JP3177034U - Indoor air conditioner with humidification function using solar heat and far infrared rays - Google Patents

Indoor air conditioner with humidification function using solar heat and far infrared rays Download PDF

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JP3177034U
JP3177034U JP2012002401U JP2012002401U JP3177034U JP 3177034 U JP3177034 U JP 3177034U JP 2012002401 U JP2012002401 U JP 2012002401U JP 2012002401 U JP2012002401 U JP 2012002401U JP 3177034 U JP3177034 U JP 3177034U
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water
air conditioner
indoor air
infrared rays
hot water
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作新 林
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河野 孝夫
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    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02BCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B30/00Energy efficient heating, ventilation or air conditioning [HVAC]
    • Y02B30/54Free-cooling systems

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Abstract

【課題】電力会社の電気を使用することなく、太陽熱を利用した温水器から出来た温水を利用して室内を暖かくし、同時に適度な湿度も発生出来る室内空調機を提供する。
【解決手段】太陽熱利用温水器5を利用して作り出した、温水にセラミックフィルター7を通過させる。その活性温水を遠赤外線を発生することが出来るセラミック粉を塗布したセラミックコートパイプ3を通過させ、発生する輻射熱を利用して床、壁、天井の全ての面を一定に暖める。セラミックフィルター7で作り出された水をコルク接合管内部2を通すことにより僅かな水分子を放出させ、室内の湿度を上昇させる。
【選択図】図4
To provide an indoor air conditioner that warms a room using hot water made from a water heater that uses solar heat without generating electricity from an electric power company, and can generate moderate humidity at the same time.
A ceramic filter is passed through warm water produced by using a solar water heater. The active hot water is passed through a ceramic coated pipe 3 coated with ceramic powder capable of generating far-infrared rays, and all the surfaces of the floor, wall, and ceiling are heated to a constant level using the generated radiant heat. By passing the water produced by the ceramic filter 7 through the inside 2 of the cork joint tube, a slight amount of water molecules are released, and the indoor humidity is increased.
[Selection] Figure 4

Description

本考案は節電のため、一般家庭電器を使うことなく、太陽熱を利用した温水を利用して室内を乾燥させることなく、適度な湿度と適度な温度を発生して部屋内で快適な空間を維持することが出来る室内空調機に関するものである。  In order to save electricity, the present invention maintains a comfortable space in the room by generating moderate humidity and moderate temperature without using ordinary household appliances and using solar hot water to dry the room. It is related with the indoor air conditioner which can do.

従来からある一般の冷暖房機は風力を利用して大きな消費電力が必要である。  Conventional general air conditioners require large power consumption using wind power.

節電ということでアルミ管表面に電界処理を施し、40℃から50℃くらいの低い温度の水を循環させ、遠赤外線を発生させてその輻射熱を利用して室内を暖かくさせようとしたものもある。  In order to save electricity, some aluminum pipe surfaces are subjected to electric field treatment, water at a temperature as low as 40 ° C to 50 ° C is circulated, far infrared rays are generated, and the radiant heat is used to warm the room. .

室内の乾燥を防ぐために空調機とは別に加湿器を使用することもある。  In order to prevent indoor drying, a humidifier may be used separately from the air conditioner.

一般の冷暖房機は1,000ワット以上の大きな電力が必要で節電効果はなく、室内の空気を暖めて風力で循環させる。  A general air conditioner requires a large amount of electric power of 1,000 watts or more and has no power saving effect, and heats indoor air and circulates it with wind power.

アルミ管表面に電界処理を施し、40℃から50℃くらいの低温度水を循環させることによって、遠赤外線を発生させてその輻射熱を利用して室内を暖かくさせようとした空調機は節電効果は有るが室内の気密性を高める必要が有るために室内の水分が乾燥して湿度が40%以下に落ちてしまい、人体に悪影響を及ぼす危険性がある。  An air conditioner that uses electric radiation treatment on the aluminum tube surface and circulates low-temperature water of about 40 ° C to 50 ° C to generate far-infrared rays and use its radiant heat to warm the room. However, since it is necessary to increase the airtightness in the room, the moisture in the room is dried and the humidity falls to 40% or less, which may cause a harmful effect on the human body.

加湿器を使用した時は一般水道水を水蒸気化させてその蒸気を室内に散布するという方法が殆どであるが、その場合はトリハロメタンという有毒ガスが発生するという危険性もある。  When a humidifier is used, most of the methods are to steam the general tap water and spray the steam into the room. In that case, there is a risk that a toxic gas called trihalomethane is generated.

本考案は以上の課題を解決するために電力会社から供給される電気を使用せず太陽熱を熱源として温水を作り出し、その温水を空調機に使用する。  In order to solve the above problems, the present invention creates hot water using solar heat as a heat source without using electricity supplied from an electric power company, and uses the hot water for an air conditioner.

本考案は温水をパイプ内で循環させて室内の温度を遠赤外線によって発生する輻射熱を利用して室内空間、つまり室内の空気を暖めるのではなく、室内の床、壁、天井の全ての面を暖めて快適な体感温度を作り出すことを目的にしたものであるが、室内を外部の空気から遮断して室内を密閉する必要がある。そのために室内が乾燥して湿度が極端に低下する恐れがあるので温水がパイプの中を循環する時にコルクの接合管を通過するようにしており、そのコルク接合管通過時に微量の水分が外部に放射されるように設計されていることを特徴とする。  The present invention circulates hot water in a pipe and uses the radiant heat generated by far infrared rays to radiate the indoor temperature. The purpose is to create a comfortable temperature by warming, but it is necessary to shut the room from outside air and seal the room. For this reason, there is a risk that the room will dry and the humidity may drop drastically, so that warm water passes through the cork joint pipe when circulating in the pipe, and a small amount of water will pass outside when passing through the cork joint pipe. Designed to be radiated.

以上のようにこの室内空調機は電力会社から供給される電気を一切使用せず、風力も使用せずに部屋内の温度と湿度を調整して快適な空間を提供出来る。  As described above, this indoor air conditioner can provide a comfortable space by adjusting the temperature and humidity in the room without using any electricity supplied from the power company and without using wind power.

本考案に係る室内空調機は電気を使用せず、太陽熱を利用した温水器によって作り出された温水を熱源としているのであるから大きな節電効果を得ることが出来てCO2削滅効果も得ることが出来る。  The indoor air conditioner according to the present invention does not use electricity, but uses hot water produced by a water heater using solar heat as a heat source. Therefore, a large power saving effect can be obtained and a CO2 reduction effect can also be obtained. .

尚、太陽熱利用温水器によって作り出された温水はセラミックフィルターを通過させることによって活性化されて水の分子も極端に小さくなっている。そのため、活性化された温水はコルク接合管を通過する時に微量な水分子となりコルク接合管から室内に放射されて他の温水はパイプの中を循環して遠赤外線を発生させる。その遠赤外線の輻射熱を利用して床、壁、天井の室内全ての面を適度な温度に暖めて体感温度を高める。このようにすることによって適度な温度と適度な湿度のある快適な空間を作り出すことが出来る。  The hot water produced by the solar water heater is activated by passing through a ceramic filter, and the water molecules are extremely small. Therefore, the activated hot water becomes a minute amount of water molecules when passing through the cork joint tube, and is radiated into the room from the cork joint tube, and the other hot water circulates in the pipe and generates far infrared rays. Using the far-infrared radiant heat, the floor, walls, and ceiling are all warmed to an appropriate temperature to raise the perceived temperature. By doing so, it is possible to create a comfortable space having an appropriate temperature and an appropriate humidity.

本考案に係る遠赤外線発生パイプ部、接続前の概略斜視図である。  It is a schematic perspective view of the far infrared ray generating pipe part according to the present invention before connection. 本考案に係る遠赤外線発生パイプ部、接続前の断面図である。  It is sectional drawing before the far-infrared ray generation pipe part which concerns on this invention, and a connection. 本考案に係る遠赤外線発生パイプ部、接続後の断面図である。  It is sectional drawing after a far-infrared ray generation pipe part concerning the present invention and connection. 本考案に係る遠赤外線発生パイプを太陽熱利用温水器で作った温水を活性化させ、更に水の分子を小さくさせるためにセラミックフィルターを通した活性温水管と接合させた時の側面、断面図である。  In the side view and sectional view when the far infrared ray generating pipe according to the present invention is joined with the active hot water pipe through the ceramic filter to activate the hot water made with the solar water heater and further reduce the water molecules is there.

以下に、本考案に係る太陽熱、遠赤外線利用の加湿機能付き室内空調機の実施形態を図1から図4に基づいて説明する。本考案に係る遠赤外線を発生させて加湿機能を有する部分を示す図1から3においての1は活性温水を導く管であり2はその活性温水が通過する時に小さな水の分子を管の外に放射させるためのコルク接合管である。次の工程である3は遠赤外線を発生するセラミックの粉を表面に塗布した水分によって錆が発生しないもの、つまり陶器の筒やステンレス製、アウミニウム製、プラスチック製等のパイプである。  Below, the embodiment of the indoor air conditioner with a humidification function using solar heat and far infrared rays according to the present invention will be described with reference to FIGS. 1 to 3 showing a portion having a humidifying function by generating far-infrared rays according to the present invention, reference numeral 1 is a tube that guides active hot water, and 2 is a small water molecule outside the tube when the active hot water passes This is a cork joint tube for radiation. The next process 3 is a pipe made of ceramic powder that generates far-infrared rays so that rust does not occur due to moisture, that is, a ceramic cylinder, stainless steel, aluminium, plastic pipe, or the like.

図4においての5は電力会社の電気を使用せず、太陽熱を利用して温水を作り出すための温水器でその6はその温水器で作られた温水を導く管である。7は温水器で作られた水は一般の水道水と変わらず、カルキやトリハロメタンを除去して水の分子を極めて小さなものにするためのセラミックフィルターである。この活性化された水を4の水を循環させるためのポンプに導き、1の活性温水管から2のコルク接合管を通じ、3のセラミックコートパイプを通過して再度、2のコルク接合管を通じて4の循環ポンプによって何度も循環する。8は何日も長い間、使用した活性水を入れ替えるための排水口である。  In FIG. 4, 5 is a water heater for producing hot water using solar heat without using the electricity of the electric power company, and 6 is a pipe for guiding the hot water made by the water heater. No. 7 is a ceramic filter that removes chlorine and trihalomethane to make the water molecules extremely small, while the water produced by the water heater is not different from ordinary tap water. This activated water is led to a pump for circulating 4 water, from 1 active hot water pipe through 2 cork joint pipes, through 3 ceramic coated pipes, and again through 2 cork joint pipes. It is circulated many times by the circulation pump. 8 is a drain for replacing the active water used for many days.

本考案の2のコルク接合部は水分放射量を増すために針のような小さな孔を多数開けて使用しても良い。コルクは天然素材で水分を吸収すると、ほんの少し膨張して僅かな孔ならその孔の径を小さくして水が漏れるようなことはなく、水の小さな分子だけを外部に放出出来るので問題はない。  The cork joint 2 of the present invention may be used with a large number of small holes such as needles in order to increase the amount of moisture radiation. Cork absorbs moisture with a natural material, and if it is slightly expanded, if there are only a few holes, the diameter of the hole will not be reduced and water will not leak, and only small molecules of water can be released to the outside, so there is no problem .

尚、活性水を循環させるためのポンプに電力が必要となるが太陽光を利用した電力を利用してこの部分を稼働させることも可能で、これによって完全節電も可能になる。  In addition, although electric power is required for the pump for circulating active water, it is also possible to operate this part using the electric power using sunlight, and also complete power saving is attained by this.

このようにして、本考案の太陽熱、遠赤外線利用の加湿機能付き室内空調機を使用することによって限りあるエネルギーの節約も出来、CO2削減のお手伝いも可能である。  In this way, by using the indoor air conditioner with a humidification function using solar heat and far infrared rays according to the present invention, it is possible to save a limited amount of energy and to help reduce CO2.

1 活性温水管
2 コルク接合管
3 セラミックコートパイプ
4 活性水循環ポンプ
5 太陽熱利用温水器
6 温水管
7 セラミックフィルター
8 水入れ替え用排水口
DESCRIPTION OF SYMBOLS 1 Active hot water pipe 2 Cork joint pipe 3 Ceramic coat pipe 4 Active water circulation pump 5 Solar water heater 6 Hot water pipe 7 Ceramic filter 8 Water exchange drain

Claims (2)

パイプ中で温水や冷水を循環させて室内の温度を夏は涼しく、冬は暖かくしようとする空調器において、一般水道の水をセラミックフィルターの中を通過させて、分子を細かくした水を遠赤外線発生装置であるセラミック粉を塗布したパイプの中で循環させるのであるがその遠赤外線装置と分子が細かくなった水を繋ぐ部分には室内の湿度が乾燥しすぎることを防ぐために僅かな水分を放出することが出来るコルクのパッキングを使用したことを特徴とした室内空調機。  In an air conditioner that circulates hot and cold water in a pipe to cool the room temperature in summer and warm in winter, water in general tap water is passed through a ceramic filter, and the water with fine molecules is far infrared. It is circulated in a pipe coated with ceramic powder, which is a generator, but a little moisture is released to prevent the room humidity from drying out too much at the part connecting the far-infrared device and the water whose molecules are fine. Indoor air conditioner characterized by using cork packing that can be done. 前記室内空調機に利用する温水は一般電気を使用することなく太陽熱を利用した太陽熱温水器を使用することにより節電が可能となることを特徴とする請求項1記載の室内空調機。  The indoor air conditioner according to claim 1, wherein the hot water used for the indoor air conditioner can save electricity by using a solar water heater using solar heat without using general electricity.
JP2012002401U 2012-04-05 2012-04-05 Indoor air conditioner with humidification function using solar heat and far infrared rays Expired - Fee Related JP3177034U (en)

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