JPH0614843U - Underfloor and above-ceiling ventilation - Google Patents
Underfloor and above-ceiling ventilationInfo
- Publication number
- JPH0614843U JPH0614843U JP6217992U JP6217992U JPH0614843U JP H0614843 U JPH0614843 U JP H0614843U JP 6217992 U JP6217992 U JP 6217992U JP 6217992 U JP6217992 U JP 6217992U JP H0614843 U JPH0614843 U JP H0614843U
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- Prior art keywords
- ceiling
- blower
- underfloor
- air
- floor
- Prior art date
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Abstract
(57)【要約】
【目的】従来の床下と天井裏の換気装置は、通気口に換
気装置を配設させ、北側の通気口にのみ配設して、内部
の空気を外部に放出させた。それで、南側の通気口から
空気を内部に流入させ、北側の通気口から、内部の空気
を強制的に外部に放出させるので、南側の通気口と北側
の通気口との間の最も近いところを主に流れて、特に、
隅部での空気の停滞は、除湿を主目的とする換気装置に
とって、その効果は少ない。本考案は、上記の問題を解
決することを目的とする。
【構成】本考案は、床下或いは天井裏の部分または床下
と天井裏の両方の部分において、その適切な位置に送風
装置を配設し、その送風装置の送風方向を変えうるよう
にし、床下或いは天井裏の隅の部分にまでも送風しうる
ようにしてなる床下と天井裏の換気装置である。
(57) [Summary] [Purpose] The conventional underfloor and above-ceiling ventilators have ventilators installed in the vents and only in the vents on the north side, to release the internal air to the outside. . Therefore, the air is made to flow in from the south vent and the air in the north is forcibly discharged to the outside, so the place closest to the south vent and the north vent should be Mainly flowing, especially,
Air stagnation in the corners is less effective for ventilators whose primary purpose is dehumidification. The present invention aims to solve the above problems. According to the present invention, an air blower is provided at an appropriate position under the floor or under the ceiling or both under the floor and above the ceiling so that the blowing direction of the air blower can be changed. It is a ventilation device under the floor and above the ceiling that can blow air even to the corners of the ceiling.
Description
【０００１】[0001]
本考案は、床下と天井裏の換気装置に関し、特に、高湿度の環境下での適応性 に優れた床下と天井裏の換気装置に関する。 The present invention relates to an underfloor and above-ceiling ventilator, and more particularly to an underfloor and above-ceiling ventilator having excellent adaptability in a high humidity environment.
【０００２】[0002]
従来の床下と天井裏の換気装置は、近年になって、空気調和技術が採用される とともに採用されるようになってきた。しかし、元来、単に通気口を設けること だけで自然通風にのみ依存してきたことから、その自然通風式の通気法が他の如 何なる通気法より非常にすぐれていると長い間考えられてきた。そのため、空気 調和技術を駆使した住宅でも、そこに住む人々の居住性を他の何よりも優先する ため、床下と天井裏の換気装置の使用には必ずしも積極的ではなかった。 Traditional underfloor and above-ceiling ventilation systems have been adopted along with air conditioning technology in recent years. However, since it was originally dependent only on natural ventilation by simply providing ventilation holes, it has long been considered that the natural ventilation method is far superior to any other ventilation method. It was As a result, even air-conditioned homes were not always aggressive in using underfloor and above-ceiling ventilation systems, as they prioritize the habitability of the people who live there.
【０００３】[0003]
とにかく、従来の床下と天井裏の換気装置は自然通風式の通気法による通気口 の部分に換気装置を配設させ、特に、北側の通気口にのみ換気装置を配設して、 もっぱら床下と天井裏の内部の空気を外部に放出させるようにしたものである。 それゆえに、南側の通気口からは、比較的暖かい空気を床下と天井裏の内部に、 自然通風式の通気法と事実上同じ方法によって、床下と天井裏の内部に空気を流 入させうるようにしたのである。そして、北側の通気口から、床下と天井裏の内 部の空気を換気装置で強制的に外部に放出させることになる。そうすると、どう しても、流体の性質上、南側の通気口と北側の通気口との間の最も近いところに 空気は集って流れ流路を形成し、そこから離れたところには、空気の移動が事実 上生じないで、特に、隅の部分での長期間の空気の停滞は、除湿を主目的とする 換気装置による換気作用にとって、その効果の薄いことが問題であった。本考案 は、上記の問題を解決することを目的とする。 Anyway, the conventional underfloor and above-ceiling ventilators have a ventilator installed at the vent part of the natural ventilation method, and in particular, the ventilator is installed only on the north ventilator. The air inside the ceiling is released to the outside. Therefore, from the south vent, relatively warm air can be introduced into the underfloor and the above-ceiling, and in the same way as the natural ventilation method. I did it. Then, the air under the floor and inside the ceiling will be forced out to the outside through the ventilation hole on the north side. Inevitably, due to the nature of the fluid, air gathers at the closest point between the south and north vents to form a flow channel, and away from it, air There was virtually no movement of air, and the long-term stagnation of air, especially in the corners, was a problem for the ventilation effect of the ventilation device whose main purpose was dehumidification. The present invention aims to solve the above problems.
【０００４】[0004]
【課題を解決するための手段】 本考案は、床下或いは天井裏の部分または床下と天井裏の両方の部分において 、その適切な位置に送風装置を配設し、その送風装置の送風方向を数方向などの 多方向にし、床下或いは天井裏の隅の部分にまでも送風しうるようにしてなる床 下と天井裏の換気装置である。Means for Solving the Problems The present invention provides an air blower at an appropriate position under the floor, under the ceiling, or both under the floor and above the ceiling, and determines the air blowing direction of the air blower. It is an underfloor and above-ceiling ventilation device that can be blown in multiple directions, such as underneath the floor or even in the corners of the above-ceiling.
【０００５】[0005]
本考案の床下と天井裏の換気装置は、床下或いは天井裏の部分または床下と天 井裏の両方の部分において、その適切な位置に送風装置を配設し、その送風装置 の送風方向を数方向などの多方向にし、床下或いは天井裏の隅の部分にまでも送 風しうるようにしてなる床下と天井裏の換気装置であるから、その送風装置の送 風口から吹き出す空気はその周囲の如何なるところえも流れて床下或いは天井裏 の隅の部分にまでも送風しうるのである。また、本考案の床下と天井裏の換気装 置は、床下或いは天井裏の部分または床下と天井裏の両方の部分において、その 適切な位置に送風装置を配設し、その送風装置が動翼部と静翼部とからなり、そ の静翼部の開口部の向きを前記送風装置の周囲の数方向にし、そこで、その送風 方向を上記の数方向にし、床下或いは天井裏の隅の部分にまでも送風しうるよう にしてなるので、少ない送風装置で、広範囲にわたり送風できる。また、本考案 の床下と天井裏の換気装置は、床下或いは天井裏の部分または床下と天井裏の両 方の部分において、少なくともその中央位置に送風装置を配設し、その送風装置 が動翼部と静翼部とからなり、その静翼部の開口部の向きを前記送風装置の周囲 の４方向にし、床下或いは天井裏の隅の部分にまでも送風しうるようにしてなる ので、静翼部の開口部の向きを前記送風装置の周囲の４方向が床下或いは天井裏 の空間部の直方六面体の形状に関連して前記送風装置位置設定が容易である。ま た、本考案の床下と天井裏の換気装置は、床下或いは天井裏の部分または床下と 天井裏の両方の部分において、その適切な位置に周囲の部分を開口した送風装置 を配設し、その送風装置の静翼部に風受用応力板を外向きに形成し、その送風装 置の動翼部に垂直軸用翼片を形成し、球軸受或いはローラー軸受などのスラスト 軸受を介して前記送風装置の基部により前記送風装置の垂直軸用翼片を支持し、 前記送風装置の周囲を開口して、前記風受用応力板を、垂直軸用翼片からなるフ ァンからの送風により、前記基部に設けた旋回軸を基準にして、その開口部から 水平方向に向けて、床下或いは天井裏の隅の部分にまでも送風しうるようにした ので、床下或いは天井裏の空間に湿潤な空気を残存させないようにしうる。また 、本考案の床下と天井裏の換気装置は、送風装置の垂直軸用翼片からなるファン を駆動するモーターをファンと同軸的に配設するか或いは減速装置を介在させ、 ファンを駆動するモーターからの導電線を基部から導くようにするために、旋回 させうる送風装置のファンの旋回中心の位置に前記導電線の部分を位置させるこ とにより導電線を絡ませないようにさせうるので本考案の床下と天井裏の換気装 置を床下と天井裏との適切なところにきわめて容易に取付けうる。また、本考案 の床下と天井裏の換気装置は、送風装置の動翼部に、球軸受或いはローラー軸受 などのスラスト軸受を介して基部により、前記送風装置の垂直軸用翼片を支持し 、その基部に固定式電源部を設け、前記基部に固定金具を設けたので、本考案の 床下と天井裏の換気装置が、地震などの災害を受けても損傷が少ない。 The underfloor and above-ceiling ventilation device of the present invention is provided with an air blower at an appropriate position in the underfloor or above-the-ceiling part, or both the underfloor and the back of the ceiling, and the blowing direction of the air blower is several. Since it is an underfloor and above-ceiling ventilation system that is designed to be blown in multiple directions, such as under the floor or even in the corners of the above-ceiling, the air blown out from the ventilation port of the ventilation system Anything can flow and blow air to the floor or even the corners above the ceiling. In addition, the underfloor and above-ceiling ventilation device of the present invention is provided with an air blower at an appropriate position under the floor, at the above-ceiling, or both under the floor and above-the-ceiling. And the vane part, and the direction of the opening of the vane part is set to several directions around the blower, and then the air blowing direction is set to the above-mentioned several directions, and the corner part of the underfloor or the ceiling is set. Since it is possible to blow even to 1, it is possible to blow air over a wide range with a small number of blowers. Further, the underfloor and above-ceiling ventilation device of the present invention is provided with a blower device at least at the central position of the underfloor or the above-ceiling part or both the underfloor and the above-ceiling part. Part and the stationary vane part, and the direction of the opening of the stationary vane part is set in four directions around the blower so that the air can be blown even to the corners under the floor or the ceiling. The position of the blower can be easily set in relation to the shape of the rectangular parallelepiped in the space under the floor or in the ceiling in four directions around the blower with respect to the direction of the opening of the wing. Further, the underfloor and above-ceiling ventilation device of the present invention is provided with an air blower having a peripheral portion opened at an appropriate position in the underfloor or the above-ceiling part or both the underfloor and the above-ceiling part. A wind receiving stress plate is formed outward on the stationary blade portion of the blower, and a vertical shaft blade is formed on the moving blade portion of the blower, and a thrust bearing such as a ball bearing or roller bearing is used to form the blade. By supporting the vertical axis wing piece of the blower by the base of the blower, opening the periphery of the blower, the wind receiving stress plate, by the air blow from the fan consisting of the vertical axis wing, With the swivel axis provided in the base as a reference, air can be blown horizontally from the opening to the corners of the underfloor or the ceiling above, so that the space below the floor or above the ceiling does not get wet. It may prevent air from remaining. Further, in the underfloor and above-ceiling ventilation device of the present invention, the motor for driving the fan composed of the blades for the vertical axis of the blower is arranged coaxially with the fan or the reduction device is interposed to drive the fan. In order to guide the conductive wire from the motor from the base, it is possible to prevent the conductive wire from being entangled by positioning the part of the conductive wire at the position of the center of rotation of the fan of the blower that can be swung. The underfloor and above-ceiling ventilation devices of the invention can be very easily installed in the appropriate places under the floor and above the ceiling. Further, the underfloor and above-ceiling ventilation device of the present invention supports the blades for the vertical shaft of the blower by the base of the moving blade of the blower via a thrust bearing such as a ball bearing or a roller bearing. Since the fixed power supply is provided on the base and the fixing metal fitting is provided on the base, the underfloor and above-ceiling ventilators of the present invention are less damaged even if a disaster such as an earthquake occurs.
【０００６】[0006]
【実施例１】 本考案は、床下或いは天井裏の部分または床下と天井裏の両方の部分において 、その適切な位置に送風装置を配設し、その送風装置が動翼部と静翼部とからな り、その静翼部の開口部の向きを前記送風装置の周囲の数方向にし、そこで、そ の送風方向を上記の数方向にし、床下或いは天井裏の隅の部分にまでも送風しう るようにしてなる床下と天井裏の換気装置である。Embodiment 1 In the present invention, an air blower is disposed at an appropriate position under the floor or under the ceiling or both under the floor and above the ceiling, and the air blower has a moving blade portion and a stationary blade portion. The direction of the opening of the vane is set to several directions around the blower, and the direction of the air blow is set to the above several directions, and the air is blown even to the corners under the floor or the ceiling. These are ventilation systems under the floor and above the ceiling.
【０００７】[0007]
【実施例２】 本考案は、床下或いは天井裏の部分または床下と天井裏の両方の部分において 、少なくともその中央位置に送風装置を配設し、その送風装置が動翼部と静翼部 とからなり、その静翼部の開口部の向きを前記送風装置の周囲の４方向にし、床 下或いは天井裏の隅の部分にまでも送風しうるようにしてなる床下と天井裏の換 気装置である。Embodiment 2 According to the present invention, an air blower is arranged at least at a central position of the underfloor or the attic part or both the underfloor and the attic part, and the air blower has a moving blade part and a stationary blade part. The ventilation device for the underfloor and the ceiling above which the airflow is directed to the four directions around the blower so that the air can be blown even to the corners of the floor or the ceiling. Is.
【０００８】[0008]
【実施例３】 本考案は、床下或いは天井裏の部分または床下と天井裏の両方の部分において 、少なくともその中央位置に送風装置を配設し、その送風装置が動翼部と静翼部 とからなり、その静翼部の開口部の向きを前記送風装置の周囲の４方向にし、前 記静翼部の開口部を拡大させて空気の拡散を容易にさせてなる床下或いは天井裏 の隅の部分にまでも送風しうるようにしてなる床下と天井裏の換気装置である。Third Embodiment According to the present invention, an air blower is arranged at least at a central position of the underfloor or the above-ceiling part or both the underfloor and the above-ceiling part, and the air blower has a moving blade part and a stationary blade part. The corners of the underfloor or ceiling where the openings of the vanes are oriented in four directions around the blower and the openings of the vanes are enlarged to facilitate air diffusion. This is a ventilation device under the floor and above the ceiling that can blow air even to the part.
【０００９】[0009]
【実施例４】 本考案は、床下或いは天井裏の部分または床下と天井裏の両方の部分において 、その適切な位置に送風装置を配設し、その送風装置が動翼部と静翼部とからな り、その静翼部の開口部の向きを前記送風装置の周囲の数方向にし、その送風流 路を放射方向に伸長させてから後方に向けてわん曲するように送風流路となる筒 状囲壁面の部分を形成して、床下或いは天井裏の隅の部分にまでも送風しうるよ うにしてなる床下と天井裏の換気装置である。Fourth Embodiment According to the present invention, an air blower is arranged at an appropriate position under the floor or under the ceiling or both under the floor and above the ceiling, and the air blower has a moving blade portion and a stationary blade portion. The direction of the opening of the vane is set to several directions around the blower, and the blower flow path is formed by extending the blower flow path in the radial direction and then bending it backward. It is an underfloor and above-ceiling ventilation system that forms a cylindrical wall surface so that air can be blown even to the corners under the floor or above the ceiling.
【００１０】[0010]
【実施例５】 本考案は、床下或いは天井裏の部分または床下と天井裏の両方の部分において 、その適切な位置に周囲の部分を開口した送風装置を配設し、その送風装置の静 翼部に風受用応力板を外向きに形成し、その送風装置の動翼部に垂直軸用翼片を 形成し、球軸受或いはローラー軸受などのスラスト軸受を介して前記送風装置の 基部により前記送風装置の垂直軸用翼片を支持し、前記送風装置の周囲を開口し て、前記風受用応力板を、垂直軸用翼片からなるファンからの送風により、前記 基部に設けた旋回軸を基準にして、その開口部から水平方向に向けて、床下或い は天井裏の隅の部分にまでも送風しうるようにしてなる床下と天井裏の換気装置 である。Fifth Embodiment In the present invention, an air blower having peripheral portions opened at appropriate positions is provided under the floor, under the ceiling, or both under the floor and above the ceiling. A wind receiving stress plate is formed outward on the air blower, a blade for a vertical shaft is formed on the moving blade of the blower, and the blower is blown by the base of the blower through a thrust bearing such as a ball bearing or a roller bearing. Supports the vertical axis winglets of the device, opens the periphery of the blower, and sets the wind receiving stress plate as a reference to the swivel axis provided at the base by blowing air from the fan composed of the vertical axis winglets. In addition, it is an underfloor and above-ceiling ventilation device that can blow air horizontally from the opening to the underfloor or a corner of the above-ceiling.
【００１１】[0011]
【実施例６】 本考案は、床下或いは天井裏の部分または床下と天井裏の両方の部分において 、その適切な位置に、その周囲を開口した送風装置を配設し、その送風装置を垂 直軸によって支持し、その垂直軸をスラスト軸受によって支持し、その送風装置 の周囲を開口し、その開口部から水平方向に向けて、床下或いは天井裏の隅の部 分にまでも送風しうるようにしてなる床下と天井裏の換気装置である。[Embodiment 6] According to the present invention, an air blower having an opening around the floor is arranged at an appropriate position under the floor, under the ceiling, or both under the floor and above the ceiling, and the air blower is installed vertically. It is supported by a shaft, its vertical shaft is supported by thrust bearings, an opening is formed around the blower, and it is possible to blow air horizontally from the opening to the corners under the floor or above the ceiling. It is a ventilation system under the floor and above the ceiling.
【００１２】[0012]
【実施例７】 本考案は、送風装置の動翼部に、球軸受或いはローラー軸受などのスラスト軸 受を介して基部により、前記送風装置の垂直軸用翼片を支持し、その基部に固定 式電源部を設け、前記基部に固定金具を設けてなる床下と天井裏の換気装置であ る。[Embodiment 7] According to the present invention, a blade for a vertical shaft of a blower is supported by a base through a thrust bearing such as a ball bearing or a roller bearing on a moving blade of the blower and fixed to the base. It is an underfloor and above-ceiling ventilation system in which an electric power source is provided and a fixture is provided at the base.
【００１３】[0013]
本考案の床下と天井裏の換気装置は、床下或いは天井裏の部分または床下と天 井裏の両方の部分において、その適切な位置に送風装置を配設し、その送風装置 の送風方向を数方向などの多方向にし、床下或いは天井裏の隅の部分にまでも送 風しうるようにしてなる床下と天井裏の換気装置であるから、その送風装置の送 風口から吹き出す空気はその周囲の如何なるところえも流れて床下或いは天井裏 の隅の部分にまでも送風しうる効果がある。また、本考案の床下と天井裏の換気 装置は、床下或いは天井裏の部分または床下と天井裏の両方の部分において、そ の適切な位置に送風装置を配設し、その送風装置が動翼部と静翼部とからなり、 その静翼部の開口部の向きを前記送風装置の周囲の数方向にし、そこで、その送 風方向を上記の数方向にし、床下或いは天井裏の隅の部分にまでも送風しうるよ うにしてなるので、少ない送風装置で、広範囲にわたり送風できる効果がある。 また、本考案の床下と天井裏の換気装置は、床下或いは天井裏の部分または床下 と天井裏の両方の部分において、少なくともその中央位置に送風装置を配設し、 その送風装置が動翼部と静翼部とからなり、その静翼部の開口部の向きを前記送 風装置の周囲の４方向にし、床下或いは天井裏の隅の部分にまでも送風しうるよ うにしてなるので、静翼部の開口部の向きを前記送風装置の周囲の４方向が床下 或いは天井裏の空間部の直方六面体の形状に関連してその空間の中に前記送風装 置の位置設定が容易となる効果がある。また、本考案の床下と天井裏の換気装置 は、床下或いは天井裏の部分または床下と天井裏の両方の部分において、その適 切な位置に周囲の部分を開口した送風装置を配設し、その送風装置の静翼部に風 受用応力板を外向きに形成し、その送風装置の動翼部に垂直軸用翼片を形成し、 球軸受或いはローラー軸受などのスラスト軸受を介して前記送風装置の基部によ り前記送風装置の垂直軸用翼片を支持し、前記送風装置の周囲を開口して、前記 風受用応力板或いはわん曲流路用案内筒部を設け、垂直軸用翼片からなるファン からの送風により、前記基部に設けた旋回軸を基準にして、その開口部から水平 方向に向けて、床下或いは天井裏の隅の部分にまでも送風しうるようにしたので 、床下或いは天井裏の空間に湿潤な空気を残存させないようにしうる効果がある 。また、本考案の床下と天井裏の換気装置は、送風装置の垂直軸用翼片からなる ファンを駆動するモーターをファンと同軸的に配設するか或いは減速装置を介在 させ、前記ファンを駆動するモーターからの導電線を基部から導くようにするた めに、前記送風装置のファンの旋回中心の位置に前記導電線の部分を位置させる ことにより導電線を絡ませないようにさせうるので本考案の床下と天井裏の換気 装置を床下と天井裏との適切なところにきわめて容易に取付けうる効果がある。 また、本考案の床下と天井裏の換気装置は、送風装置の動翼部に、球軸受或いは ローラー軸受などのスラスト軸受を介して基部により、前記送風装置の垂直軸用 翼片を支持し、その基部に固定式電源部を設け、前記基部に固定金具を設けたの で、本考案の床下と天井裏の換気装置が、地震などの災害を受けても損傷が少な いなどの効果がある。そこで、上述のように、本考案の床下と天井裏の換気装置 を、床下と天井裏或いは床下と天井裏のいずれか一方に、その適切な設置位置に 設置することにより、シロッコファンなどの送風機或いは通風機を駆動するモー ターを駆動するだけで、確実に床下と天井裏の換気を行ないうる効果がある。ま た、本考案の床下と天井裏の換気装置の適切な設置位置を工夫して設置させるこ とにより、なお一層の効果をあげ得るのである。 The underfloor and above-ceiling ventilation device of the present invention is provided with an air blower at an appropriate position in the underfloor or above-the-ceiling part, or both the underfloor and the back of the ceiling, and the blowing direction of the air blower is several. Since it is an underfloor and above-ceiling ventilation system that is designed to be blown in multiple directions, such as under the floor or even in the corners of the above-ceiling, the air blown out from the ventilation port of the ventilation system It has the effect of blowing air to any place and blowing air to the corners under the floor or above the ceiling. Further, the underfloor and above-ceiling ventilation device of the present invention is provided with an air blower at an appropriate position under the floor, at the above-ceiling part, or both the underfloor and the above-ceiling part. And the vane part, and the direction of the opening of the vane part is set to several directions around the blower, and the blowing direction is set to the above-mentioned several directions, and the corner part of the underfloor or the ceiling is set. Since even the air can be blown to the air, it is possible to blow air over a wide range with a small number of air blowers. In addition, the underfloor and above-ceiling ventilation device of the present invention has a blower installed at least at the central position of the underfloor or the above-ceiling part or both the underfloor and the above-ceiling part. And the vane part, and the direction of the opening of the vane part is in four directions around the blower so that the air can be blown even to the corners under the floor or the ceiling. The direction of the opening of the stationary vane is related to the shape of a rectangular hexahedron in the space below the floor or in the space above the ceiling in four directions around the blower, and the position of the blower can be easily set in that space. effective. In addition, the underfloor and above-ceiling ventilation device of the present invention is provided with an air blower having an opening in the peripheral portion at an appropriate position in the underfloor or the above-ceiling part or both the underfloor and the above-ceiling part. An air bearing stress plate is formed outward on the stationary blade portion of the blower, and a blade for the vertical axis is formed on the moving blade of the blower, and the blower is formed through thrust bearings such as ball bearings or roller bearings. The vertical shaft wing piece of the vertical blower is supported by the base of the blower, and the wind receiving stress plate or curved flow path guide cylinder is provided by opening the periphery of the blower. It is designed to blow air from a fan consisting of the above-mentioned base in the horizontal direction from the opening based on the swivel axis provided in the base, so that the air can be blown to the underfloor or even the corner of the ceiling. Alternatively, do not allow moist air to remain in the space above the ceiling. As there is an effect that can be in. In addition, in the underfloor and above-ceiling ventilation device of the present invention, a motor for driving a fan composed of blades for a vertical shaft of a blower is arranged coaxially with the fan or a reduction gear is interposed to drive the fan. In order to guide the conductive wire from the electric motor from the base, it is possible to prevent the conductive wire from being entangled by arranging the part of the conductive wire at the position of the center of rotation of the fan of the blower. The effect is to be able to very easily install the underfloor and above-ceiling ventilation devices at appropriate places under the floor and above the ceiling. In addition, the underfloor and above-ceiling ventilation device of the present invention supports the blades for the vertical shaft of the blower by the base of the moving blade of the blower through a thrust bearing such as a ball bearing or a roller bearing. Since the fixed power supply unit was installed on the base and the fixing metal fitting was installed on the base, the ventilation system under the floor and above the ceiling of the present invention has the effect of being less damaged even in the event of a disaster such as an earthquake. . Therefore, as described above, by installing the underfloor and above-ceiling ventilation device of the present invention in either the underfloor and the above-ceiling, or the underfloor and the above-ceiling at the appropriate installation position, a blower such as a sirocco fan is installed. Alternatively, by simply driving the motor that drives the ventilator, there is the effect that ventilation under the floor and above the ceiling can be reliably performed. Moreover, the effect can be further enhanced by devising a proper installation position of the ventilation device of the underfloor and the ceiling of the present invention.
【図１】図１は、本考案の床下と天井裏の換気装置の水
平方向の断面図である。FIG. 1 is a horizontal sectional view of an underfloor and above-ceiling ventilator of the present invention.
【図２】図２は、本考案の床下と天井裏の換気装置の縦
断面図である。FIG. 2 is a vertical cross-sectional view of the underfloor and above-ceiling ventilation device of the present invention.
【図３】図３は、本考案の床下と天井裏の換気装置の設
置位置を示した本考案の床下と天井裏の換気装置が設け
られた床下の基礎の部分の水平方向の断面図である。FIG. 3 is a horizontal cross-sectional view of the underfloor and under-ceiling ventilation device of the present invention showing the installation position of the under-floor and attic ventilation device of the present invention. is there.
１ 床下の基礎の外枠部分 ２ 外枠支柱 ３ 固定式電源部を設けた基部 ４ 空気などの
流体通路 ５ 基部に設けた根太への固定部 ６ シロッコフ
ァンを駆動するモーター ７ 吹出口用開口部 ８ 吹出ガイド
支柱 ９ 送風流体のガイドカバー １０ シロッコフ
ァン １１ 通気口 １２ 吹出式ファ
ンの取付用開口部 １３ 本考案の床下と天井裏の換気装置の適切な設置位
置1 Outer frame part of the foundation under the floor 2 Outer frame column 3 Base part with fixed power supply part 4 Fluid passage for air etc. 5 Fixing part to joist provided with base part 6 Motor for driving sirocco fan 7 Opening for outlet 8 Blow-out guide column 9 Blower fluid guide cover 10 Sirocco fan 11 Vent hole 12 Blow-out fan mounting opening 13 Appropriate installation position of ventilation device under floor and above ceiling of the present invention
Claims (8)
裏の両方の部分において、その適切な位置に送風装置を
配設し、その送風装置の送風方向を数方向などの多方向
にし、床下或いは天井裏の隅の部分にまでも送風しうる
ようにしてなる床下と天井裏の換気装置。1. An underfloor, an attic part, or both an underfloor and an attic part are provided with an air blower at an appropriate position, and the air blower of the air blower is provided in multiple directions such as several directions. Or an underfloor and above-ceiling ventilation system that can blow air even to the corners of the above-ceiling.
裏の両方の部分において、その適切な位置に送風装置を
配設し、その送風装置が動翼部と静翼部とからなり、そ
の静翼部の開口部の向きを前記送風装置の周囲の数方向
にし、そこで、その送風方向を上記の数方向にし、床下
或いは天井裏の隅の部分にまでも送風しうるようにして
なる請求項１記載の床下と天井裏の換気装置。2. An under-floor or above-ceiling part or both under-floor and above-ceiling part is provided with a blower device at an appropriate position, and the blower device comprises a moving blade part and a stationary blade part, The direction of the opening of the stationary vane is set to several directions around the blower, and the blowing direction thereof is set to the above-mentioned several directions so that the air can be blown even to a corner portion under the floor or in the ceiling. Item 1. A ventilation device under the floor and above the ceiling.
裏の両方の部分において、少なくともその中央位置に送
風装置を配設し、その送風装置が動翼部と静翼部とから
なり、その静翼部の開口部の向きを前記送風装置の周囲
の４方向にし、床下或いは天井裏の隅の部分にまでも送
風しうるようにしてなる請求項１記載の床下と天井裏の
換気装置。3. An air blower is arranged at least at a central position of the underfloor or the attic part or both the underfloor and the attic part, and the air blower comprises a moving blade portion and a stationary blade portion. 2. The underfloor and above-ceiling ventilation system according to claim 1, wherein the directions of the openings of the stationary vanes are set in four directions around the blower so that the air can be blown even to the corners of the underfloor or the ceiling.
裏の両方の部分において、その適切な位置に送風装置を
配設し、その送風装置が動翼部と静翼部とからなり、そ
の静翼部の開口部の向きを前記送風装置の周囲の数方向
にし、その送風流路を放射方向に伸長させてから後方に
向けてわん曲するように送風流路となる筒状囲壁面の部
分を形成して、床下或いは天井裏の隅の部分にまでも送
風しうるようにしてなる請求項１記載の床下と天井裏の
換気装置。4. An under-floor or above-ceiling part or both under-floor and above-ceiling part is provided with a blower device at an appropriate position, and the blower device comprises a moving blade part and a stationary blade part, The direction of the opening of the vane part is set to several directions around the blower, and the blower flow passage is extended in the radial direction and then bent toward the rear to form a blower flow passage. The underfloor and above-ceiling ventilation device according to claim 1, wherein a part is formed so that the air can be blown even to a corner portion under the floor or above the ceiling.
裏の両方の部分において、その適切な位置に、その周囲
を開口した送風装置を配設し、その送風装置を垂直軸に
よって支持し、その垂直軸をスラスト軸受によって支持
し、その送風装置の周囲を開口し、その開口部から水平
方向に向けて、床下或いは天井裏の隅の部分にまでも送
風しうるようにしてなる請求項１記載の床下と天井裏の
換気装置。5. An under-floor or above-ceiling part, or both under-floor and above-ceiling parts, at appropriate positions thereof, an air-blowing device having a perimeter opening is disposed, and the air-blowing device is supported by a vertical axis, The vertical shaft is supported by a thrust bearing, the periphery of the blower device is opened, and air can be blown horizontally from the opening portion to a corner under the floor or under the ceiling. Ventilation system under floor and above ceiling.
裏の両方の部分において、その適切な位置に周囲の部分
を開口した送風装置を配設し、その送風装置の静翼部に
風受用応力板を外向きに形成し、その送風装置の動翼部
に垂直軸用翼片を形成し、球軸受或いはローラー軸受な
どのスラスト軸受を介して前記送風装置の基部により前
記送風装置の垂直軸用翼片を支持し、前記送風装置の周
囲を開口して、前記風受用応力板を、垂直軸用翼片から
なるファンからの送風により、前記基部に設けた旋回軸
を基準にして、その開口部から水平方向に向けて、床下
或いは天井裏の隅の部分にまでも送風しうるようにして
なる請求項１記載の床下と天井裏の換気装置。6. An air blower having a peripheral portion opened at an appropriate position under the floor or under the ceiling or in both the underfloor and the above the ceiling, and the stationary blade portion of the blower receives the wind. The stress plate is formed outward, the blade for vertical axis is formed on the moving blade part of the blower, and the vertical axis of the blower is formed by the base of the blower through the thrust bearing such as a ball bearing or roller bearing. Supporting winglets, opening the periphery of the blower, the wind receiving stress plate, by the blow from the fan consisting of the vertical axis wing, with reference to the swivel axis provided in the base, 2. The underfloor and above-ceiling ventilation device according to claim 1, wherein air can be blown horizontally from the opening to the underfloor or a corner of the above-ceiling.
駆動するモーターをファンと同軸的に配設するか或いは
減速装置を介在させ、そのモーターとファンからの導電
線を基部から導くようにするために、旋回させうる送風
装置のファンの旋回中心の位置に前記導電線の部分を位
置させることにより導電線を絡ませないようにさせうる
請求項１記載の床下と天井裏の換気装置。7. A motor for driving a fan composed of blades for a vertical axis of a blower is arranged coaxially with the fan or a reduction gear is interposed so that a conductive wire from the motor and the fan is guided from a base portion. The underfloor and above-ceiling ventilation device according to claim 1, wherein the conductive wire is not entangled by arranging the conductive wire portion at a position of a center of rotation of a fan of a blower that can be swung.
ー軸受などのスラスト軸受を介して基部により、前記送
風装置の垂直軸用翼片を支持し、その基部に固定式電源
部を設け、前記基部に固定金具を設けてなる請求項１記
載の床下と天井裏の換気装置。8. A blade for a vertical shaft of the blower is supported by a base on a moving blade of the blower via a thrust bearing such as a ball bearing or a roller bearing, and a fixed power supply is provided on the base. The underfloor and above-ceiling ventilation device according to claim 1, wherein a fixing metal fitting is provided on the base portion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1992062179U JP2550225Y2 (en) | 1992-07-22 | 1992-07-22 | Under-floor and under-ceiling ventilation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1992062179U JP2550225Y2 (en) | 1992-07-22 | 1992-07-22 | Under-floor and under-ceiling ventilation |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH0614843U true JPH0614843U (en) | 1994-02-25 |
| JP2550225Y2 JP2550225Y2 (en) | 1997-10-08 |
Family
ID=13192648
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP1992062179U Expired - Lifetime JP2550225Y2 (en) | 1992-07-22 | 1992-07-22 | Under-floor and under-ceiling ventilation |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP2550225Y2 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH08145393A (en) * | 1994-11-24 | 1996-06-07 | Shinko Kogyo Co Ltd | Air conditioning floor air outlet unit |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2000046389A (en) * | 1998-07-28 | 2000-02-18 | Nippon Eisei Center:Kk | Air agitator |
| JP3468740B2 (en) | 2000-07-31 | 2003-11-17 | 株式会社アルトピア | Ventilation stirrers for buildings and ventilation systems for buildings |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS6171842U (en) * | 1984-10-15 | 1986-05-16 |
-
1992
- 1992-07-22 JP JP1992062179U patent/JP2550225Y2/en not_active Expired - Lifetime
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS6171842U (en) * | 1984-10-15 | 1986-05-16 |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH08145393A (en) * | 1994-11-24 | 1996-06-07 | Shinko Kogyo Co Ltd | Air conditioning floor air outlet unit |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2550225Y2 (en) | 1997-10-08 |
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