JP3080061U - Air purifier with deodorization, restoration of deodorization ability, and sterilization effect - Google Patents

Air purifier with deodorization, restoration of deodorization ability, and sterilization effect

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Publication number
JP3080061U
JP3080061U JP2001002008U JP2001002008U JP3080061U JP 3080061 U JP3080061 U JP 3080061U JP 2001002008 U JP2001002008 U JP 2001002008U JP 2001002008 U JP2001002008 U JP 2001002008U JP 3080061 U JP3080061 U JP 3080061U
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Prior art keywords
air purifier
deodorizing
ultraviolet lamp
photocatalyst
activated carbon
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JP2001002008U
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Japanese (ja)
Inventor
治夫 松田
紀雄 増田
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治夫 松田
紀雄 増田
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  • Disinfection, Sterilisation Or Deodorisation Of Air (AREA)

Abstract

(57)【要約】 【課題】本考案は、紫外線ランプを用いた気体の脱臭、
脱臭能力の回復、殺菌作用の機能を有する安価な空気浄
化器を課題とする。 【解決手段】本考案は、内部連通空間を有する発泡性合
成樹脂の立体的編目構造の繊維状骨格に活性炭粉末を糊
着担持させ、さらにその骨格の表面に光触媒を糊着担持
させた材料6、7で円筒型又は円錐型の中空筒体を形成
し、その筒体の中心に紫外線ランプ1を設置して中空筒
体がランプを包囲することによって中空筒体の内部に出
入りする気体の脱臭、脱臭能力の回復及び殺菌作用を行
う空気浄化器である。
(57) [Summary] [Problem] The present invention is to deodorize gas using an ultraviolet lamp.
It is an object of the present invention to provide an inexpensive air purifier having functions of restoring deodorizing ability and sterilizing action. The present invention provides a material 6 in which activated carbon powder is adhered and supported on a fibrous skeleton of a three-dimensional knitted structure of an expandable synthetic resin having an internal communication space, and a photocatalyst is adhered and supported on the surface of the skeleton. , 7 to form a cylindrical or conical hollow cylinder, the ultraviolet lamp 1 is installed at the center of the cylinder, and the hollow cylinder surrounds the lamp to deodorize gas flowing into and out of the hollow cylinder. It is an air purifier that performs a deodorizing ability recovery and sterilization action.

Description

【考案の詳細な説明】[Detailed description of the invention]

【0001】[0001]

【産業上の利用分野】[Industrial applications]

本考案は、脱臭、脱臭能力の回復、殺菌効果のある空気浄化器に関し、特に、 紫外線ランプを用いた気体の脱臭、脱臭能力の回復、殺菌作用の機能を有する安 価な空気浄化器に関する。 The present invention relates to an air purifier having an effect of deodorizing, restoring deodorizing ability, and sterilizing effect, and more particularly to an inexpensive air purifier having a function of deodorizing gas, restoring deodorizing ability, and sterilizing action using an ultraviolet lamp.

【0002】[0002]

【従来の技術】[Prior art]

最近、生活空間における悪臭や細菌、有害物質を除去する要求が急速に高まっ ている。これらの要求に対する脱臭、殺菌作用を伴う空気浄化器として様々な素 材や装置が開発されているが、活性炭、光触媒の担体基材が高価であるため空気 浄化器は高価なものになってしまう。従って一般家庭でも簡単に使用できるよう な安価でしかも脱臭、殺菌効果の高い空気浄化器が求められる。 従来の脱臭・脱臭能力の回復、殺菌方法は活性炭などの脱臭材が入った通気性 を有する容器や袋を気体の上流側又は下流側の通路に配置し、気体の濾過と合わ せて空気中の臭気成分を脱臭材に吸着させ、同時に光触媒によって活性化する素 材を配して脱臭の回復と殺菌を行う方法が取られている。即ち、活性炭によって 気体から臭いの成分を吸着させる場合、活性炭の量が少ないとたちまち吸着平衡 になり、それによって吸着能力を失うことになる。これを解決するため各種の光 触媒を付着させることによって吸着した成分の分解を促進させ、活性炭の吸着能 力を回復させるのである。 しかしながら、光触媒の添加によって、吸着した成分の分解を促進させ、活性 炭の吸着能力を回復させるとともに殺菌を行う方法において、一般的にプラスチ ックのような有機合成物は光触媒によって担体自体が劣化すると言われており、 担体基材の劣化防止のために光触媒機能を有する材料の担体基材として無機質の セラミック、ガラス繊維などが用られるようになっつた。 しかしながら、無機質のセラミック、ガラス繊維は基材自体の価格が高く加工 も高価であり、基材自体も壊れ易い性質を持つている。目的によってはこのよう な高価な担体を使用することも可能であるが、一般的に幅広く使用するには価格 が高すぎ、家庭での使用等一般的に使用するまでには至っていない。 Recently, the demand for removing bad smells, bacteria and harmful substances in living spaces has been rapidly increasing. Various materials and devices have been developed as air purifiers with deodorizing and sterilizing actions to meet these demands.However, air purifiers are expensive because activated carbon and photocatalyst carrier base materials are expensive. . Therefore, an inexpensive air purifier with high deodorizing and sterilizing effects that can be easily used in ordinary households is required. The conventional method of restoring and sterilizing deodorizing and deodorizing capabilities is to place a gas-permeable container or bag containing deodorizing material such as activated carbon in the upstream or downstream side of the gas passage, and combine it with the gas filtration to remove the air. The odor components are adsorbed on a deodorizing material, and at the same time, a material activated by a photocatalyst is arranged to recover and sterilize the deodorizing material. That is, when odorous components are adsorbed from gas by activated carbon, if the amount of activated carbon is small, adsorption equilibrium is immediately established, thereby losing the adsorption capacity. In order to solve this problem, various photocatalysts are attached to accelerate the decomposition of the adsorbed components and restore the adsorption capacity of activated carbon. However, the addition of a photocatalyst promotes the decomposition of the adsorbed components, restores the adsorption capacity of activated carbon, and sterilizes the organic compounds such as plastics. It is said that inorganic ceramics, glass fibers and the like have come to be used as a carrier substrate of a material having a photocatalytic function to prevent deterioration of the carrier substrate. However, inorganic ceramics and glass fibers are expensive and expensive to process, and the substrates themselves are easily broken. Depending on the purpose, it is possible to use such an expensive carrier, but the price is generally too high for wide use, and it has not reached general use such as home use.

【0003】[0003]

【考案が解決しようとする課題】[Problems to be solved by the invention]

本考案は、前記の高価な担体基材による欠点を考慮し、脱臭・殺菌効果を含む 空気浄化に効果的でありながら、安価な担体基材を使用することによって一般家 庭にまで普及するような安価な空気浄化器を提供することを第1の課題とする。 そのような安価な担体基材として、三次元立体編目構造を有し、量産が可能で しかも連通空間を有する安価な発泡プラスティックがある。一般的に発泡プラス ティックの網目構造はスポンジとして弾力性を持たせる意味もあって、内部の網 目が泡状に独立しているものがあるが、それは気体の流通には障害となるので本 考案の担体基材としては内部が連通した空間を有する発泡プラスティックである ことが望ましい。 そのような立体的編目状骨格構造を有し、網目の表面に光触媒として酸化チタ ンを有する基材は、酸化チタンによって劣化が促進されるが、脱臭、脱臭能力回 復、殺菌の機能を持つ空気浄化器の材料として安価で入手も加工も容易である。 有機質の発泡プラスティックといえども、光触媒活性によって即座に劣化する ものではなく、紫外線ランプの寿命(5000〜8000時間)よりも長く、紫 外線の照射時間等使用方法によっては数年は効果があり、その上無機質の担体材 料と比較して数十分の一の価格なので、ランプの交換と同時に発泡プラスチック も交換することによって、安価で効果の高い空気浄化装置の提供が可能となる。 脱臭目的の性質にもよるが、脱臭、殺菌のためには、安価で効果の速い脱臭材 が求められているのであるから、高価な無機質の担体基材を用いて恒久的に使用 できる脱臭、殺菌方法も必要であるが、半永久的に使用出来なくても安価な脱臭 、殺菌を兼ねた空気浄化器は一般家庭においても利用価値が大いに期待される。 The present invention considers the disadvantages of the expensive carrier base material described above, and is effective for air purification including deodorizing and sterilizing effects, but is widely used in ordinary households by using an inexpensive carrier base material. A first object is to provide an inexpensive air purifier. As such an inexpensive carrier base material, there is an inexpensive foam plastic having a three-dimensional three-dimensional stitch structure, capable of mass production, and having a communication space. In general, the foamed plastic mesh structure also has the meaning of giving elasticity as a sponge, and there is a structure in which the inside mesh is independent in the form of a foam. As the carrier substrate of the invention, it is preferable to use a foamed plastic having a space communicating with the inside. Substrates having such a three-dimensional knitted skeletal structure and titanium oxide as a photocatalyst on the surface of the mesh have the function of deodorizing, recovering deodorizing ability, and sterilizing, although degradation is promoted by titanium oxide. It is inexpensive and easy to obtain and process as a material for air purifiers. Even an organic foamed plastic does not deteriorate immediately due to photocatalytic activity, but is longer than the life of an ultraviolet lamp (5000 to 8000 hours), and is effective for several years depending on the usage method such as ultraviolet irradiation time. Furthermore, since the price is several tenths lower than that of inorganic carrier materials, it is possible to provide an inexpensive and highly effective air purification device by replacing the foamed plastic with the replacement of the lamp. Although it depends on the nature of the deodorization purpose, inexpensive and fast deodorizing materials are required for deodorization and sterilization.Therefore, deodorization that can be used permanently using expensive inorganic carrier base materials is required. Although a sterilization method is necessary, even if it cannot be used semi-permanently, an inexpensive air purifier that combines deodorization and sterilization is expected to have great utility value in ordinary households.

【0004】[0004]

【課題を解決するための手段】[Means for Solving the Problems]

本考案は、内部連通空間を有する発泡性合成樹脂の立体的編目構造の繊維状骨 格に活性炭粉末を糊着担持させ、さらにその骨格の表面に光触媒を糊着担持させ た材料6、7で円筒型又は円錐型の中空筒体を形成し、その筒体の中心に紫外線 ランプ1を設置して中空筒体がランプを包囲することによって中空筒体の内部に 出入りする気体の脱臭、脱臭能力の回復及び殺菌作用を行う空気浄化器である。 The present invention is based on materials 6 and 7 in which activated carbon powder is adhered and supported on a fibrous skeleton having a three-dimensional knitted structure of an expandable synthetic resin having an internal communication space, and a photocatalyst is adhered and supported on the surface of the skeleton. A cylindrical or conical hollow cylinder is formed, and an ultraviolet lamp 1 is installed at the center of the cylinder, and the hollow cylinder surrounds the lamp to deodorize and deodorize gas flowing into and out of the hollow cylinder. It is an air purifier that performs a recovery and sterilization action.

【0005】[0005]

【作用】[Action]

本考案は、紫外線ランプを用いた気体の脱臭、脱臭能力の回復、殺菌作用の機 能を有する安価な空気浄化器であり、三次元立体編目構造で内部連通空間を有す る基材としての、材料費も加工費も安価な発泡性合成樹脂に活性炭粉と光触媒と を担持させた材料で円筒型又は円錐型の中空筒体を形成し、その筒体の中心に紫 外線ランプを設けて、中空筒体がランプを包囲し、紫外線ランプの熱によって上 昇する空気によって周囲から筒体の中に入る空気は、内部連通空間を有する編目 構造を通過しながら必然的に活性炭粉と光触媒に接触し、空気中の臭いは活性炭 に吸収され、吸収された臭い成分は紫外線によって活性化された光触媒によって 酸化分解され、脱臭能力を回復し、同時に空気中の有害ガスや浮遊する雑菌、か び等の殺菌を行う空気浄化器である。 この空気浄化器において、吸着能力が低下した場合、紫外線の有効波長を有す る光を照射することによって、あらかじめ表面に担持させた光触媒を活性化し、 臭い成分を炭酸ガスと水に分解することによって、再び活性炭の吸着能力を回復 させる。 光触媒反応は光触媒が紫外光を吸収することによって、励起電子と正孔という 活性種が生じ、光触媒の表面に吸着した物質をそれぞれ還元、酸化することによ って進行する。これによって、吸着質の酸化分解を引き起こし、吸着質の分解を 促進するのである。臭気成分を活性炭粉に吸着させて、吸着した有機物を紫外線 によって分解除去すると同時に殺菌をも行うことになる。 上記の作用を効率よく行うためには、脱臭材の各粒子に空気が接触する接触効 率を高める必要があり、そのためには活性炭および光触媒の粒子間を空けて流通 をよくする必要がある。しかし、粒子間を空けると、脱臭材自体が大きくなる不 都合が生じる。かくして個々の粒子間隔を最小限にしながら空気との接触効率を 高める構造が求められた。その条件を満足させる素材として本出願人は「脱臭材 」を発明し、特許出願している(特願2000−404070)。 この特許出願の脱臭材は、内部連通空間を有する発泡性合成樹脂の立体的編目 構造の繊維状骨格に活性炭粉末を糊着担持させ、さらにその骨格の表面に光触媒 を糊着担持させたものであり、その内部連通空間を通って空気の流通がよく、臭 気成分と脱臭材との接触が密になり、脱臭・脱臭の回復・殺菌効果を高めること になり、この構造の素材で紫外線を発するランプを効率よく囲めば、紫外線の照 射を効果的に浴びることが可能になり、脱臭・脱臭の回復・殺菌効果は高まる。 本考案の空気浄化器は、中心に紫外線ランプを設置して三次元立体編目構造の 円筒型又は円錐型の中空の筒体で紫外線ランプを囲み、紫外線ランプ1の点灯に よる温度の上昇によって内部の空気が上昇し、筒体の周囲の空気が網目構造の周 側壁フィルタ−7を通過し常時循環することによって空気の脱臭、殺菌作用が行 なわれ、脱臭能力が回復する。 本考案に使用する内部連通空間を有する発泡性合成樹脂も活性炭も材料として 安価であり、光触媒でもTiOのように安価な材料もある。従って、本考案の 空気浄化器は安価であり、手軽で、壁や天井にも容易に設置できる。The present invention is an inexpensive air purifier having a function of deodorizing gas, recovering deodorizing ability, and sterilizing action using an ultraviolet lamp, and has a three-dimensional three-dimensional stitch structure and a base material having an internal communication space. A cylindrical or conical hollow cylindrical body is formed from a material in which activated carbon powder and a photocatalyst are supported on an expandable synthetic resin with low material and processing costs, and an ultraviolet lamp is provided at the center of the cylindrical body. The hollow cylinder surrounds the lamp, and the air that rises due to the heat of the ultraviolet lamp and enters the cylinder from the surroundings by air that rises inevitably passes through the stitch structure having an internal communication space, and inevitably forms activated carbon powder and photocatalyst. Upon contact, the odor in the air is absorbed by the activated carbon, and the absorbed odor component is oxidized and decomposed by the photocatalyst activated by ultraviolet light, restoring the deodorizing ability, and at the same time, harmful gas in the air, floating germs, and fungi. Sterilization An air purifier. In this air purifier, when the adsorption capacity is reduced, the photocatalyst previously supported on the surface is activated by irradiating light having an effective wavelength of ultraviolet light to decompose odor components into carbon dioxide gas and water. Thus, the adsorption capacity of activated carbon is restored again. The photocatalytic reaction proceeds by the absorption of ultraviolet light by the photocatalyst, which generates active species called excited electrons and holes, and reduces and oxidizes substances adsorbed on the surface of the photocatalyst, respectively. This causes the oxidative decomposition of the adsorbate and accelerates the decomposition of the adsorbate. The odorous components are adsorbed on the activated carbon powder, and the adsorbed organic matter is decomposed and removed by ultraviolet rays, and sterilization is performed at the same time. In order to carry out the above-mentioned actions efficiently, it is necessary to increase the contact efficiency of air contacting each particle of the deodorizing material. For that purpose, it is necessary to improve the circulation by providing a space between the activated carbon and photocatalyst particles. However, there is a disadvantage that the space between the particles increases the size of the deodorizing material itself. Thus, a structure that enhances the efficiency of contact with air while minimizing the spacing between individual particles was required. The present applicant has invented a “deodorizing material” as a material that satisfies the conditions, and has filed a patent application (Japanese Patent Application No. 2000-404070). The deodorizing material of this patent application is obtained by adhering activated carbon powder to a fibrous skeleton of a three-dimensional knitted structure made of an expandable synthetic resin having an internal communication space, and further adhering a photocatalyst to the surface of the skeleton. There is a good air flow through the internal communication space, and the contact between the odor components and the deodorizing material becomes dense, which enhances the deodorizing, deodorizing recovery and sterilizing effects. If the emitted lamps are efficiently enclosed, it will be possible to receive ultraviolet rays effectively, and the deodorizing, deodorizing recovery and sterilizing effects will be enhanced. In the air purifier of the present invention, an ultraviolet lamp is installed at the center, the ultraviolet lamp is surrounded by a cylindrical or conical hollow cylindrical body having a three-dimensional three-dimensional stitch structure, and the internal temperature is increased by turning on the ultraviolet lamp 1. As a result, the air around the cylindrical body passes through the mesh side wall filter 7 and constantly circulates, thereby deodorizing and sterilizing the air, and recovering the deodorizing ability. The foamable synthetic resin having the internal communication space and the activated carbon used in the present invention are both inexpensive as materials, and there are photocatalysts as inexpensive as TiO 2 . Therefore, the air purifier of the present invention is inexpensive, convenient, and can be easily installed on a wall or ceiling.

【0006】[0006]

【実施例1】 本考案の実施例を図面により説明する。この実施例は空気浄化スタンドとして 本考案を実施したものである。 図1〜3に示すように、台座4の中央に紫外線ランプ1を設置し、電源コ−ド 5を取り付ける。その周囲に蛍光灯安定器3およびグロ−スタ−タ−2を設置す る。活性炭粉や活性光触媒を糊着担体させた網目構造の発泡性合成樹脂板を円錐 状の筒体に丸めて周側壁フィルタ−7を作り、上部を上壁フィルタ−6で蓋をし て台座4に載せる。 紫外線ランプ1に電源を通して点灯すると、約40〜50℃の温度によって内 部の空気が上昇し、筒体の周囲の空気が網目構造の周側壁フィルタ−7を通過し て常時循環することによって空気の脱臭、殺菌作用が行なわれ、脱臭能力が回復 することになる。循環する空気の流れを図3の矢印で示す。 また、周側壁フィルタ−7の内部に、上壁フィルタ−6と平行に中間壁フィル タ−8を設置することによって空気の浄化機能を強めることができる。Embodiment 1 An embodiment of the present invention will be described with reference to the drawings. This embodiment implements the present invention as an air purification stand. As shown in FIGS. 1 to 3, the ultraviolet lamp 1 is installed at the center of the pedestal 4, and the power cord 5 is attached. A fluorescent lamp stabilizer 3 and a glow starter 2 are installed around the surroundings. A foamable synthetic resin plate having a network structure in which activated carbon powder or an active photocatalyst is adhered to a carrier is rolled into a conical cylindrical body to form a peripheral side wall filter, and an upper wall is covered with an upper wall filter, and the base is covered. Put on. When the lamp is turned on by passing the power through the ultraviolet lamp 1, the air inside rises at a temperature of about 40 to 50 ° C., and the air around the cylinder passes through the peripheral side wall filter 7 having a mesh structure and is constantly circulated. The deodorizing and sterilizing action is performed, and the deodorizing ability is restored. The circulating air flow is indicated by the arrows in FIG. Further, by installing an intermediate wall filter 8 inside the peripheral wall filter 7 in parallel with the upper wall filter 6, the air purifying function can be enhanced.

【0007】[0007]

【実施例2】 この実施例は請求項2に対応するもので、壁や天井等に取り付けて使用するも のである。図4に示すように、半裁型フィルタ−9は実施例1のフィルタ−と同 じ素材であって、中空筒体を半裁体に形成し、その半裁体で紫外線ランプを囲む ようにして使用する。その他の作用、効果については実施例1と同じである。[Embodiment 2] This embodiment corresponds to claim 2 and is used by being attached to a wall or a ceiling. As shown in FIG. 4, the half-cut filter 9 is made of the same material as the filter of the first embodiment, and is formed by forming a hollow cylindrical body into a half-piece, and surrounding the ultraviolet lamp with the half-piece. . Other operations and effects are the same as those of the first embodiment.

【0008】[0008]

【効果】【effect】

本考案は前述のように、発泡性合成樹脂も活性炭も共に安価であり、光触媒で も安価な材料もあるので、本考案の空気浄化器は安価であり、手軽で、壁や天井 にも容易に設置できる効果がある。 担体の骨格表面に光触媒を付加させる方法によって脱臭効果を長時間保持する と同時に空気の殺菌も可能とする効果がある。 内部連通空間を有する発泡性合成樹脂の立体的編目構造の繊維状骨格で中空体 を形成した場合、発泡性合成樹脂は内部に無数の連通空間を有するため、本来、 発泡性合成樹脂が有している弾力性は無くなるが気体の流通、吸収する機能が高 くなり、脱臭効果はより高まる。気体の吸収機能が高く、同時に気体の流通がよ くなることによって担体の厚みを増して立体的に大きくしても、内部にまで気体 が入り込み易くなり必然的に活性炭、光触媒との接触が密になり、脱臭効果が高 まり、同時に殺菌効果も高くなる効果がある。 本考案の担体基材の素材は発泡性合成樹脂なので、鋏でも通常のカッタ−でも 容易に裁断、細工することが可能であり、市販の接着剤で容易に接着させること ができるので製作費用も安価である。 本考案では、光触媒活性を有する材料が紫外線によって励起されることによっ て吸着物質の化学的性質を変え、吸着物質の分解を促進するので、脱臭はもちろ ん、脱臭能力を回復させると同時に殺菌も可能とする。 太陽光線の当たる場所に本考案の物品を置けば、それだけで紫外線ランプの効 果を発揮させ得る効果がある。 As described above, the air purifier of the present invention is inexpensive, easy to use, and easy to use on walls and ceilings, as both the foamable synthetic resin and the activated carbon are inexpensive, and the photocatalyst is also inexpensive, as described above. There is an effect that can be installed in. The method of adding a photocatalyst to the surface of the skeleton of the carrier has the effect of keeping the deodorizing effect for a long time and at the same time sterilizing the air. When a hollow body is formed with a fibrous skeleton of a three-dimensional stitch structure of an expandable synthetic resin having an internal communication space, since the expandable synthetic resin has countless communication spaces inside, The elasticity of the gas is lost, but the function of gas flow and absorption is enhanced, and the deodorizing effect is enhanced. Even if the thickness of the carrier is increased and the size of the carrier is increased three-dimensionally because the gas absorption function is high and the gas flow is improved at the same time, the gas easily enters the inside and the contact with the activated carbon and photocatalyst is inevitably close. It has the effect of increasing the deodorizing effect and at the same time the sterilizing effect. Since the material of the carrier base material of the present invention is a foaming synthetic resin, it can be easily cut and worked with scissors or a normal cutter, and it can be easily adhered with a commercially available adhesive, so the production cost is also low. It is cheap. In the present invention, since the material having photocatalytic activity is excited by ultraviolet rays to change the chemical properties of the adsorbed substance and promote the decomposition of the adsorbed substance, not only deodorization, but also recovery of the deodorizing ability and Sterilization is also possible. If the article of the present invention is placed in a place where the sunlight shines, the effect of the ultraviolet lamp can be exerted by itself.

【図面の簡単な説明】[Brief description of the drawings]

【図1】本考案の空気浄化スタンドの斜視図であるが、
その内部を示すものである。
FIG. 1 is a perspective view of an air purification stand of the present invention.
It shows the inside.

【図2】本考案の空気浄化スタンドの縦断面図である。FIG. 2 is a longitudinal sectional view of the air purification stand of the present invention.

【図3】本考案の空気浄化スタンドの変形例であって、
その使用状態を示す。
FIG. 3 is a modified example of the air purification stand of the present invention,
The usage state is shown.

【図4】請求項2に対応する半裁型フィルタ−を使用し
た本考案の空気浄化器の斜視図である。
FIG. 4 is a perspective view of the air purifier of the present invention using a half-cut filter according to claim 2;

【符号の説明】[Explanation of symbols]

1 紫外線ランプ 2 グロ−スタ
−タ 1’ 紫外線ランプ 4 ベ−ス 3 蛍光灯安定器 4’ ベ−ス 5 電源コ−ド 6 上壁フィル
タ− 7 周側壁フィルタ− 8 中間壁フィ
ルタ− 9 半裁型フィルタ−
DESCRIPTION OF SYMBOLS 1 Ultraviolet lamp 2 Glow starter 1 'Ultraviolet lamp 4 Base 3 Fluorescent lamp stabilizer 4' Base 5 Power supply code 6 Upper wall filter 7 Peripheral side wall filter 8 Intermediate wall filter 9 Half cut type Filter

Claims (2)

【実用新案登録請求の範囲】[Utility model registration claims] 【請求項1】内部連通空間を有する発泡性合成樹脂の立
体的編目構造の繊維状骨格に活性炭粉末を糊着担持さ
せ、さらにその骨格の表面に光触媒を糊着担持させた材
料6、7で円筒型又は円錐型の中空筒体を形成し、その
筒体の中心に紫外線ランプ1を設置して中空筒体がラン
プを包囲することによって中空筒体の内部に出入りする
気体の脱臭、脱臭能力の回復及び殺菌作用を行う空気浄
化器。
An activated carbon powder is adhered and supported on a fibrous skeleton of a three-dimensional knitted structure of an expandable synthetic resin having an internal communication space, and a photocatalyst is adhered and supported on the surface of the skeleton with materials 6 and 7. A cylindrical or conical hollow cylinder is formed, an ultraviolet lamp 1 is installed at the center of the cylinder, and the hollow cylinder surrounds the lamp to deodorize and deodorize gas flowing into and out of the hollow cylinder. An air purifier that performs recovery and sterilization.
【請求項2】壁、天井等に取り付けた紫外線ランプ1’
を囲むように、内部連通空間を有する発泡性合成樹脂の
立体的編目構造の繊維状骨格に活性炭粉末を糊着担持さ
せ、さらにその骨格の表面に光触媒を糊着担持させた材
料で中空筒体の半裁体9を形成し、その半裁体9で紫外
線ランプを取り囲むことによって半裁体の内部に出入り
する気体の脱臭、脱臭能力の回復及び殺菌作用を行う空
気浄化器。
2. An ultraviolet lamp 1 'mounted on a wall, ceiling or the like.
A hollow cylindrical body made of a material in which activated carbon powder is glued and supported on a fibrous skeleton of a three-dimensional knitted structure of an expandable synthetic resin having an internal communication space so as to surround the photocatalyst on the surface of the skeleton. An air purifier that forms a half-body 9 and surrounds the ultraviolet lamp with the half-body 9 to deodorize gas that enters and exits the half, recovers the deodorizing ability, and sterilizes the air.
JP2001002008U 2001-03-06 2001-03-06 Air purifier with deodorization, restoration of deodorization ability, and sterilization effect Expired - Fee Related JP3080061U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2001002008U JP3080061U (en) 2001-03-06 2001-03-06 Air purifier with deodorization, restoration of deodorization ability, and sterilization effect

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2001002008U JP3080061U (en) 2001-03-06 2001-03-06 Air purifier with deodorization, restoration of deodorization ability, and sterilization effect

Publications (1)

Publication Number Publication Date
JP3080061U true JP3080061U (en) 2001-09-14

Family

ID=43212910

Family Applications (1)

Application Number Title Priority Date Filing Date
JP2001002008U Expired - Fee Related JP3080061U (en) 2001-03-06 2001-03-06 Air purifier with deodorization, restoration of deodorization ability, and sterilization effect

Country Status (1)

Country Link
JP (1) JP3080061U (en)

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