TWM286719U - Dust filtering and purifying structure - Google Patents
Dust filtering and purifying structure Download PDFInfo
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- TWM286719U TWM286719U TW94216778U TW94216778U TWM286719U TW M286719 U TWM286719 U TW M286719U TW 94216778 U TW94216778 U TW 94216778U TW 94216778 U TW94216778 U TW 94216778U TW M286719 U TWM286719 U TW M286719U
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M286719 四、創作說明(1) 【新型所屬之技術領域^ 本創作是有關於—# & ^ 從π /立△人 種濾塵淨化之結構,且牲 於一種可任意組合成Α 且特 構。 為意形狀或體積之一濾塵 【先前技術】 :統二術:過濾氣體或液體中之粉 使:來過滤’此據網可以使用如活性碳等: 爾ί具有高度吸附氣體及液體有害污染物質的丨 =罔:能過濾、顆粒較大的雜質,對於 :M286719 IV. Creation Description (1) [Technical field of new type ^ This creation is about -# & ^ Structure of purification from π / 立 △ human dust filter, and can be arbitrarily combined into a Α and special structure. Filtering dust for one of the shapes or volumes [Prior Art]: Tongji: Filtering the powder in a gas or liquid to: Filtering 'This net can be used such as activated carbon, etc.: 尔ί has highly adsorbed gases and liquid harmful pollutants丨=罔: can filter, larger particles of impurities, for:
質或細菌則幾乎無作用。 J 所七Γ ί目刖又有利用光觸媒技術來分解小顆相 質或細菌,補強前段I網之^處,進—步達^ j二根據世界各國對於光觸媒之研究顯示,光顏 、’導體材料,其中又以二氧化鈦(Ti02)材料最薄 其他材料還有如ZnO、CdS、SrTi03等氧化物、 與混合型氧化物,皆具有吸收光線以激發電子之 具$光催化之性能。其中Ti〇2因具有強氧化還原 學2定性、環境友善性等優點,而成為目前光觸 研究與環境應用對象。Ti 02的能階約為3. OeV,; 光(波長在380nm以下)激發範圍,因此在應用上^ 光為光源,方能具有光催化之作用。其他材料則 性’選用不同波長的光線來激發。 ' 利用光觸媒材料經光線激發後’進而活化空 別是有關 淨化之結 物質,常 料來製造 力。但使 的污染物 的污染物 淨化之功 媒材料屬 被使用, _氧化物 功能,而 能力、化 媒主要的 丨於紫外 ΐ以紫外 需依特 氣中的水 M286719 、創作說明(2) 氣分子或氧氣分 或還原作用,以 水中的污染物, ,達到抗菌淨化 雖然光觸媒 貫用上並不能以 於某些基材表面 面,這些表面必 遭到氧化分解。 活性碳與光 造成本以利推廣 、面積廣大且無 習知技術加以改 【新型内容】 本創作之主 氣體或液體流通 或體積且無縫隙 〇 本創作之另 包含一幾何形立 淨化之。 本創作之另 該幾何形立體濾 子形成 分解污 亦可應 之效果 顆粒具 顆粒型 ,如磁 須具有 觸媒的 ,目前 縫隙之 良,提 氫氧自由基或負氧離子, 染物,即可應用於去除空 用於抑制或滅除附著於表 〇 有抗菌、去除污染物等功 態直接使用,必須將奈来 磚、玻璃、牆壁、金屬、 不怕光觸媒氧化之特性, 優點非常多,但若要進一 之習知技術,難以生產出 濾塵淨化結構,因此本創 出「濾塵淨化之結構」。 要目的係提供一 進行氧化 氣中或廢 面之細菌 能,但在 顆粒固定 塑膠等表 以免本身 步降低製 價格低廉 作係利用 種濾塵淨化之結構,可謓 並淨化之,且為可任意組合成為任咅形狀 之特定幾何形狀模组化今舛 Μ ^狀 稹組化汉叶,以降低成本 目的係提出一 種滤·塵淨化之么士播 ^ , 體濾塵淨化主體# Λ謓$ Μ …構,其中 賵係為讓虱體或液體流通並 種據塵淨化之結構,其中 塵斤化主體係可為正三角形立體柱狀結構Quality or bacteria have almost no effect. J. Γ ί ί 刖 刖 刖 刖 刖 刖 刖 刖 刖 刖 刖 刖 刖 刖 刖 刖 刖 刖 刖 刖 刖 光 光 光 光 光 光 光 光 光 光 光 光 光 光 光 光 光 光 光 光 光 光 光 光 光 光 光 光 光 光 光 光The material, which is the thinnest other material of titanium dioxide (Ti02) material, and oxides such as ZnO, CdS, SrTi03, and mixed oxides, all have the function of absorbing light to excite electrons with photocatalysis. Among them, Ti〇2 has become a research object of light touch research and environment because of its strong redox properties and environmental friendliness. The energy level of Ti 02 is about 3. OeV,; the excitation range of light (wavelength below 380 nm), so that the light source can be used as a light source in application. Other materials use different wavelengths of light to excite. 'Using photocatalyst materials to excite by light' and then activating the space is related to the purification of the knot material, which is often used to create force. However, the pollutants used to purify the contaminants of the pollutants are used, _ oxide function, and the ability, the chemical medium is mainly used in the ultraviolet ray to UV the water in the special gas M286719, creation instructions (2) gas The molecular or oxygen is divided or reduced, and the pollutants in the water are used for antibacterial purification. Although the photocatalyst is not applied to the surface of some substrates, these surfaces must be oxidatively decomposed. Activated carbon and light are promoted by Esplanade, and the area is vast and there is no known technology to change. [New content] The main gas of this creation is the circulation of gas or liquid or the volume and no gap. 〇 This creation contains a geometrical purification. In addition, the geometric three-dimensional filter of the present invention can form an effect of decomposing and smudging. The granules have a particle type, for example, the magnetic whisker has a catalyst, and the current gap is good, and the hydrogen radical or negative oxygen ion, the dye, can be extracted. It is used in the removal of air to suppress or eliminate the adhesion to the surface. It has the functions of antibacterial and decontamination. It must be used to oxidize the bricks, glass, walls, metal, and photocatalyst. There are many advantages, but if It is difficult to produce a dust purification structure by introducing a conventional technique, and this has created a "dust purification structure." The purpose is to provide a bacterium that can carry out oxidizing gas or waste noodles, but in the form of granules fixed plastics, so as not to reduce the cost of the system, the structure can be cleaned and purified, and can be arbitrarily combined. The specific geometry of the shape of the 咅 模组 模组 舛Μ 舛Μ 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹 稹, wherein the lanthanum is a structure in which the corpus callosum or liquid is circulated and the dust is purified, wherein the main system of the dust pulverization can be a three-dimensional columnar structure of an equilateral triangle
第6頁 M286719 四、創作說明(3) __ 主組合複數個幾何形立體濾塵淨化 太制你^ /狀或體積且無縫隙之一濾塵淨化結構。 1本創作之另一目的係提出一種滹塵淨化之έ士槿. 該幾何形立體瀹鹿> ^ 夂厘,尹化之、、、口構,其中 數個靜電集塵;。卩纟體包含-刖段濾塵室’可包含複 該前ίίϊί【:::係提出-種渡塵淨化之結構,其中 前置濾網可過濾顆粒=^ ^開口,其設置有一組以上之 本創作之^ _車又大的粉塵或毛髮等污染物質。 該幾何形立體濾:::係提出-種濾塵淨化之結構,其中 於該前段濾塵;、後包含一後段光觸媒係接續 料’且該後段光觸媒;:壁面可塗佈二氧化鈦光觸媒材 發該光觸媒材料至之幾何中心置有紫外光燈管用以激 本創作之另 該後段光觸媒室~ 2的係提出一種濾塵淨化之結構,其中 以送出經= 個以上之開口,並設置有-風扇用 因此,為::化之氣體或液體。 構,包含: 述目的,本創作提供一種濾塵淨化之結 :幾何形立體濾塵淨化主體,其形成之主要構件包含 一前段濾塵室,係1 一 過濾顆粒較大之、一汰’、為一正二角形之柱形結構,係用以 氣體或液體流入了 質,且含有一個以上之開口,可讓 一後段光觸媒室系 、正二角形之柱形結構並接續於該 M286719 四、創作說明(4) 刖段滤塵室後,将用丨、;ρ\ 以上之Η 口 π ί 分解污染物質,且包含-個 以上之開口,可讓氣體或液體流出; 其中幾何形立體漁鹿、、容/μ 士 _ 化之,日W权立心塵妒化主體係為讓氣體或液體流通並淨 思、組合複數個幾何开< 、心 任意形狀或體積且I缝隙t ^冑慮塵>r化主體成為 太m Ϊ ㈣淨化結構。 了解本案付藉由以下列圖示與詳細說明,俾得-更深入之 【實施方式】 # 有關本創作之詳細實施 刀別為滤塵淨化之正三角 包含一幾何形立體濾塵淨化 一前段濾塵室20,係為一正 濾顆粒較大之污染物質,且 氣體或液體流入;以及一後 形之柱形結構並接續於該前 分解污染物質,且包含一個 體流出。 例’請同時參閱第1圖及第2圖 幵> 結構的前視圖與後視圖,其 機體模組10,其主要構件包含 三角形之柱形結構,係用以過 含有一個以上之開口 4 〇,可讓 段光觸媒室3 〇,係為一正三角 段濾、塵室20後,係用以抗菌及 以上之開口 6 〇,可讓氣體或液 该濾塵斤化結構係可由複數個幾何形立體滹塵、I 體模組1〇任意組合成任意形狀及體積: = = 或液體流通並淨化之。 胃‘、,H 7讓乳體 值得-提的是’該前段濾塵室20之該開口40,可 一九、’且以上之刖置濾網5 〇可過濾顆粒較大的粉塵或毛 h物質。該前置濾網5。可以使用如活性碳等材料來〜荨Page 6 M286719 IV. Creation Instructions (3) __ Main combination of multiple geometrical three-dimensional filter dust purification Too much of your ^ / shape or volume and no gap filter purification structure. 1 Another purpose of this creation is to propose a gentleman who cleans the dust. The geometric three-dimensional elk > ^ 夂 ,, Yin Huazhi,,, mouth structure, several of which are electrostatic dust collection; The carcass includes - the section of the dust filter chamber 'can include the pre-existing ίίϊί [::: proposed - the structure of the dust purification, wherein the pre-filter can filter the particles = ^ ^ opening, which is set with more than one set The creation of the ^ _ car and large dust or hair and other pollutants. The geometric stereo filter::: proposes a structure for filtering dust purification, wherein the dust is filtered in the front section; and then comprises a rear photocatalyst continuous material and the latter photocatalyst; the wall surface can be coated with titanium dioxide photocatalyst to emit the photocatalyst material To the geometric center, there is a UV lamp for exciting the creation of the latter photocatalyst chamber~2, which proposes a dust purification structure in which more than one opening is sent and a fan is provided. For:: gas or liquid. Structure, including: Describe the purpose, this creation provides a filter dust purification knot: the geometric three-dimensional filter dust purification body, the main components of which form a front filter room, the system 1 filter particles larger, one set ', one positive two The angular cylindrical structure is used for gas or liquid to flow into the mass, and contains more than one opening, which allows a rear photocatalyst chamber, a regular rectangular column structure and continues to the M286719. 4. Creation Description (4) After the filter chamber, the pollutants will be decomposed with Η, ρ\ and above, and more than one opening will allow the gas or liquid to flow out. Among them, the geometric three-dimensional fishing deer, Rong/μ _ zhizhi, the Japanese W right to the heart of the main system for the flow of gas or liquid and think, combine a plurality of geometric open <, arbitrary shape or volume of the heart and I gap t ^ 胄 尘 dust> Become too m Ϊ (four) purification structure. To understand the case, the following diagrams and detailed explanations, Chad - more in-depth [Implementation] # About the detailed implementation of this creation knife for the dust purification of the triangle contains a geometric three-dimensional filter purification a front filter room 20, which is a large filter material with a positive filter particle, and a gas or liquid flows in; and a cylindrical structure of a rear shape and succeeds in decomposing the pollutants before, and includes a body outflow. For example, please refer to the front view and the rear view of the structure of Fig. 1 and Fig. 2, respectively. The main body of the body module 10 includes a triangular column structure for over one or more openings. It can make the section of the photocatalyst chamber 3 〇, which is a positive triangle section filter and dust chamber 20, which is used for antibacterial and above opening 6 〇, which can make gas or liquid filter dusting structure can be composed of multiple geometric shapes. The dust and I body module 1〇 can be arbitrarily combined into any shape and volume: = = or the liquid is circulated and purified. The stomach ', H 7 makes the milk worthwhile - the opening 40 of the front filter chamber 20 can be used, and the filter can be filtered. . The pre-filter 5 is. Can use materials such as activated carbon ~
第8頁 M286719 創作說明(5) 造’其具有高度吸附氣體及液體有害 後段光觸媒室3 〇之該開口 6 〇,設置有 過濾塵淨化之氣體或液體。 請再茶閱第3圖並同時參考第1圖 之内部剖面圖,值得一提的是,其可 集塵器80用以收集無法被該前置濾網 一 β 4邊電集塵器設計為正三角形, 南壓離子線85,係用以將空氣中的微 ,壁面置有負電高壓集塵板95,以吸 微粒。其他可用以進一步過濾污染物 可設置於該前段濾塵室20内。 請再參閱第4圖並同時參考第2圖 30之内部剖面圖,值得一提的是,其 氧化欽光觸媒材料,且該後段光觸媒 紫外光燈管1〇〇並以腳架1〇5支撐,用 。利用光觸媒材料經光線激發後,進 为子或氧氣分子形成氫氧自由基或負 還原作用,用以分解污染物,去除空 物’亦可抑制或滅除附著於表面之細 效果。其他具有吸收光線以激發電子 氧化鈦的分解污染物性能之光觸媒材 解細微污染物特性之材料及技術,亦 經濾塵淨化後的氣體或液體則由該後 口 60送出。 污染物質的能力。該 一風扇7 0用以送出經 ,為纟亥則段遽塵室2 〇 額外設置複數個靜電 5 〇濾除之污染物質。 其幾何中心置有正電 粒予以離子化,而内 附空氣中被離子化的 質的技術或材料,亦 ,為該 内部壁 室30之 以激發 而活化 氧離子 氣中或 菌,達 之功能 料’或 可應用 段光觸 後段光 面90可 幾何中 該光觸 空氣中 ’進行 廢水中 到抗菌 ’而具 者其他 於此處 媒室30 觸媒室 塗佈二 心置有 媒材料 的水氣 氧化或 的污染 淨化之 有如二 擁有分 。最後 之該開Page 8 M286719 Creation Instructions (5) Create the opening 6 〇, which has a highly adsorbed gas and liquid harmful to the rear photocatalyst chamber 3 〇, and is equipped with a gas or liquid for filtering dust. Please refer to Figure 3 again and refer to the internal cross-section of Figure 1. It is worth mentioning that the dust collector 80 can be used to collect the dust collector that cannot be designed by the front filter. The equilateral triangle, the south-pressure ion line 85, is used to place a negative electric high-pressure dust collecting plate 95 on the micro and wall surfaces of the air to suck the particles. Others that can be used to further filter contaminants can be disposed in the front stage filter chamber 20. Please refer to FIG. 4 again and refer to the internal cross-sectional view of FIG. 2 at the same time. It is worth mentioning that the oxidized photocatalyst material is supported, and the rear photocatalyst ultraviolet lamp tube is supported by the tripod 1〇5. use. After the photocatalyst material is excited by light, the hydroxide or oxygen molecules form hydroxyl radicals or negative reduction to decompose the contaminants and remove the air particles, which can also inhibit or eliminate the fine effect attached to the surface. Other materials and techniques for photocatalytic materials that absorb light to excite the decomposition of contaminants of electronic titanium oxide, and gases or liquids that have been purified by dust filtration are sent from the rear port 60. The ability to contaminate substances. The fan 70 is used for sending out the liquid, and the dust chamber 2 〇 is additionally provided with a plurality of static electricity 5 〇 filtered pollutants. The geometric center is provided with positive electric particles for ionization, and the technology or material containing the ionized substance in the air is also activated by the inner wall chamber 30 to activate the oxygen ion gas or the bacteria. The material can be applied to the rear surface of the light-emitting surface 90. In the light, the light can be 'in the wastewater to the antibacterial' in the air, and the other water in the catalyst chamber is coated with the water of the two-centered medium. Gas oxidation or pollution purification has the same score. The last one
第9頁 M286719Page 9 M286719
^接著請參閱第5圖,本創作所提出之濾塵淨化之方法 ’係利用前述之濾塵淨化結構之該幾何形立體濾塵淨化機 體模組1 0的幾何特性,使用複數個該幾何形立體濾塵淨化 機體模組1 0組合成任意形狀及體積且無縫隙之三角形、六 角形等,可適應各種環境或設備之應用。 ^值得一提的是,除了正三角形結構之該幾何形立體濾 塵淨化機體模組1 〇外,尚可開發如鋸齒形結構之該幾何形 立體濾塵淨化機體模組丨1〇等殼體模組,來降低生產及維 護之成本,抽換使用也很方便。本創作所提出之濾塵淨化 之方法,係利用前述之鋸齒形結構之該幾何形立體濾塵淨 化機體模組11 0的幾何特性,使用複數個該幾何形立體據 塵淨化機體模組1 0組合成任意形狀及體積且無縫隙之〜 等 ’、形 可適應各種環境或設備之應用。^ Next, please refer to FIG. 5, the method for purifying dust purification proposed by the present invention uses the geometrical characteristics of the geometrical stereoscopic dust purification body module 10 of the foregoing dust purification structure, and uses a plurality of the geometric three-dimensional filter dust purification. The body module 10 is combined into a triangle, a hexagon, etc. of any shape and volume without gaps, and can be adapted to various environments or equipment applications. It is worth mentioning that, besides the geometrical three-dimensional dust filter body module 1 of the equilateral triangle structure, the geometrical stereo filter body module such as a zigzag structure can be developed. To reduce the cost of production and maintenance, it is also very convenient to use and replace. The dust purification method proposed by the present invention utilizes the geometric characteristics of the geometric three-dimensional dust filter body module 110 of the zigzag structure described above, and uses a plurality of the geometric three-dimensional dust purification body modules 10 to form a combination. Any shape and volume with no gaps, etc., can be adapted to various environments or equipment applications.
基於解說本創作之功能與 明本創作之具體實施例,並且 等變化,而不致脫離此類原理 括涵蓋於以下申請專利範圍之 化0 結構原理之目的而顯示及 可對舌亥等具體實施例進行土 。因此,本創作專利範g = 精神與範圍内之所有均=匕 J寻變Based on the specific embodiments of the present invention and the specific embodiments of the present invention, and the like, without departing from the scope of the principles of the structure of the following claims, the specific embodiments are shown and described. Carry out the soil. Therefore, this creation patent van g = all within the spirit and scope = 匕 J
M286719 圖式簡單說明 【圖式簡單說明】 第1圖:濾塵淨化之正三角形結構的前視圖。 第2圖:濾塵淨化之正三角形結構的後視圖。 第3圖:前段濾塵室之内部剖面圖。 第4圖··後段光觸媒室之内部剖面圖。 第5圖:濾塵淨化之結構的組合變化例圖。 【主要元件符號說明】 1 0幾何形立體濾塵淨化機體模組 20前段濾塵室 3 0後段光觸媒室 4 0前段濾塵室之開口 5 0前置濾網 6 0後段光觸媒室之該開口 7 0風扇 80靜電集塵器 85正電高壓離子線 9 5負電高壓集塵板 90後段光觸媒室之内部壁面 I 0 0紫外光燈管 105腳架 II 0鋸齒形結構之該幾何形立體濾塵淨化機體模組M286719 Simple description of the drawing [Simple description of the drawing] Fig. 1: Front view of the equilateral triangle structure of the dust purification. Figure 2: Rear view of the equiangular structure of the dust purification. Figure 3: Internal section of the front filter chamber. Figure 4: Internal section of the rear photocatalyst chamber. Fig. 5 is a diagram showing a combination of changes in the structure of the dust purification. [Main component symbol description] 1 0 geometry stereo filter purification body module 20 front filter chamber 3 0 rear photocatalyst chamber 4 0 front filter chamber opening 5 0 front filter 6 0 rear photocatalyst chamber opening 7 0 fan 80 Electrostatic precipitator 85 positive electric high voltage ion line 9 5 negative electric high voltage dust collecting plate 90 rear section photocatalyst chamber inner wall surface I 0 0 ultraviolet light tube 105 tripod II 0 zigzag structure of the geometric stereoscopic dust purification body module
第11頁Page 11
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TW94216778U TWM286719U (en) | 2005-09-29 | 2005-09-29 | Dust filtering and purifying structure |
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TW94216778U TWM286719U (en) | 2005-09-29 | 2005-09-29 | Dust filtering and purifying structure |
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