm or more, and air taken from outside passes through the air supply filter. It is preferable to supply air indoors.

  The house of the present invention has a room drying space provided with an appliance that can hang laundry or an appliance that assists in the installation of the laundry in the above-described configuration, and blows air to the room drying space. It is preferable to have an air blower that performs.

  The house of the present invention preferably has an exhaust device that exhausts the air in the room drying space to the outside in the above configuration.

  The housing of the present invention preferably has the above-described configuration in which the room drying space is adjacent to the bathroom.

  In the house of the present invention, in the above-described structure, it is preferable that the room drying space is adjacent to the sweep-out window.

  ADVANTAGE OF THE INVENTION According to this invention, even if it is a case where pollutants, such as pollen, have penetrate | invaded indoors to some extent, the house which can maintain indoor air in a healthy state can be provided.

It is a floor plan of the 1st floor part of the house which is one embodiment of the present invention. It is a floor plan of the second-floor part of the house shown in FIG. It is explanatory drawing which shows an example of an indoor temperature control apparatus. It is a perspective view which shows an example of the clothes drying apparatus provided in a clothes drying area. It is a floor plan of the 1st floor part of the house which is other embodiments of the present invention. It is a floor plan of the second-floor part of the house shown in FIG. It is a floor plan of the 1st floor part of the house which is further another embodiment of the present invention. It is a floor plan of the second-floor part of the house shown in FIG.

  Hereinafter, the present invention will be described in more detail with reference to the drawings.

  The house 1 according to the embodiment of the present invention shown in FIGS. 1 and 2 is a two-story single-family house, and the first floor part 2 as the first floor and the first floor part 2 are configured as different levels. And a second floor portion 3 as a second floor.

  This house 1 can be constructed, for example, on a site where the south side is connected. Hereinafter, the floor plan of the house 1 will be described with the lower side in the figure as the south side.

  As shown in FIG. 1, an entrance porch 10 is provided at the southeast corner of the first floor portion 2 of the house 1, and an entrance 11 is provided on the north side of the entrance porch 10. A living room 12 in which a living room and a dining room are integrated is provided on the west side of the entrance 11, and a kitchen 13 is provided on the north side of the living room 12. A guest room 14 is provided on the west side of the living room 12, and the guest room 14 faces the west wall of the house 1. A washroom 15 is provided on the north side of the guest room 14, and a bathroom 16 is provided behind the washroom 15. A toilet 17 is provided between the bathroom 16 and the kitchen 13, and a stairs 18 connecting the first floor portion 2 and the second floor portion 3 is provided between the toilet 17 and the bathroom 16. The kitchen 13, bathroom 16 and toilet 17 are provided facing the north wall of the house 1.

  On the other hand, the main bedroom 20 is provided on the second floor portion 3 of the house facing the west wall. The north side of the master bedroom 20 is a walk-in closet 21. The central region of the second floor portion 3 is a hall 22 with a series of stairs 18 extending from the first floor portion 2, and two child rooms 23 and 24 are provided on the east side of the hall 22 in the north-south direction. A toilet 25 is provided on the north side of the hall 22, and an atrium 26 connected to the living room 12 of the first floor portion 2 is provided on the south side. Further, a portion of the hall 22 between the atrium 26 and the main bedroom 20 is a room drying space 27 facing the south wall. A veranda 28 is provided outside the south side of the second floor portion 3, and a sweep window 29 is provided on the wall of the main bedroom 20 facing the veranda 28. On the other hand, a door 30 is provided on the wall facing the veranda 28 of the room drying space 27, and a sun terrace 31 is provided outside the door 30.

  Note that the house 1 of the present invention is not limited to the two-story structure as described above, as long as it is a multi-story house 1 having a first floor having a kitchen 13 and a second floor different from the first floor. It can be more than built. In addition, the floor plan of the house 1 of the present invention is not limited to the above floor plan, and various floor plans can be adopted.

  The house 1 of the present invention can be configured to have a coat cloak 32. FIG. 1 shows a case where a coat cloak 32 is provided on the north side of the entrance 11 of the first floor portion 2.

  The coat cloak 32 is provided separately from the living room 12 and can enter and exit only from the entrance 11. A door 33 such as a sliding door is provided between the entrance 11 and the coat cloak 32, and the coat cloak 32 can be separated from the entrance 11 by closing the door 33. A room door 34 is provided between the entrance 11 and the room 12, and the room 12 can be separated from the entrance 11 by closing the room door 34.

  The coat cloak 32 is provided with a clothes hanger 35 such as a hanger rack. Residents who have come home from outside enter the coat cloak 32 from the entrance 11 before entering the living room 12, take off clothes such as cloaks with pollen and other contaminants on the coat cloak 32, and hang them on the clothes hook 35. I can leave. In this way, the coat cloak 32 separated from the living room 12 is provided adjacent to the entrance 11, and clothes such as a cloak to which pollutants such as pollen adhere can be accommodated in the coat cloak 32 before entering the living room 12. By adopting a possible configuration, it is possible to suppress entry of contaminants into indoor spaces other than the entrance 11 and the coat cloak 32.

  The coat cloak 32 may be configured to include a commercial power outlet 36. In this case, for example, a pollutant such as pollen adhered to the body or clothes using the device inside the coat cloak 32 by connecting a device capable of sucking pollutants such as pollen to the outlet 36. It is possible to perform the work of removing the suction. As described above, the outlet 36 is provided in the coat cloak 32 so that a device for sucking and removing pollutants such as pollen adhering to the body and clothes can be used, so that the indoor space other than the entrance 11 and the coat cloak 32 can be used. Intrusion of contaminants into the water can be further reliably suppressed.

  The house 1 of the present invention can be configured to always have a ventilation device. The constant ventilation device includes an exhaust unit 40 that exhausts indoor air to the outdoors and an air supply unit 41 that supplies outdoor air to the indoors.

  In FIG. 1, the case where the pipe type 1st type regular ventilation system is provided in the house 1 as a regular ventilation apparatus is shown. In this case, the exhaust unit 40 is configured by pipe-type mechanical exhaust (pipe-type exhaust fan), and the air supply unit 41 is configured by pipe-type mechanical air supply (pipe-type air supply fan). The exhaust unit 40 is provided, for example, in the coat cloak 32, the bathroom 16, and the toilet 17 in the first floor portion 2, and in the toilet 25 in the second floor portion 3. On the other hand, the air supply unit 41 is provided, for example, in the kitchen 13, the living room 12, and the guest room 14 in the first floor portion 2, and in the main bedroom 20 and the two child rooms 23, 24 in the second floor portion 3.

  In such a continuous ventilation device, fresh air is supplied indoors from the air supply unit 41 provided in the living room 12, the guest room 14, and the kitchen 13. On the other hand, when air flows from the living room 12 through the entrance 11 toward the coat cloak 32, pollutants such as pollen are prevented from flowing into the living room 12 from the coat cloak 32 or the entrance 11. Further, the flow of air from the living room 12 toward the bathroom 16 and the toilet 17 prevents the moisture in the bathroom 16 and the washroom 15 from flowing into the living room 12 and the odor of the toilet 17 enters the living room 12. Inflow is prevented. Therefore, with this constant ventilation device, indoor air can be ventilated, the ion concentration can be maintained at an appropriate value, and the generation of mold fungus can be suppressed, and the indoor air can be kept fresh.

  The air supply unit 41 of the constantly ventilating apparatus can be configured to include an air supply filter. In this case, the air supply unit 41 is configured to supply air taken from outside through the air supply filter indoors.

  As the air supply filter, for example, a filter capable of collecting 50% or more of a particulate material having a particle size of 20 μm or more can be used. By using such an air supply filter, pollen (particle size is about 25 μm) contained in the outside air is effectively collected by the air supply filter, and clean air from which pollen has been removed is supplied indoors. can do.

  The air supply filter provided in the air supply unit 41 is more preferably capable of collecting 70% or more of particulate matter having a particle size of 20 μm or more, and 80% or more of particulate matter having a particle size of 20 μm or more. More preferably, it is possible to collect 90% or more of particulate matter having a particle size of 20 μm or more.

  As the air supply filter provided in the air supply unit 41, a filter capable of collecting 50% or more of a particulate substance having a particle diameter of 1 μm or more can be used. In this case, not only pollen contained in the outside air, but also pollutants having a particle size smaller than that of pollen such as PM2.5 are effectively collected by the air supply filter, so that cleaner air can be put indoors. Can be supplied.

  Even in such an air supply filter capable of collecting particulate matter having a particle size of 1 μm or more, it is more preferable that 70% or more of particulate matter having a particle size of 1 μm or more can be collected, and the particle size is 1 μm. It is more preferable that 80% or more of the above granular substances can be collected, and it is more preferable that 90% or more of the granular substances having a particle size of 1 μm or more can be collected.

  Moreover, as an air supply filter provided in the air supply part 41, what can collect 50% or more of particulate substances with a particle size of 0.1 micrometer or more can also be used. In this case, it is possible to effectively collect the pollutant having a particle size smaller than that of PM2.5 by the air supply filter and supply the cleaner air indoors.

  Even in the air supply filter capable of collecting particulate matter having a particle size of 0.1 μm or more, it is more preferable that the particulate matter having a particle size of 0.1 μm or more can be collected by 70% or more, It is more preferable that 80% or more of particulate matter having a particle size of 0.1 μm or more can be collected, and that 90% or more of particulate matter having a particle size of 0.1 μm or more can be collected. preferable.

  The air supply filter provided in the air supply unit 41 is a filter that can collect particulate matter having a particle size of 1 μm or more or a filter that can collect particulate matter having a particle size of 0.1 μm or more. Even if it exists, by using a pipe type 1st type regular ventilation system as a regular ventilation apparatus, external air can be reliably supplied indoors against the pressure loss of supply air.

  The air supply unit 41 may be provided with an odor removing function that removes an odor-causing substance contained in the outside air. For example, the air supply unit 41 can be configured to include an adsorption filter such as activated carbon that adsorbs odor-causing substances as an odor removing function. Thus, by providing the air supply unit 41 with the odor removing function, it is possible to remove odor-causing substances from the air taken in from the outdoors and supply clean air without odors indoors.

  In addition, the air supply part 41 can also be set as the structure provided with the ion generator or the ozone generator with the adsorption filter instead of the above-mentioned adsorption filter as an odor removal function. Also in this case, the odor-causing substance can be decomposed and removed from the air taken in from the outdoors by the ion generator or the ozone generator, and thereby clean air without odor can be supplied indoors.

  The constant ventilation device includes a dust detection sensor that detects dust in the air, an odor substance detection sensor that detects a substance causing odor in the air, and a temperature detection sensor that detects the temperature of the air in the exhaust unit 40 or the air supply unit 41. A configuration in which at least one of humidity detection sensors for detecting the humidity of the air is provided can be employed. In this case, the constantly ventilating device is based on the detection value of each sensor, and the exhaust amount of the exhaust unit 40 (the amount of air exhausted from the indoor to the outdoor unit) or the supply amount of the air supply unit 41 (from the outdoor unit) It is possible to have a function of adjusting the amount of air supplied indoors per unit time.

  Note that various sensors of the constant ventilation device may be provided in all the exhaust units 40 and the air supply units 41, or may be provided in at least one exhaust unit 40 and the air supply unit 41. Various sensors of the constant ventilation device may be provided in both the exhaust unit 40 and the air supply unit 41, or may be provided in only one of the exhaust unit 40 or the air supply unit 41. As described above, various sensors of the constant ventilation device can be provided only in the desired exhaust unit 40 and the air supply unit 41.

  In order to realize the adjustment function, the constant ventilation device can be configured to include a control device such as a microcomputer. In this case, the constant ventilation device can be configured to include an interface that outputs information such as detection values of various sensors and operating states of the exhaust unit 40 and the air supply unit 41 to other devices by wire or wirelessly. . By having such an interface, it becomes possible to always operate the ventilator in cooperation with other devices.

  The continuous ventilation device is not limited to the above-described first type continuous ventilation system, but may be a second type continuous ventilation system. In the second type continuous ventilation system, the air supply unit 41 is mechanical air supply, whereas the exhaust unit 40 is natural exhaust. Therefore, in the second type continuous ventilation system, the indoor atmospheric pressure is higher than the outdoor atmospheric pressure, that is, a positive pressure, so that pollutants such as pollen can be effectively prevented from entering the room through the entrance 11 and the window. be able to.

  In addition, when the above-described first type continuous ventilation system or the second type continuous ventilation system is employed as the continuous ventilation device, at least a part of the plurality of air supply units 41 is configured as a duct type mechanical air supply. You can also By configuring the plurality of air supply units 41 to be duct type mechanical air supply, the outside air intake ports of the plurality of air supply ports 41 can be integrated into one, so that the number of air supply filters is minimized. It can be reduced and its maintainability can be improved.

  Further, the continuous ventilation device is not limited to the above-described first type continuous ventilation system or the second type continuous ventilation system, but may be a third type continuous ventilation system. In the third type continuous ventilation system, both the exhaust unit 40 and the air supply unit 41 are naturally supplied, so that mechanical exhaust or mechanical supply is not required, and the constant ventilation device can be configured at a lower cost. it can.

  As described above, in this house 1, by providing the coat cloak 32 and the constant ventilation device, the entry of pollutants such as pollen from the outside to the inside is suppressed, but the entry is completely prevented. And some contaminants can enter the room.

  Therefore, in the house 1 of the present invention, the first air purifier 50 that cleans the air in the first floor portion 2 in order to maintain the indoor air in a healthy state even when pollutants enter the room, A second air purifier 51 that cleans the air in the second floor portion 3 is provided, and an indoor temperature adjustment device 53 that includes a panel 52 is provided in the second floor portion 3.

  At least one first air cleaner 50 is provided on the first floor portion 2 which is the first floor where the kitchen 13 of the house 1 is provided. In this Embodiment, the case where the 1st air cleaner 50 is embedded and provided in the ceiling of the kitchen 13 is shown. In addition, the 1st air cleaner 50 can also be set as the structure embed | buried not only in the structure embed | buried under the ceiling of the kitchen 13, but on the wall or floor of the kitchen 13. Moreover, the 1st air cleaner 50 can also be set as the structure embed | buried under the ceiling of the living room 12 of the 1st-floor part 2, the wall, or the floor.

  The first air purifier 50 includes a cleaning filter capable of collecting 50% or more of particulate matter having a particle size of 20 μm or more, and sucks air from the indoor space around the kitchen 13, It has a function of supplying air again to the indoor space around the kitchen 13 through the clean filter. Since the clean filter is capable of collecting 50% or more of particulate matter having a particle size of 20 μm or more, pollen contained in the air around the kitchen 13 is collected by the clean filter and the pollen is removed. Clean air can be supplied to the kitchen 13 and the living room 12 connected thereto.

  On the other hand, at least one second air purifier 51 is provided on the second floor portion 3 that is a second floor different from the first floor on which the kitchen 13 of the house 1 is provided. In this Embodiment, the case where the 2nd air cleaner 51 is embedded and provided in the ceiling of the main bedroom 20 of the 2nd-floor part 3 is shown. The second air cleaner 51 is not limited to the configuration embedded in the ceiling of the main bedroom 20 but may be configured to be embedded in the wall or floor of the main bedroom 20. The second air cleaner 51 may be configured to be embedded in a room (for example, the child rooms 23 and 24) other than the main bedroom 20 of the second floor portion 3 or a ceiling, wall, or floor of the area.

  The second air cleaner 51 includes a cleaning filter capable of collecting 50% or more of particulate matter having a particle size of 20 μm or more, and sucks air from the indoor space in the main bedroom 20 and cleans the sucked air. It has a function of supplying air again to the indoor space of the main bedroom 20 through the filter. Since the clean filter is capable of collecting 50% or more of particulate matter having a particle size of 20 μm or more, pollen contained in the air in the main bedroom 20 is collected by the clean filter, and the pollen is removed. Clean air can be supplied to the master bedroom 20.

  As described above, the first air cleaner 50 and the second air cleaner 51 can use a clean filter capable of collecting 50% or more of a particulate material having a particle size of 20 μm or more, but the particle size is 20 μm. It is more preferable to use a clean filter capable of collecting 70% or more of the above particulate matter, and it is more preferable to use a clean filter capable of collecting 90% or more of the particulate matter having a particle size of 20 μm or more.

  Further, as the cleaning filter provided in the first air cleaner 50 and the second air cleaner 51, a filter capable of collecting 50% or more of a particulate substance having a particle size of 1 μm or more can be used. In this case, since not only pollen contained in the air but also pollutants having a particle diameter smaller than that of pollen such as PM2.5 can be effectively collected by the cleaning filter, the first air cleaner 50 The indoor air can be further purified by the second air cleaner 51.

  Even in such an air supply filter capable of collecting particulate matter having a particle size of 1 μm or more, it is more preferable that 70% or more of particulate matter having a particle size of 1 μm or more can be collected, and the particle size is 1 μm. It is more preferable that 90% or more of the above granular substances can be collected.

  Further, as the cleaning filter provided in the first air cleaner 50 and the second air cleaner 41, a filter capable of collecting 50% or more of a particulate substance having a particle size of 0.1 μm or more can be used. In this case, pollutants having a particle size smaller than that of PM2.5 can be effectively collected by the cleaning filter, so that the indoor air can be further increased by the first air cleaner 50 and the second air cleaner 51. Can be cleaned.

  Even in the air supply filter capable of collecting particulate matter having a particle size of 0.1 μm or more, it is more preferable that the particulate matter having a particle size of 0.1 μm or more can be collected by 70% or more, It is more preferable that 90% or more of particulate matter having a particle size of 0.1 μm or more can be collected.

  The 1st air cleaner 50 can also be set as the structure provided with the odor removal function which removes the causative substance of an odor from the indoor air in the periphery of the kitchen 13. FIG. Similarly, the 2nd air cleaner 51 can also be set as the structure provided with the odor removal function which removes the odor causative substance from the indoor air in the main bedroom 20. In this case, the odor removing function provided in the first air cleaner 50 and the second air cleaner 51 is configured to have a function of removing at least one of ammonia, acetaldehyde and acetic acid which are odor-causing substances. Is preferred. By providing the first air cleaner 50 and the second air cleaner 51 with an odor removing function, the odor can be removed from the indoor air and the indoor air can be further purified.

  The odor removal function of the 1st air cleaner 50 and the 2nd air cleaner 51 can be comprised by adsorption filters, such as activated carbon which adsorb | sucks the odor causative substance, for example. Or the odor removal function of the 1st air cleaner 50 and the 2nd air cleaner 51 can also be set as the structure provided with the ion generator or the ozone generator instead of the above-mentioned adsorption filter or with the adsorption filter. . In this case, the odor-causing substance contained in the indoor air can be decomposed and removed by the ion generator or the ozone generator, so that the indoor air can be made clean air without odor.

  The odor removing function provided in the first air cleaner 50 and the second air cleaner 51 is that the odor removal efficiency of the odor-causing substance is 50% or more after 1 hour from the start of operation, that is, the odor in the air in 1 hour from the start of operation. It is preferable to have a capability of removing 50% or more of the causative substance. More preferable odor removing function is that the efficiency of removing odor-causing substances is 50% or more after 30 minutes from the start of operation, that is, the ability to remove 50% or more odor-causing substances in the air in 30 minutes from the start of operation. It is.

  The 1st air cleaner 50 can be set as the structure provided with the particulate matter detection sensor which detects the particulate matter contained in the indoor air in the periphery of the kitchen 13. In this case, the particulate matter detection sensor can be provided in a controller that is configured separately from the main body portion embedded in the ceiling of the kitchen 13 of the first air purifier 50 and is installed on an indoor wall or the like. If the particulate matter contained in the indoor air in the vicinity of the kitchen 13 can be detected, for example, it is provided in a main body portion embedded in the ceiling of the first air purifier 50, and the arrangement location is not limited.

  Similarly, the 2nd air cleaner 51 can be set as the structure provided with the particulate matter detection sensor which detects the particulate matter contained in the indoor air in the main bedroom 20. Even in this case, the particulate matter detection sensor may be provided in a controller that is configured separately from the main body portion embedded in the ceiling of the main bedroom 20 of the second air purifier 51 and is installed on an indoor wall or the like. However, if the particulate matter contained in the air in the main bedroom 20 can be detected, the arrangement location is not limited, for example, provided in a main body portion embedded in the ceiling of the second air purifier 51.

  The 1st air cleaner 50 and the 2nd air cleaner 51 can be set as the structure provided with the suction amount control part, respectively. In this case, the suction amount control unit can be configured to include a microcomputer, for example. The suction amount control unit can adjust the suction amount of air per unit time sucked by the air purifiers 50 and 51 by the suction amount control unit based on the detection result of the particulate matter detection sensor. For example, when the particulate matter detection sensor detects that a predetermined amount or more of particulate matter is contained in the air, the suction amount control unit controls the amount of air per unit time that the air purifiers 50 and 51 suck. When the particulate matter detection sensor detects that the particulate matter contained in the air is less than or equal to a predetermined amount, the air per unit time sucked by the air purifiers 50 and 51 is adjusted to increase the suction amount. It can be set as the structure adjusted so that the amount of attraction | suction may be reduced.

  Moreover, the 1st air cleaner 50 and the 2nd air cleaner 51 can each be set as the structure provided with the human sensor for detecting a human location. As the human sensor, for example, a camera, a pyroelectric infrared sensor, another type of infrared sensor, or the like can be used. For example, the human sensor can be provided in the main body portion or the controller of the first air cleaner 50 or the second air cleaner 51, but can also be provided separately. In this case, the suction amount control unit determines the suction amount of air per unit time that the air purifiers 50 and 51 suck based on the detection result of the human sensor in addition to the detection result of the particulate matter detection sensor. It can be set as the structure to adjust. For example, when the human sensor does not detect the location of a person for a predetermined time or longer, the suction amount control unit adjusts so that the air suction amount per unit time sucked by the air purifiers 50 and 51 is reduced. And it can be set as the structure adjusted so that the suction | inhalation amount of the air per unit time which the said air cleaners 50 and 51 attract | suck when a human sensitive sensor detects the location of a person may be increased.

  The 1st air cleaner 50 can be set as the structure provided with the odorous substance detection sensor which detects the causative substance of the odor contained in the indoor air around the kitchen 13. FIG. In this case, the odor substance detection sensor can be provided in a controller that is configured separately from the main body portion embedded in the ceiling of the kitchen 13 of the first air purifier 50 and is installed on an indoor wall or the like. If the causative substance of the odor contained in the indoor air around the kitchen 13 can be detected, for example, it is provided in the main body portion of the first air cleaner 50 embedded in the ceiling.

  Similarly, the 2nd air cleaner 51 can be set as the structure provided with the odor substance detection sensor which detects the causative substance of the odor contained in the indoor air in the main bedroom 20. FIG. Even in this case, the odor substance detection sensor may be provided in a controller that is configured separately from the main body portion embedded in the ceiling of the main bedroom 20 of the second air purifier 51 and is installed on an indoor wall or the like. However, as long as the odor-causing substance contained in the air in the main bedroom 20 can be detected, for example, it is provided in the main body portion of the second air purifier 51 embedded in the ceiling.

  When the odor substance detection sensor is provided in the air cleaners 50 and 51, the suction amount control unit is based on the detection result of the odor substance detection sensor in addition to the detection result of the particulate substance detection sensor and the human sensor. The air purifier 50, 51 can be configured to adjust the amount of air sucked per unit time. For example, when the odor substance detection sensor detects that a odor causing substance of a predetermined amount or more is contained in the air, the suction amount control unit sucks the unit time for the air cleaners 50 and 51 to suck. When the odorous substance detection sensor detects that the causative substance of the odor contained in the air is less than or equal to a predetermined amount, the air purifier 50, 51 is adjusted. It can be set as the structure adjusted so that the suction | attraction amount of the air per unit time which suction may reduce.

  The first air purifier 50 and the second air purifier 51 having such a configuration are respectively wired with information such as detection values of the particulate matter detection sensor, human sensor, and odor substance detection sensor and the operating state of the main body portion. Or it can be set as the structure provided with the interface which outputs to another apparatus on radio. By having such an interface, it is possible to operate the first air cleaner 50 and the second air cleaner 51 in cooperation with other devices.

  As described above, the house 1 of the present invention is provided with the indoor temperature adjusting device 53 as a cooling / heating appliance for adjusting the temperature of the indoor space of the second floor portion 3. The panel 52 of the indoor temperature control device 53 is disposed on the second floor portion 3 of the house 1. In the illustrated case, the panel 52 is disposed in the same room as the room where the second air purifier 51 of the second floor portion 3 is disposed, that is, the main bedroom 20.

  The indoor temperature adjustment device 53 can increase the temperature (room temperature) of the main bedroom 20 by heating the panel 52, and can decrease the temperature (room temperature) of the main bedroom 20 by cooling the panel 52. . That is, by heating or cooling the panel 52 that is exposed and disposed in the main bedroom 20, heat is directly exchanged between the panel 52 and the air in the main bedroom 20, or the panel 52 and the main bedroom 20 are The room temperature of the main bedroom 20 can be adjusted by exchanging heat with the space. Thus, unlike the air conditioner that blows warm air or cold air, the indoor temperature adjustment device 53 including the panel 52 adjusts the room temperature without blowing air to the air in the main bedroom 20. Can do. Therefore, even if the indoor temperature adjusting device 53 is operated and the room temperature is adjusted in a state where a pollutant such as pollen has entered the main bedroom 20, the pollutant is raised again inside the main bedroom 20 and air. It is possible to keep the air in the main bedroom 20 in a clean state by preventing the air from moving in.

  The panel 52 is preferably made of metal so that heat exchange can be performed efficiently. In particular, the panel 52 is preferably made of an aluminum alloy. By making the panel 52 made of an aluminum alloy, the panel 52 can be reduced in weight, corrosion can be suppressed, and the thermal conductivity of the panel 52 can be increased. The panel 52 can also be formed of copper or an alloy thereof. In this case, the thermal conductivity of the panel 52 can be further increased. Further, the panel 52 can be formed of iron or an alloy thereof (for example, a steel material such as stainless steel). In this case, the strength of the panel 52 can be increased.

  Even if the panel 52 is formed of any of the materials described above, the surface thereof is preferably coated with a film. As the coating, for example, a coating film, an oxide film, a vapor deposition film, and the like can be employed, and it is particularly preferable to employ ceramic coating. By coating the panel 52 with such a coating, the radiation efficiency of the panel 52 can be increased and the main bedroom 20 can be cooled and heated more efficiently.

  The panel 52 is preferably configured to have an emissivity of 0.9 or more at room temperature. If the panel 52 is coated with the above ceramic coating, an emissivity of 0.9 or more can be obtained. Here, normal temperature means “normal temperature” defined by Japanese Industrial Standards, that is, 20 ± 15 ° C. (5 ° C. to 35 ° C.). The panel 52 is not limited to the above-described configuration having an emissivity of 0.9 or higher, but has a configuration having an emissivity of 0.7 or higher, or a configuration having an emissivity of 0.8 or higher. A thing can also be adopted.

  As shown in FIG. 3, the indoor temperature adjustment device 53 can be configured to include a plurality of panels 52. In FIG. 3, for convenience, only one panel 52 is denoted by a reference numeral. In this case, it is possible to adopt a configuration in which a plurality of panels 52 each formed in a long plate shape having the same length are arranged substantially parallel to each other at a predetermined interval. With such a configuration, ventilation between the panels 52 can be improved, and direct heat exchange with the air by the panels 52 can be performed efficiently.

  As shown in FIG. 3, the plurality of panels 52 are preferably arranged with their longitudinal directions oriented in a substantially vertical direction (substantially up and down direction). With such an arrangement, it is possible to prevent the convection of air heated or cooled by the panel 52 from being obstructed by the panel 52 and to cool and heat the main bedroom 20 more efficiently.

  Each panel 52 can be configured to be connected to each other by a pair of frames 54 provided at both ends in the longitudinal direction. In this case, each panel 52 may be formed to have a length that extends from the floor of the main bedroom 20 to the vicinity of the ceiling, and is supported by the floor and ceiling of the main bedroom 20 via each frame 54.

  A dew receiving tray 55 can be provided on the lower side of the panel 52 in the vertical direction. For example, as shown in FIG. 3, the dew receiving tray 55 can be provided integrally with a frame 54 disposed on the lower side of the panel 52. By providing such a dew condensation receiving tray 55, it is possible to prevent dew condensation generated on the surface of the panel 52 from being received by the dew condensation receiving plate 55 and to wet the floor due to dew condensation.

  It is preferable that the dew receiving tray 55 has a drain part for discharging water accumulated in the inside to the outside. In this case, the drain part is preferably connected to the outdoors or sewage. With such a configuration, it is possible to prevent the water accumulated by the condensation from overflowing from the condensation tray 55.

  In addition, you may make it use the water collected in the said condensation receptacle 55 for other uses, such as humidification, without providing a drain part in the condensation receptacle 55, for example.

  The indoor temperature adjusting device 53 has a heating function for heating the panel 52 and a cooling function for cooling the panel 52, that is, an air conditioning function. In order to realize such an air conditioning function, the indoor temperature adjusting device 53 can be configured to include a heat source device 56.

  The indoor temperature adjustment device 53 has a liquid flow path 57 that passes through the inside of each panel 52, and the heat source device 56 is connected to the liquid flow path 57. In this case, the liquid flow path 57 is connected to the outlet of the heat source unit 56 at one end thereof, and the intermediate portion thereof is circulated inside each panel 52 and is connected to the inlet of the heat source unit 56 at the other end. The

  The heat source device 56 can heat the panel 52 by supplying the liquid channel 57 with a liquid having a temperature higher than the indoor air temperature. That is, by supplying a liquid having a temperature higher than the indoor air temperature from the heat source device 56 to the liquid flow path 57, the liquid can be circulated inside the panel 52 and the panel 52 can be heated by the liquid. On the other hand, the heat source device 56 can cool the panel 52 by supplying the liquid channel 57 with a liquid having a temperature lower than the indoor air temperature. That is, when the liquid having a temperature lower than the indoor air temperature is supplied from the heat source device 56 to the liquid flow path 57, the liquid can be circulated inside the panel 52 and the panel 52 can be cooled by the liquid.

  As the liquid circulating in the liquid flow path 57, for example, water, antifreeze liquid, or the like can be used. The liquid circulated through the panel 52 is returned to the heat source unit 56 through the liquid channel 57, heated or cooled again by the heat source unit 56, and sent to the liquid channel 57 toward the panel 52.

  The liquid flow path 57 may be configured such that a portion between the panel 52 and the heat source device 56 is passed through the ground. In this case, it is possible to adopt a configuration in which the liquid flow path 57 is passed through a pipe buried so as to reach a predetermined depth in the ground. With such a configuration, heat or cooling of the liquid flowing through the liquid channel 57 is more efficiently performed by exchanging heat between the liquid and the underground heat at a portion of the liquid channel 57 disposed in the ground. It can be carried out.

  As the heat source device 56, for example, a heat pump can be used. By using a heat pump as the heat source device 56, the liquid can be easily heated and cooled.

  When the indoor temperature control device 53 is configured to only heat the panel 52, that is, to heat the main bedroom 20, the heat source device 56 is replaced with a heat pump, for example, a device such as a boiler that operates with gas or kerosene. Can also be used.

  In addition, when groundwater or hot springs are used as the liquid to be supplied to the panel 52, the liquid passage 57 may be configured to discharge the liquid that has passed through the panel 52 to sewage or the like without forming the liquid passage 57 as a circulation passage. it can.

  The indoor temperature adjustment device 53 can be configured to include an air temperature sensor that detects the temperature of the indoor space in the main bedroom 20, that is, the room temperature of the main bedroom 20. In this case, it is preferable that the temperature sensor is provided in a controller 58 that is configured separately from the panel 52 or the panel 52 or the heat source unit 56 and is installed on an indoor wall or the like. The controller 58 is for setting the room temperature of the main bedroom 20 by the operation of the operator. The indoor temperature adjustment device 53 can also be configured to include a humidity sensor that detects the humidity of the main bedroom 20 in addition to the temperature sensor. The humidity sensor can also be provided on the panel 52 or the controller 58 in the same manner as the temperature sensor.

  In addition, the indoor temperature adjustment device 53 can be configured to include a liquid adjustment unit. The liquid adjusting unit adjusts at least one of the amount and temperature of the liquid to be supplied to the liquid flow path 57, that is, the panel 52 by the heat source device 56 based on the detection result of the temperature sensor. That is, the liquid adjusting unit adjusts the degree of heating or cooling of the panel 52 by adjusting the flow rate of the liquid per unit time supplied to the liquid channel 57 while keeping the temperature of the liquid constant, or the liquid channel 57 Adjusting the degree of heating or cooling of the panel 52 by increasing or decreasing the temperature of the liquid while keeping the flow rate of the liquid per unit time to be supplied constant, or adjusting both the liquid temperature and the flow rate per unit time Thus, the degree of heating or cooling of the panel 52 is adjusted.

  With such a configuration, the main bedroom 30 can be efficiently cooled and heated by the panel 52 while performing feedback control based on the temperature (room temperature) of the main bedroom 20.

  The liquid adjustment unit takes into account the detection result of the humidity sensor in addition to the detection result of the temperature sensor, and at least one of the amount and temperature of the liquid that the heat source device 56 should supply to the liquid flow path 57, that is, the panel 52. It can also be set as the structure which adjusts one side. With such a configuration, the main bedroom 20 can be cooled and heated more comfortably by the panel 52 while performing feedback control based on the temperature (room temperature) and humidity of the main bedroom 20.

  Further, the indoor temperature adjustment device 53 is provided with a temperature sensor for detecting the temperature of the liquid or the temperature of the panel 52, and the liquid adjustment unit is added with the detection result of the temperature sensor in addition to the detection result of the temperature sensor. A configuration may also be adopted in which 56 adjusts at least one of the amount and temperature of the liquid to be supplied to the liquid flow path 57, that is, the panel 52. With such a configuration, the main bedroom 30 can be cooled and heated more efficiently by the panel 52 while performing feedback control based on the temperature (room temperature) of the main bedroom 20 and the temperature of the panel 52 or the temperature of the liquid.

  In order to realize the above function, the indoor temperature adjustment device 53 can be configured to include a control unit such as a microcomputer, for example. In this case, the indoor temperature adjustment device 53 can be configured to include an interface that outputs information such as detection values of various sensors to other devices in a wired or wireless manner. By having such an interface, the indoor temperature adjustment device 53 can be operated in cooperation with other devices.

  As described above, in the house 1 of the present invention, pollutants such as pollen that have entered the indoors are the first air cleaner 50 installed on the first floor portion 2 and the second air cleaner 51 installed on the second floor portion. Can be cleaned. In addition, in the house 1 of the present invention, an indoor temperature adjustment device 53 including a panel 52 capable of performing air conditioning without air blowing is used as a device for performing air conditioning of the second floor portion 3 in which the main bedroom 20 is provided. Thus, pollutants such as pollen accumulated on the indoor floor can be prevented from rising and flying in the air. Thereby, the house 1 of the present invention obtains a good effect that indoor air can be maintained in a healthy state even when pollutants such as pollen have entered the room to some extent. Can do.

  This house 1 can be provided with a room-drying space 27 inside. In the present embodiment, as described above, the room drying space 27 is provided in the area facing the veranda 28 of the second floor portion 3. The room drying space 27 is provided with a device that can dry the laundry or a device that assists in the installation of the device. For example, as shown in FIG. 4, a pair of support devices 60 are detachably attached to the ceiling of the room drying space 27 by means such as screwing the rod portions 60a into the ceiling, and are integrated with the lower ends of these rod portions 60a. It is possible to adopt a configuration in which the clothes hanger 61 is installed in the room drying space 27 through the clothes hanger 61 through the ring body 60b provided in the room. By providing such a support device 60, the room drying space 27 is configured as a space in which laundry or the like can be dried.

  The appliance that allows the laundry to be dried or the appliance that assists the installation of the appliance is not limited to the above-described configuration, and various shapes or forms may be used. For example, as the appliance, one having a configuration that is installed on a wall or floor in the room drying space 27 can also be used. Moreover, as said instrument, not only the structure fixed to a ceiling, a floor, a wall, etc. so that attachment or detachment is possible, the thing of the structure provided so that accommodation to a ceiling, a floor, a wall, etc. can also be used. Furthermore, the appliance that enables the laundry to be dried can be configured to be installed alone without using an appliance that assists the installation of the appliance.

  As shown in FIG. 2, it is preferable that an air blower 62 is provided in the room drying space 27. The blower 62 is preferably fixed to the ceiling, wall or floor in the room drying space 27.

  The blower 62 may have a function of blowing air to the room drying space 27, more preferably a function of blowing air toward the laundry to be dried by the appliance. The blower 62 can be configured to blow air to the room drying area by circulating indoor air. By setting it as such a structure, the cost of the air blower 62 can be reduced and the construction for installing the air blower 62 can be made easy.

  The air blower 62 can also be configured to have a dehumidifying function. When the blower device 62 has a dehumidifying function, it is possible to blow dry air to the laundry or the like, and the laundry can be dried more efficiently.

  Moreover, the air blower 62 can also be set as the structure which can blow warm air. When the blower 62 blows warm air to the laundry or the like, the laundry can be dried more efficiently.

  Furthermore, the air blower 62 can also be configured to be able to change the wind direction in the vertical direction. By setting it as such a structure, it becomes possible to blow air to desired positions, such as a laundry, and can dry a laundry more efficiently. In this case, the air blower 62 can be configured to have a function of automatically changing the wind direction in the vertical direction. As a result, it is possible to uniformly blow air to the laundry or the like, and the laundry can be dried more efficiently.

  Further, the blower 62 may be configured to have an odor removing function for removing odor-causing substances from the air in the room drying space 27. By providing the blower device 62 with an odor removing function, it is possible to reduce room-dried odors where laundry or the like is generated.

  The odor removing function can be constituted by, for example, an adsorption filter such as activated carbon that adsorbs odor-causing substances. In addition, the odor removing function may be configured to include an ion generator or an ozone generator instead of the above-described adsorption filter or together with the adsorption filter. In this case, the odor causing substance contained in the air in the room drying space 27 can be decomposed and removed by the ion generator or the ozone generator.

  The room drying space 27 may be provided with an exhaust device that exhausts the air in the room drying space 27 to the outside. By providing the exhaust device, it is possible to exhaust the air having high humidity when the laundry or the like is dried in the room drying space 27 to the outside so that the laundry can be dried more efficiently.

The exhaust system can be used as an exhaust capacity of 20 m ³ / hour (hour 20 m ³⁾ or more, more preferably one 50 m ³ / hour (hour 20 m ³⁾ or exhaust capability, the exhaust capability 100m ³ / hour (per hour 20m ³⁾ or more of what is more preferable.

  The exhaust device can be provided separately from the blower device 62, but may be configured to be provided integrally with the blower device 62. For example, in the above embodiment, the blower 62 has a function as an exhaust device, that is, an exhaust function.

  The air blower 62 provided with the exhaust function can be configured to have an air supply function for supplying outdoor air to the room drying space 27. In this case, since the air blower 62 can ventilate the air in the room drying space 27 while blowing air to the laundry or the like, it can dry the laundry or the like more effectively without reducing the indoor air environment. Can do. In addition, when providing an air supply function in the air blower 62, it is preferable to provide an air supply filter similar to that used in the constant ventilation device in the air supply path.

  The room-drying space 27 is adjacent to the veranda 28 provided with the sun terrace 31. Therefore, when the weather is good and the amount of pollutants such as pollen contained in the air is small, the door 30 is opened and the laundry is washed. It can be easily dried on the veranda 28 or the sun terrace 31. That is, it becomes easy to link the outside drying to the room drying.

  As shown in FIG. 1, a bathroom 15 is provided with an appliance that can hang laundry as shown in FIG. 4, or an appliance that assists the installation of the appliance, and a blower 62. The washroom 15 adjacent to 16 can also be configured as a room drying space. In this case, since the exhaust part 40 is provided in the bathroom 16, it is not necessary to separately provide an exhaust device in the bathroom 15 that is a room drying space, and the cost can be reduced accordingly. In addition, since the toilet 15 is provided with a water supply port and a drain port in which the washing machine 63 can be installed, the washing machine 63 can be disposed in the bathroom 15 which is a room drying space. Therefore, the place where the laundry is dried and the washing machine can be provided in the same room to facilitate the operation of hanging the laundry.

  By providing the room drying space 27 having such a configuration, the laundry can be dried in the indoor room drying space 27 on a day when there are many pollutants such as pollen contained in the outdoor air. Moreover, even if the laundry is dried in the indoor room drying space 27, the humidity and odor can be suppressed and the indoor air can be maintained in a clean and healthy state.

  FIG. 5 is a floor plan of a first floor portion of a house according to another embodiment of the present invention, and FIG. 6 is a floor plan of the second floor portion of the house shown in FIG. 5 and 6, the same reference numerals are given to the components corresponding to the above-described configurations, and the description thereof will be omitted.

  In the house 1 of the modification shown in FIG. 5, the entrance 11 is provided at the corner on the southeast side of the first floor part 2 of the house 1. A kitchen 13 and a living room 12 in which a living room and a dining room are integrated are provided on the west side of the entrance 11, and a guest room 14 is provided on the north side of the living room 12. A stairs 18 and a toilet 17 are provided on the east side of the guest room 14. On the other hand, a washroom 15 is provided on the north side of the entrance 11, and a bathroom 16 is provided on the north side of the washroom 15.

  On the other hand, a main bedroom 20 is provided on the second floor portion 3 of the house 1 facing the east side wall. The north side of the master bedroom 20 is a walk-in closet 21. The central area of the second floor portion 3 is a hall 22 with stairs 18 extending from the first floor portion, and two child rooms 23 and 24 are provided on the west side of the hall 22 in the north-south direction. A toilet 25 is provided on the north side of the hall 22, and a room drying space 27 is provided on the south side. This room drying space 27 is configured to also serve as a family space. A veranda 28 is provided outside the south side of the second floor portion 3, and a sweep window 29 is provided on the wall of the main bedroom 20 facing the veranda 28. A sweep window 29 is also provided on the wall of the room drying space 27 facing the veranda 28, and a sun terrace 31 is provided outside the sweep window 29.

  On the other hand, the exhaust part 40 which constitutes a constant ventilation device is provided in, for example, the bathroom 16 and the toilet 17 in the first floor part 2 and in the toilet 25 and the room drying space 27 in the second floor part 3. On the other hand, the air supply unit 41 is provided, for example, in the living room 12 of the first floor portion 2 (two are provided in the living room 12), the guest room 14 and the washroom 15, and the main bedroom 20 and two of the second floor portion 3 It is provided in the child rooms 23 and 24.

  Also in the house 1 of this modified example, the first air cleaner 50 is provided in the living room 12 of the first floor portion 2 having the kitchen 13, and the second air cleaner 51 and the indoor temperature control device are installed in the main bedroom 20 of the second floor portion 3. 53 panels 52 are arranged. As a result, pollutants such as pollen that have entered the room are cleaned by the first air cleaner 50 installed in the first floor portion 2 and the second air cleaner 51 installed in the second floor portion 3, and the main bedroom 20 Contamination of pollen and the like accumulated on an indoor floor or the like by using an indoor temperature control device 53 provided with a panel 52 capable of performing air conditioning without air blowing as a device for air conditioning of the second floor portion 3 provided with Even if pollutants such as pollen have entered the room to some extent, the indoor air can be maintained in a healthy state by suppressing the substance from rising and flying into the air.

  Moreover, since the washroom 15 is configured to be able to enter the entrance 11 without passing through the living room 12, it is possible to take off clothes with pollutants and other contaminants attached to the washroom 15 and put them in the washing machine 63. it can. Therefore, entry of contaminants such as pollen into the living room 12 can be suppressed. In addition, since the air supply part 41 is provided in the washroom 15, and the exhaust part 40 is provided in the bathroom 16 adjacent to this, pollutants, such as pollen which flew in the air of the washroom 15, are the said washroom. 15 flows into the bathroom 16 and is exhausted from the exhaust section 40 of the bathroom 16 to the outside. Accordingly, it is possible to suppress leakage of contaminants from the washroom 15 toward the living room 12 and the like.

  Also in the house 1 of this modified example, the washroom 15 can be configured as a room drying space by providing an appliance that can hang the laundry or an appliance that assists the installation of the appliance and the blower 62. . Even in this case, since the air supply unit 41 is provided in the bathroom 15 and the exhaust unit 40 is provided in the bathroom 16 adjacent thereto, the laundry etc. can be efficiently dried in the bathroom 15, that is, the room drying space. Can do.

  Also in the house 1 of this modified example, the room drying space 27 provided on the second floor portion 3 is provided with an appliance that can hang the laundry or an appliance that assists in the installation of the appliance and a blower 62. Yes. A device that can dry the laundry or a device that assists the installation of the device can be the same as that shown in FIG. Since the air drying unit 40 having the same function as the exhaust device is provided in the room drying space 27, it is not necessary to provide the exhaust device 62 with the exhaust function.

  In the house 1 of this modified example, the room drying space 27 is adjacent to the veranda 28 provided with the sun terrace 31 through the sweep window 29, so that the weather is good and the amount of pollutants such as pollen contained in the air is good. On days when there is little, the laundry can be easily dried on the veranda 28 or the sun terrace 31 from the sweep window 29. That is, it becomes easy to link the outside drying to the room drying.

  FIG. 7 is a floor plan of a first floor portion of a house according to still another embodiment of the present invention, and FIG. 8 is a floor plan of the second floor portion of the house shown in FIG. 7 and 8, the same reference numerals are given to the components corresponding to the above-described components, and the description thereof will be omitted.

  The house 1 shown in FIG. 7 is a two-story single-family house having a first-floor part 2 and a second-floor part 3 and is a two-story room plan house in which a room 12 is provided on the second-floor part 3. In this house 1, the kitchen 13 as well as the living room 12 is provided on the second floor portion 3, so the first floor portion 2 corresponds to the second floor and the second floor portion 3 corresponds to the first floor.

  In this house 1, the entrance 11 is provided northward at the northeast corner of the first floor portion 2. A family closet 70 and a staircase 18 are provided on the west side of the entrance 11, and a toilet 17 is provided on the south side. In addition, a main bedroom 20 is provided at the northeast corner of the first floor portion 2, and two child rooms 23 and 24 are provided in the south east side by side. These child rooms 23 and 24 are divided into two rooms by a movable partition 71. However, it is also possible to make one room by shifting the movable partition 71. A washroom 15 is provided on the south side of the main bedroom 20, and a bathroom 16 is provided on the south side of the washroom 15.

  The second floor portion 3 is provided with a living room 12 and a kitchen 13, and a staircase 18 extending from the first floor portion is disposed in the central area of the living room 12. A hand washing place 72 and a toilet 25 are provided on the east side of the kitchen 13, and a room drying space 27 and a tatami corner 73 are provided on the west side. The room drying space 27 is separated from the living room 12 by a sliding door 74, and a washing machine 63 is disposed therein. An open loggia 75 is provided outside the second floor portion 3 on the southwest side, and a sweep window 29 that can be fully opened is provided on the wall of the living room 12 facing the open loggia 75.

  For example, the exhaust unit 40 that constitutes the continuous ventilation device is provided in the bathroom 16 and the toilet 17 in the first floor portion 2 and in the toilet 25 in the second floor portion 3. On the other hand, the air supply unit 41 is provided in, for example, the main bedroom 20, the two child rooms 23 and 24, and the family closet 70 of the first floor portion 2, and the room drying space 27 of the second floor portion 3.

  Also in the house 1 of this modified example, two first air purifiers 50 are provided in the living room 12 of the second floor part 3 having the kitchen 13, and the second air purifier 51 and the indoor temperature are provided in the main bedroom 20 of the first floor part 2. A panel 52 of the adjusting device 53 is disposed. As a result, pollutants such as pollen that have entered the room are cleaned by the first air cleaner 50 installed in the second floor part 3 and the second air cleaner 51 installed in the first floor part 2, and the main bedroom 20. By using an indoor temperature control device 53 having a panel 52 capable of performing air conditioning without air blowing as a device for air conditioning of the first floor portion 2 provided with It is possible to keep the indoor air in a healthy state even if pollutants and other pollutants have entered the room to some extent by suppressing the rise of pollutants and flying in the air. .

  In addition, since the family closet 70 is provided adjacent to the entrance 11, clothes such as a cloak to which pollutants such as pollen are attached can be removed with the family closet 70 before entering the living room 12. Thereby, the penetration | invasion of the contaminant into the living room 12 can be suppressed. If this family closet 70 is provided with an outlet (not shown in FIG. 7) similar to the coat cloak 32 shown in FIG. By removing contaminants such as pollen by suction, the entry of the contaminants into the indoor space such as the living room 12 can be more reliably suppressed.

  In the house 1 of this modified example, the washing machine 63 is arranged in the room drying space 27 provided in the second floor portion 3, not in the washroom 15 provided in the first floor portion 2 adjacent to the bathroom 16. In this case, the room drying space 27 is provided with water supply and drainage facilities for the washing machine 63. The room drying space 27 is provided with a device that can dry the laundry or a device that assists in the installation of the device. As the instrument, the same instrument as shown in FIG. 4 can be provided. In addition, a blower 62 is provided in the room drying space 27. As the air blower 62, the thing provided with the above dehumidification functions, an odor removal function, and an exhaust function can be used.

  In the house 1 of this modification, the washing machine 63 is provided in the room drying space 27 adjacent to the living room 12 and the kitchen 13 even though the bathroom 16 is provided on the first floor portion 2. It can be simplified and housework can be done efficiently. The room drying space 27 is provided with an air supply unit 41 in addition to the air blowing device 62, and air is blown from the air blowing device 62 toward the laundry and is taken into the room drying space 27 from the air supply unit 41. Since outside air can be supplied to the living room 12 through the door 76 provided between the tatami corner 73, the laundry is efficiently dried by blowing air from the blower 62 while ventilating the room drying space 27. Can be made.

  It goes without saying that the present invention is not limited to the above-described embodiment, and various modifications can be made without departing from the scope of the invention.

  The present invention can be used when building a multi-level house having a first floor having a kitchen and a second floor different from the first floor.

DESCRIPTION OF SYMBOLS 1 Housing 2 First floor part 3 Second floor part 10 Entrance porch 11 Entrance 12 Living room 13 Kitchen 14 Guest room 15 Washroom 16 Bathroom 17 Toilet 18 Staircase 20 Master bedroom 21 Walk-in closet 22 Hall 23 Children room 24 Children room 25 Toilet 26 Atrium 27 Dried room 28 Veranda 29 Sweep window 30 Door 31 Sun terrace 32 Coat cloak 33 Door 34 Room door 35 Clothes hook 36 Outlet 40 Exhaust part 41 Air supply part 50 First air cleaner 51 Second air cleaner 52 Panel 53 Indoor Temperature adjusting device 54 Frame 55 Condensation pan 56 Heat source machine 57 Liquid flow path 58 Controller 60 Supporting device 60a Rod portion 60b Ring body 61 Clothes hanger 62 Blower 63 Washing machine 70 Family closet 71 Movable partition 72 Hand washing place 73 Tatami corner 74 Door 75 open loggia 76 door

Claims (22)

A multi-level house having a first floor having a kitchen and a second floor different from the first floor,
It has a clean filter capable of collecting 50% or more of particulate matter having a particle size of 20 μm or more, sucks air from the indoor space of the first floor, and passes the air to the indoor space of the first floor through the clean filter. A first air purifier for recharging;
It has a clean filter capable of collecting 50% or more of particulate matter having a particle size of 20 μm or more, sucks air from the indoor space of the second floor and passes the air through the clean filter into the indoor space of the second floor. A second air purifier for recharging;
A house comprising a panel disposed on the second floor, and an indoor temperature adjusting device that adjusts the temperature of the indoor space of the second floor by heating or cooling the panel.   The house according to claim 1, wherein the second air purifier and the panel are arranged in the same room on the second floor.   The house according to claim 1 or 2, wherein the clean filter is capable of collecting 50% or more of a particulate material having a particle size of 0.1 µm or more.   The at least one of the first air cleaner and the second air cleaner is embedded in any one of a ceiling, a wall, and a floor of the corresponding floor. Any one of the houses.   At least one of the first air cleaner and the second air cleaner includes a particulate matter detection sensor that detects particulate matter contained in indoor air, and air based on a detection result of the particulate matter detection sensor. The house according to claim 1, further comprising a suction amount control unit that adjusts the suction amount.   6. The odor removing function according to claim 1, wherein at least one of the first air cleaner and the second air cleaner has an odor removing function for removing an odor-causing substance from indoor air. The house according to item 1.   The house according to claim 6, wherein the odor removing function is an adsorption filter that adsorbs an odor-causing substance.   At least one of the first air cleaner and the second air cleaner is based on an odor substance detection sensor that detects an odor causing substance contained in indoor air and a detection result of the odor substance detection sensor. The housing according to claim 6, further comprising: a suction amount control unit that adjusts a suction amount of air.   The house according to any one of claims 1 to 8, wherein the panel is made of metal.   The said panel is coated with coating films, such as a coating film, an oxide film, or a vapor deposition film, The house of any one of Claims 1-9 characterized by the above-mentioned.   The said panel has the emissivity of 0.9 or more at normal temperature, The house in any one of Claims 1-10 characterized by the above-mentioned.   The house according to any one of claims 1 to 11, wherein the indoor temperature control device has a plurality of the panels.   The house according to any one of claims 1 to 12, wherein the indoor temperature control device has a heating function for heating the panel and a cooling function for cooling the panel.   The indoor temperature control device has a liquid flow path that passes through the inside of the panel, and the heating function functions when a liquid having a temperature higher than the indoor air temperature is supplied to the liquid flow path, and the cooling function The house according to claim 13, which functions by supplying a liquid having a temperature lower than an indoor air temperature to the liquid flow path.   The indoor temperature adjustment device detects at least one of an air temperature sensor that detects the air temperature of the indoor space of the second floor, and the amount and temperature of the liquid that is supplied to the liquid channel based on the detection result of the air temperature sensor. The housing according to claim 14, further comprising a liquid adjusting unit to be adjusted.   The house according to any one of claims 1 to 15, wherein a dew receiving tray for receiving dew condensation generated in the panel is provided below the panel.   17. The apparatus according to claim 1, further comprising a continuous ventilation device including an exhaust unit that discharges indoor air to the outdoors and an air supply unit that supplies outdoor air to the indoors. The listed house.   The air supply unit has an air supply filter capable of collecting 50% or more of particulate matter having a particle diameter of 20 μm or more, and air taken from outside is supplied indoors through the air supply filter. The house according to claim 17.   It has a room drying space in which an appliance that can hang laundry or an appliance that assists the installation of the appliance is provided, and a blower that blows air to the room drying space. The house according to any one of claims 1 to 18.   The house according to claim 19, further comprising an exhaust device that exhausts air in the room drying space to the outside.   21. The house according to claim 19 or 20, wherein the room-drying space is adjacent to a bathroom.   21. House according to claim 19 or 20, characterized in that the room drying space is adjacent to a sweep window.

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