WO2017063551A1 - 一种原生态养生房屋 - Google Patents

一种原生态养生房屋 Download PDF

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WO2017063551A1
WO2017063551A1 PCT/CN2016/101829 CN2016101829W WO2017063551A1 WO 2017063551 A1 WO2017063551 A1 WO 2017063551A1 CN 2016101829 W CN2016101829 W CN 2016101829W WO 2017063551 A1 WO2017063551 A1 WO 2017063551A1
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original ecological
house
exchange system
ecological health
house according
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French (fr)
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韩文正
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Shenzhen New Tenon R&d CoLtd
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Shenzhen New Tenon R&d CoLtd
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    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04D—ROOF COVERINGS; SKY-LIGHTS; GUTTERS; ROOF-WORKING TOOLS
    • E04D13/00—Special arrangements or devices in connection with roof coverings; Protection against birds; Roof drainage ; Sky-lights
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
    • E04H1/00—Buildings or groups of buildings for dwelling or office purposes; General layout, e.g. modular co-ordination or staggered storeys
    • E04H1/02—Dwelling houses; Buildings for temporary habitation, e.g. summer houses
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B10/00—Integration of renewable energy sources in buildings
    • Y02B10/20—Solar thermal

Definitions

  • the invention belongs to the technical field of house construction, and particularly relates to an original ecological health house.
  • the current house is mainly composed of the main body of the house, doors, windows, floors and roofs.
  • the main problems of houses are: (1) the land resources are occupied during the construction of the house, causing the depletion of planting land resources; (2) the large amount of domestic sewage is discharged, polluting the rivers and lakes, and the living environment is getting worse; (3) the energy waste is huge. (4) Human beings tend to concentrate on the central areas of urban areas, and the distribution is uneven, resulting in many social problems such as transportation, energy, environment, and public security.
  • the object of the present invention is to provide an original ecological health house integrating a solar energy photoelectric conversion system, a self-circulating sewage purification irrigation system, a ground temperature air conversion system, an original ecological air freshening system, a ground temperature water exchange system, and a solar heat exchange system.
  • the technical solution for realizing the invention is: an original ecological health house, the main structure thereof comprises: a house (2), a door (3), a roof (4), a window (8) built on the earth (1), The soil layer on the roof (17), the plants planted on the roof soil (5), solar photovoltaic conversion system [including solar photovoltaic panels (6) built on the pillars of solar photovoltaic panels, built on the roof Solar photovoltaic panel pillar (7), photoelectric conversion controller], self-circulating sewage purification irrigation system [including irrigation pipeline connecting sewage pool and plants (9), sewage purification basin built in the ground underground and connected to the house through sewage pipeline (10), the sewage pipe connecting the sewage purification pool and the house (11), the irrigation controller connecting the sewage purification pool and the irrigation pipe (16), the ground temperature air conversion system [including the ground temperature air built between the earth and the floor of the house)
  • the ground temperature water exchange system [including a water exchange heat sink (19), connected to the ground temperature water exchange system and The geothermal water exchange system inlet pipe (20) of the geothermal well, the ground warm water exchange system and the geothermal water exchange system drain pipe (21) of the ground, the ground temperature water exchange controller connecting the ground water exchange system inlet pipe and the geothermal water exchange system ( 22), geothermal water exchange system wells installed in the depths of the earth (23)], solar heat exchange system [including solar water heaters (24) installed on the pillars of solar photovoltaic panels, connecting solar water heaters and indoor water exchange heat sinks
  • the water pipe (25) connects the water outlet pipe (26) of the solar water heater and the indoor water exchange heat sink and the associated control system and hot water pump (see the attached drawings for details).
  • the invention is characterized in that: the living hydropower is basically self-sufficient and self-sufficient in circulation system; does not occupy any land planting area; the house structure makes full use of natural energy, realizes warm winter and cool in summer, cool in the night and cool in the day; the living environment is rich in negative ions, realizing the original Ecological environment to improve the health of residents.
  • the house is a semi-underground structure, the wall is made of environmentally-friendly insulation, waterproof, material construction, ground temperature air exchange system under the floor, ground temperature water exchange system, making full use of the natural characteristics of underground winter warm and cool summer.
  • the solar photovoltaic conversion system comprises a solar photovoltaic panel (6) built on a solar photovoltaic panel pillar, a solar photovoltaic panel pillar (7) built on the roof, and a photoelectric conversion controller concealed under the photovoltaic panel;
  • the self-circulating sewage purification irrigation system is constructed by connecting an irrigation pipe (9) between the sewage pool and the plant, and constructing a sewage purification pool (10) connected to the ground through the sewage pipe to connect the sewage purification pool and the sewage pipe of the house.
  • (11) consisting of an irrigation controller (16) connecting the sewage purification tank and the irrigation pipeline;
  • the geothermal air conversion system consists of a ground air exchange layer (12) built between the earth and the floor of the house, and an air intake duct (13) connecting the house and the ground air exchange layer, connecting the ground air exchange layer and the floor air of the house.
  • the raw air freshening system is composed of an original air freshener (18) installed at the front end of the exhaust fan and a fan (15) installed on the ground temperature outlet pipe;
  • the geothermal water exchange system comprises a water exchange heat dissipation plate (19), a ground water exchange system (20) connected to the ground temperature water exchange system and the ground temperature water well, and a ground temperature water exchange system and a geothermal water exchange system drainage pipe connected to the earth (21). ), a ground temperature water exchange controller (22) connected to the ground water exchange system inlet water pipe and the ground temperature water exchange system, and a ground water exchange system water well (23) installed deep in the earth;
  • the solar heat exchange system comprises a solar water heater (24) installed on the pillar of the solar photovoltaic panel, connecting the water heater (25) of the solar water heater and the indoor water exchange heat sink, and connecting the water outlet of the solar water heater and the indoor water exchange heat sink ( 26) As well as the controller and the hot water pump.
  • the first part of the original ecological health house is built under the horizon and is a semi-underground house.
  • the above-mentioned original ecological health house can be built in a greenhouse.
  • the above-mentioned original ecological health house can be prefabricated by using light body waterproof and heat recyclable materials, cement pouring, brick-concrete structure, steel structure, wood, prefabricated board, heat insulating material, waterproof material or recyclable construction. Construction of the building materials.
  • the above-mentioned original ecological health house is characterized in that it is equipped with a ground temperature air exchange system.
  • the above-mentioned original ecological health house is equipped with a geothermal water exchange system.
  • the above-mentioned original ecological health house is equipped with a solar heat exchange system, and can use solar energy to heat the room in winter.
  • the self-circulating sewage purification irrigation system configured by the original ecological health house has the function of biological sewage solution, and the decomposed sewage can be used for irrigating plants planted on the roof and surrounding areas, thereby realizing zero discharge of domestic sewage, water Resources are self-looping.
  • the above-mentioned original ecological health house is equipped with a solar photoelectric conversion system, which realizes self-sufficiency of basic electricity consumption in the living, planting plants under the photovoltaic panel, can avoid the plants being exposed to the sun, and can also lower the temperature inside the house.
  • the above-mentioned original ecological health house, the solar photoelectric conversion system, the self-circulating sewage purification irrigation system, the ground temperature air conversion system, the original ecological air freshening system, the ground temperature water exchange system, the solar heat exchange system are intelligent control of computer control system.
  • the positive significance of the invention (1) The house does not occupy the land planting resources when it is built, and the living environment is combined with the planting, which provides an original ecological environment for living and living; (2) Zero discharge of domestic sewage, life Sewage through The self-circulating sewage purification irrigation system with organic decomposition function is fully solved for organic planting irrigation; (3) natural energy (solar energy, light energy, geothermal energy) is comprehensively utilized, and low-carbon life can be realized; (4) good people The living environment is bound to spread the human beings evenly distributed in the vast areas, communicate, communicate and work together through the Internet to solve many social problems such as urban transportation, energy, environment, and public security.
  • Figure 1 is a schematic view of the structure of the present invention:
  • Figure 1 shows the general structure of the present invention and is a specific embodiment of the present invention.
  • FIG. 1 an original ecological health house. Its main structure includes: house (2) built on the earth (1), door (3), roof (4), window (8), soil layer on the roof (17), planted in the roof soil Plant on the layer (5), solar photoelectric conversion system [Specific implementation: build a metal bracket (7) on the roof and then install a solar photovoltaic panel (6) on the bracket, the solar photoelectric conversion controller is concealed and installed under the photovoltaic panel And through the power line to connect photovoltaic panels and indoor lighting, home appliances), self-circulating sewage purification irrigation system [specifically: the sewage in the house connected to the sewage purification pool and the sewage pipe (11) of the house a sewage purification pool (10) built underground in the earth and connected to the house through a sewage pipe.
  • the sewage is organically decomposed and purified, and then connected to the sewage purification pool through an irrigation pipe (9) connecting the sewage pool and the plant.
  • the irrigation controller (16) of the irrigation pipe Under the control of the irrigation controller (16) of the irrigation pipe, the liquid pump is used to perform unequal irrigation at different time intervals according to the needs of the plant.
  • the ground temperature air conversion system is implemented as: between the earth and the floor of the house.
  • An overhead structure is formed to form a ground-temperature air exchange layer (12).
  • the exhaust fan (15) installed on the ground-temperature outlet pipe is started under the arrangement of the complaint system, and is connected underground by connecting the ground air exchange layer with the floor temperature air outlet pipe (14) of the house.
  • the warm winter and cool summer gas is delivered to the room, and the air intake pipe (13) connecting the house and the ground air exchange layer realizes the circulating flow of indoor air and underground air.
  • the original ecological air freshening system [specifically implemented: high concentration
  • the original ecological air freshener (18) is installed at the front end of the exhaust fan (15) of the ground temperature air exchange system, and is started under the control of the control system.
  • the exhaust fan evenly distributes the high concentration negative ions to the indoor space of the house to create an excellent living environment of the original environment]
  • Geothermal water exchange system [Specific implementation: build a geothermal water exchange system well (23) deep in the earth by drilling wells at the bottom or periphery of the house, and connect the geothermal water exchange system of the ground water exchange system inlet pipe and the geothermal water exchange system (22) According to the indoor temperature and the temperature of the groundwater well, control and adjust the flow of the pressure pump to pass the groundwater through the connection ground.
  • the water exchange system and the ground temperature water exchange system inlet pipe (20) of the ground temperature water well send the groundwater into the geothermal water exchange heat dissipation plate (19) to realize the adjustment of the indoor temperature of the house.
  • the ground water is connected through the connection.
  • the exchange system and the geothermal water exchange system drain pipe (21) of the earth are re-injected into the earth, and the heat exchange is again carried out with the ground temperature through the sand microcirculation system of the earth, thereby realizing the automatic adjustment of the geothermal temperature in the deep ground and the room temperature in winter and summer.
  • solar heat exchange system [specific implementation: the solar water heater (24) is installed on the roof of the photovoltaic panel pillar, hot water through the hot water pump controlled by the control system to connect the hot water through the solar water heater and indoor water exchange heat
  • the inlet pipe (25) of the plate is sent to the indoor water exchange heat sink for heat exchange, and then the water outlet pipe (26) connecting the solar water heater and the indoor water exchange heat dissipation plate is returned to the water storage tank of the solar water heater to realize the indoor temperature of the house.

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  • Architecture (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
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Abstract

一种原生态养生房屋，包括建造在大地（1）上的房屋（2）、房门（3）、房顶（4）、窗户（8），房顶（4）上的土层（17），种植在土层（17）上的植物（5），太阳能光电转换系统，自循环污水净化灌溉系统，地温空气转换系统，原生态空气清新系统，地温水交换系统，太阳能热交换系统。该房屋不占用土地种植面积，生活污水零排放，充分利用大自然能源，节能、环保。

Description

一种原生态养生房屋 技术领域
本发明属于房屋建造技术领域，具体涉及一种原生态养生房屋。
背景技术
目前的房屋主要由房屋主体、门、窗、地板、房顶组成。目前房屋的主要问题是：(1)房屋建造时占用土地资源，造成种植土地资源日益枯竭；(2)生活污水大量排放，污染江河湖海，人居环境日益恶劣；(3)生活能源浪费巨大；(4)人类日益趋向集中居住城市中心地区，分布不均匀，造成交通、能源、环境、治安等众多社会问题。
本发明内容
本发明的目的是提供一种集太阳能光电转换系统、自循环污水净化灌溉系统、地温空气转换系统、原生态空气清新系统、地温水交换系统、太阳能热交换系统于一体的原生态养生房屋。
实现本发明的技术方案是：一种原生态养生房屋，其主要结构包括：建造在大地(1)上的房屋(2)、房门(3)、房顶(4)、窗户(8)，房顶上的土层(17)，种植在房顶土层上的植物(5)，太阳能光电转换系统【包括建造在太阳能光伏板支柱上的太阳能光伏板(6)，建造在房顶上的太阳能光伏板支柱(7)，光电转换控制器】，自循环污水净化灌溉系统【包括连接污水池与植物之间的灌溉管道(9)，建造在大地地下并通过排污管道连接房屋的污水净化水池(10)，连接污水净化水池与房屋的排污管道(11)，连接污水净化水池与灌溉管道的灌溉控制器(16)】，地温空气转换系统【包括建造在大地与房屋地板之间的地温空气交换层(12)，连接房屋与地温空气交换层的进气管道(13)，连接地温空气交换层与房屋的地温空气出气管道(14)，安装在地温出气管道上的风扇(15)】，原生态空气清新系统【包括安装在排风扇前端的原生态空气清新器(18)以及安装在地温出气管道上的风扇(15)】，地温水交换系统【包括水交换散热板(19)，连接地温水交换系统与地温水井的地温水交换系统进水管(20)，连接地温水交换系统与大地的地温水交换系统排水管(21)，连接地温水交换系统进水管与地温水交换系统的地温水交换控制器(22)，安装在大地深处的地温水交换系统水井(23)】，太阳能热交换系统【包括安装在太阳能光伏板支柱上的太阳能热水器(24)，连接太阳能热水器与室内水交换散热板的进水管(25)，连接太阳能热水器与室内水交换散热板的出水管(26)以及相关的控制系统和热水泵】(详见附图)。
本发明的特点是：生活水电基本自给自足，自成循环体系；不占用任何土地种植面积；房屋结构充分利用大自然能源，实现冬暖夏凉、夜暖日凉；居住环境负离子丰富，实现原生态环境，改善居住者健康状况。
其基本功能是：(1)房屋为半地下结构，墙体使用环保保温、防水、材料建造，在地板下修建地温空气交换系统，地温水交换系统，充分利用地下的冬暖夏凉的自然特点，实现房屋内冬暖夏凉的居住环境；(2)配置太阳能热交换系统，在冬天或夜晚将日间太阳能加热后的水循环到室内的水交换散热器，提高室内的温度；(3)配置原生态空气清新系统，实现室内环境与原始森林相近的生态环境；(4)配置自循环污水净化灌溉系统，实现生活污 水有机分解后用于灌溉植物，实现水资源再循环利用，生活污水零排放；(5)配置太阳能光电转换系统，实现基本生活用电自给自足。
所述太阳能光电转换系统由建造在太阳能光伏板支柱上的太阳能光伏板(6)，建造在房顶上的太阳能光伏板支柱(7)，隐蔽安装在光伏板下方的光电转换控制器所构成；
所述自循环污水净化灌溉系统由连接污水池与植物之间的灌溉管道(9)，建造在大地地下并通过排污管道连接房屋的污水净化水池(10)，连接污水净化水池与房屋的排污管道(11)，连接污水净化水池与灌溉管道的灌溉控制器(16)所构成；
所述地温空气转换系统由建造在大地与房屋地板之间的地温空气交换层(12)，连接房屋与地温空气交换层的进气管道(13)，连接地温空气交换层与房屋的地温空气出气管道(14)，安装在地温出气管道上的风扇(15)所构成；
所述原生态空气清新系统由安装在排风扇前端的原生态空气清新器(18)以及安装安装在地温出气管道上的风扇(15)所构成；
所述地温水交换系统由水交换散热板(19)，连接地温水交换系统与地温水井的地温水交换系统进水管(20)，连接地温水交换系统与大地的地温水交换系统排水管(21)，连接地温水交换系统进水管与地温水交换系统的地温水交换控制器(22)，安装在大地深处的地温水交换系统水井(23)所构成；
所述太阳能热交换系统由安装在太阳能光伏板支柱上的太阳能热水器(24)，连接太阳能热水器与室内水交换散热板的进水管(25)，连接太阳能热水器与室内水交换散热板的出水管(26)以及控制器、热水泵所构成。
所述的一种原生态养生房屋，其下半部分建造于地平线下，是一种半地下式的房屋。
所述的一种原生态养生房屋，其可建造在温室大棚里。
所述的一种原生态养生房屋，其可以用轻体防水保温可循环使用材料、水泥浇筑、砖混结构、钢结构、木材、预制板材、保温材料、防水材料或可循环拆建使用的预制板块建筑材料搭建。
所述的一种原生态养生房屋，其特征在于其配置有地温空气交换系统。
所述的一种原生态养生房屋，其配置有地温水交换系统。
所述的一种原生态养生房屋，其配置有太阳能热交换系统，在冬天能利用太阳能给室内供暖。
所述的一种原生态养生房屋，其配置的自循环污水净化灌溉系统具备生物化解污水的功能，化解后的污水可用于灌溉种植于房顶以及四周的植物，从而实现生活污水零排放，水资源自循环。
所述的一种原生态养生房屋，其配置有太阳能光电转换系统，实现生活基本用电自给自足，在光伏板的下面种植植物，可避免植物被阳光暴晒，还可降低房屋内的温度。
所述的一种原生态养生房屋，其太阳能光电转换系统、自循环污水净化灌溉系统、地温空气转换系统、原生态空气清新系统、地温水交换系统、太阳能热交换系统是电脑控制的智能化控制系统。
本发明的积极意义：(1)房屋建造时不占用土地种植资源，巧妙的将人居环境与种植相结合，提供了一种原生态的养生人居环境；(2)生活污水零排放，生活污水通过具有 有机分解功能的自循环污水净化灌溉系统得到充分化解，用于有机种植灌溉；(3)自然能源(太阳能、光能、地热能)得到综合利用，低碳生活得以实现；(4)良好的人居环境必将分散人类在广大区域均匀分布居住，通过互联网沟通、交流、协同工作，解决城市交通、能源、环境、治安等众多社会问题。
附图说明
为了使本发明的内容更容易被清楚的理解，下面根据具体实施例并结合附图，对本发明作进一步详细的说明。
图1本发明的结构示意图：
具体实施方式
(实施例1)
图1显示了本发明的大致结构，是本发明的一种具体实施方式。
见图1，一种原生态养生房屋。其主要结构包括：建造在大地(1)上的房屋(2)、房门(3)、房顶(4)、窗户(8)，房顶上的土层(17)，种植在房顶土层上的植物(5)，太阳能光电转换系统【具体实施为：在房顶上建造金属支架(7)然后在支架上安装太阳能光伏板(6)，太阳能光电转换控制器隐蔽安装在光伏板下方，并通过电源线连接光伏板以及室内的照明灯具、家电用品)】，自循环污水净化灌溉系统【具体实施为：将房屋里的污水通连接污水净化水池与房屋的排污管道(11)汇集到建造在大地地下并通过排污管道连接房屋的污水净化水池(10)，在水池里，污水被有机分解、净化，然后通过连接污水池与植物之间的灌溉管道(9)在连接污水净化水池与灌溉管道的灌溉控制器(16)的控制下，用液体泵根据植物的需求在不同时间段进行不等量的灌溉】，地温空气转换系统【具体实施为：在大地与房屋地板之间建造架空结构，形成地温空气交换层(12)，安装在地温出气管道上的排风扇(15)在控诉系统的安排下启动，通过连接地温空气交换层与房屋的地温空气出气管道(14)将地下的冬暖夏凉的气体输送到房间里，连接房屋与地温空气交换层的进气管道(13)实现室内空气与地下空气的循环流动】，原生态空气清新系统【具体实施为：将高浓度原生态空气清新器(18)安装在地温空气交换系统排风扇(15)的前端，在控制系统的控制下启动，排风扇将高浓度负离子均匀分布到房屋室内空间，营造原生态优良人居环境】，地温水交换系统【具体实施为：在房屋的底部或周边通过打井在大地深处修建地温水交换系统水井(23)，连接地温水交换系统进水管与地温水交换系统的地温水交换控制器(22)根据室内的温度以及地下水井的温度，控制、调整压力泵的流量，将地下水通过连接地温水交换系统与地温水井的地温水交换系统进水管(20)将地下水送入地温水交换散热板(19)从而实现对房屋室内温度的调节，地下水经过交换散热板热交换后，通过连接地温水交换系统与大地的地温水交换系统排水管(21)重新注入大地，并通过大地的沙土微循环系统与地温再次进行热交换，从而实现大地深处地温与房屋室温的冬暖夏凉温度自动调节】，太阳能热交换系统【具体实施为：将太阳能热水器(24)安装在房顶上的光伏板支柱上，热水通过由控制系统控制的热水泵将热水通过连接太阳能热水器与室内水交换散热板的进水管(25)，送入室内水交换散热板进行热交换，然后通过连接太阳能热水器与室内水交换散热板的出水管(26)回流到太阳能热水器的储水箱，实现提升房屋室内温度的目的】。
显然，本发明的上述实施例仅仅是为清楚地说明本发明所作的举例，而并非是对本发明的实施方式的限定。对于所属领域的普通技术人员来说，在上述说明的基础上还可以做出其它不同形式的变化或变动。这里无需也无法对所有的实施方式予以穷举。而这些属于本发明的实质精神所引伸出的显而易见的变化或变动仍属于本发明的保护范围。

Claims (10)

  1. 一种原生态养生房屋，其主要结构包括建造在大地上的房屋、房门、房顶、窗户，房顶上的土层，种植在房顶土层上的植物，自循环污水净化灌溉系统，原生态空气清新系统。
  2. 根据权利要求1所述的一种原生态养生房屋，其特征在于其下半部分建造于地平线下，是一种半地下式的房屋。
  3. 根据权利要求1或2所述的一种原生态养生房屋，其特征在于其建造在温室大棚里。
  4. 根据权利要求1、2或3所述的一种原生态养生房屋，其特征在于其墙体、地板、房顶用轻体防水保温可循环使用材料、砖混结构、钢结构.木材、预制板材、保温材料、防水材料或可循环使用的预制板块建筑材料搭建。
  5. 根据权利要求1、2、3或4所述的一种原生态养生房屋，其特征在于其配置有地温空气交换系统。
  6. 根据权利要求1、2、3、4或5所述的一种原生态养生房屋，其特征在于其配置有地温水交换系统。
  7. 根据权利要求1、2、3、4、5或6所述的一种原生态养生房屋，其特征在于其配置有太阳能热交换系统，在冬天或冷夜能利用太阳能产生的热能给室内供暖。
  8. 根据权利要求1、2、3、4、5、6或7所述的一种原生态养生房屋，其特征在于其配置的自循环污水净化灌溉系统具备生物化解污水的功能，化解后的污水可用于灌溉种植于房顶以及四周的植物，从而实现生活污水零排放，水资源自循环。
  9. 根据权利要求1、2、3、4、5、6、7或8所述的一种原生态养生房屋，其特征在于其配置有太阳能光电转换系统，实现生活基本用电自给自足，在光伏板的下面种植植物，可避免植物被阳光暴晒，还可降低房屋内的温度。
  10. 根据权利要求1、2、3、4、5、6、7、8或9所述的一种原生态养生房屋，其特征在于其太阳能光电转换系统、自循环污水净化灌溉系统、地温空气转换系统、原生态空气清新系统、地温水交换系统、太阳能热交换系统是电脑控制的智能化控制系统。
PCT/CN2016/101829 2015-10-12 2016-10-11 一种原生态养生房屋 Ceased WO2017063551A1 (zh)

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CN105178628A (zh) * 2015-10-12 2015-12-23 深圳市新天能科技开发有限公司 一种原生态养生房屋
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