201103629201103629
wuuj^r/A 六、發明說明： ，' ‘ 【發明所屬之技術領域】 右關^發明是有關於—種用以收集浮塵之裝置，且特別是 維護、具有改一及高效率之二 【先前技術】 是、ίΓΓ:，收集浮塵之裝置係包括射極和集極，也就 和=、極’裝置係利用人卫方式施加高電壓於射極 。且放電使浮塵帶電，以藉由射 收集帶電粒子，其中射極和集極互相具有不同的極^來 中:^裝置可使用在淨化製造半導體或液晶顯示器 、揲至之軋體’或是淨化環境中的污染的空氣。 在另一方面，在此種收集裝置的例子中，有一種收集 :塵之裝置，此農置包括線狀的射極以及翼狀的集極，射 二“集極彼此相對設置。然而，因為使帶電粒子通過翼狀 、集極且帶絲子被收集’所以翼狀的集極具有大尺寸。 =外’由於翼狀集極的安裳結構的關係，因此，難以移除 粒子’所以不易維護此裝置。換句話說，當藉由 噴射以流體以清潔裝置時，難以清潔到細部，因此一再 使用此装置會造成收集表現的惡化。 —此外’在日本專利申請公開號第2〇〇8]834〇號揭露 / 構其電極係為翼狀。一正高電壓以及一負高電壓 =互施加於翼狀之電極。然而，因為黏著劑係施加於這 二翼狀之電極的表面以收集浮塵，所以翼狀之電極一樣是 201103629 -TW6059PA r , 難以清潔。因此，一旦電極使用後需要更換時，同樣的電 極難以再用一次。此外，當使用高電壓之電極時，此裝置 並沒有提供安全系統。因此，此裝置之操作並不穩定且存 在著使用的危險。 【發明内容】 本發明主要係提供一種用以收集浮塵之裝置，此裝置 的功效如下。 首先，板狀電極具有多個孔洞，且板狀電極與桿狀電 極係分開且相對，因此改善收集浮塵的表現並提供小巧的 體積。藉此，可在有限的空間中形成不同的功效和兼容的 設置方式。 第二，板狀電極上多個孔洞以及桿狀電極的設置結構 係可變化的，用以對應不同的應用領域提供一設計的自由 度。收集電極部件包括板狀電極，而射極電極部件包括桿 狀電極可分離來輕易地且整潔地使用清潔流體清洗，藉以 大幅改善維護品質。 第三，由於安全元件用以感應安裝於殼體的前部與後 部的保護板是否安裝安全元件，且可在當保護板未安裝於 安全元件時切斷電源。如此一來，可提供產品的操作穩定 性以及大幅改善使用者的安全。 第四，當桿狀電極分別提供於板狀電極的前部與後 部，離子風順著板狀電極的前部與後部產生，板狀電極的 前部與後部皆用來收集粒子，因此大幅提昇收集效率。 根據本發明之一方面，提出一種用以收集浮塵之裝 201103629 置’裝置包括-殼體、一射極電極部件以及一·收集電極部 件。殼體包括-框架及—電子元件部，殼體之框架具有一 中空體’電子it件部設置於位於殼體之框架内之中空體的 下方。射極電極部件包括一框架，射極電極部件之框架可 拆卸地設置於殼體之框架内4包括複數個桿狀電極Ϊ該 些桿狀電極在中空财橫向地配置。收集電極部件包括一 板狀電極’板狀電極相對於射極電極部件設置，且收集電 極π件包括-框架’收集電極部件之框架可拆卸地設置於 =框架内。其中’收集電極部件的板狀電極包括複數 :細，用以讓氣體通過，藉此形成—離子風並收集氣體 反犬電極上形成的此些孔洞的方向，係相對於對應之 $些桿狀電極之方向。此些桿狀電極及板狀電極係由一導 換1此些桿狀電極及板狀電極經由一高電麗轉 連接到一電源供應器，高電壓轉換器位在電子元件部 2雷其：亚稭由提供電源予該些桿狀電極及該板狀電極而 的極性為相反。 〜电你 殼體的電子元件部上係具有複數個彈性銷 為，此些彈性銷連接器具有彈性地向上凸出，以 —電源供應器到複數個雷调鱼 ^ 分別m⑽ 目以、連接。卩件，此些電源連接部件 刀狀成於射極電極部件及收集電極部件之下表面上。 射極電極部件的_及收集f極部件的框架分 括—^體’鉤體_合於殼體上之_凸狀結構的一底部。 ί極電極部件的框架及收集電極部件的框架分別包 6 201103629 -TW6059PA r , 括一樞軸手把，樞軸手把分別以鉸接於射極電極部件的框 架及收集電極部件的框架。 殼體的前部和後部係分別可拆卸地耦接於複數個保 護板，此些保護板由一絕緣材料形成，且此些保護板包括 複數個貫孔。 裝置更包括一安全元件，安全元件包括一第一感應器 及一第二感應器，分別設置於電子元件部的前部和後部 上，用以感應該些保護板是否耦合於第一感應器及第二感 應器，以根據該些保護板是否耦合於第一感應器及第二感 應器來選擇性地停止供給電源給射極電極部件及收集電 極部件。 複數個裝置設置於複數個容置部件中的上部、下部、 左部及右部，且此些裝置形成之一集合體的一表面用以集 中地收集一淨化目標空間中的浮塵。複數個動輪設置於此 些裝置的集合體的一框架之底部上。 根據本發明之另一方面，提出一種用以收集浮塵之裝 置，裝置包括一殼體、複數個保護板以及一安全元件。殼 體包括一框架，框架具有一中空體，一射極電極部件及一 收集電極部件設置於中空體内，且彼此相對，射極電極部 件及收集電極部件可拆卸地設置於框架内。多個保護板可 拆卸地耦合於殼體的前部和後部，且此些保護板由一絕緣 材料製成，此些保護板具有多個貫孔，用以讓氣體通過。 安全元件係根據此些保護板是否耦合於安全元件來選擇 性地停止供給電源給射極電極部件及收集電極部件。 安全元件包括一第一感應器、一第二感應器及一第三 201103629 感應器。第一感應器及一第二感應器分別設置於_電子元 件部的前部和後部上，用以感應此些保護板是否麵合於該 第一感應器及該第二感應器，其中電子元件部位於殼體中 之中空體的下方。第三感應器設置於位在中空體下之電子 元件部的上部，用以感應射極電極部件及收集電極部件其 中之一是否分離。 當一感應物件耦合於第一感應器、第二感應器及第三 感應器時，為按鈕式開關之第一感應器、第二感應器及第 三感應器係被加壓。 安全元件更包括一選擇開關，選擇開關位在電子元件 邛的則部上，選擇開關的開啟和關閉分別使第一感應器、 第二感應器及第三感應器線性串聯，和選擇性地提^電源 至線性串聯之第—感應器及第二感應器的二端，藉此決定 一戈·全模式是否執行。 凡二俅縵板的邊緣係配置有一鉤體，鉤體具有一這 槽二溝槽向下傾斜，_合於—凸狀結構，使得此些保 =被㈣’且糟由自身重力而緊密地附接於殼體的外部 凸狀結構位於殼體的框架之内部週邊表面内。 置—方面’提出—则㈣集浮塵之 部件及一第-射二 11 文集電極部件、-第-射極電: -中i體：件。殼體包括-框架，框架具: 且包二板地設置於殼體的_ -射搞心W 電用以收集氣财的浮塵。彳 牛及第一射極電極部件係相含 201103629 'I W605yPA r , 於板狀電極之前部與後部設置，且與板狀電極的前部與後 部分隔地設置，第一射極電極部件及第二射極電極部件各 包括多個框架，此些框架分別包括多個第一桿狀電極及多 個第二桿狀電極，此些第一桿狀電極及此些第二桿狀電極 形成週邊之氣體的一離子風。 此些第一桿狀電極、此些第二桿狀電極與板狀電極係 由一導電材料製成，且經由一高電壓轉換器連接到一電源 供應器，高電壓轉換器位在殼體内，其中相同極性的電源 供給於此些第一桿狀電極及此些第二桿狀電極，相反於供 給於此些第一桿狀電極及此些第二桿狀電極之極性的電 源係供給於板狀電極，以分別對此些第一桿狀電極、此些 第二桿狀電極及板狀電極進行帶電。 為讓本發明之上述内容能更明顯易懂，下文特舉較佳 實施例，並配合所附圖式，作詳細說明如下： 【實施方式】 本發明之較佳實施例將參照圖式詳細說明於下。第1 圖繪示根據本發明一實施例之用以收集浮塵之裝置10的 外部示意圖。第2圖繪示第1圖中之裝置10的殼體100 的前方外部示意圖。第3圖繪示殼體100的後方外部示意 圖。 請參照第1圖到第3圖，裝置10包括一殼體，殼體 形成一框架，框架内包括一内部為中空的中空體101及一 電子元件部110。電子元件部110包括不同的電子元件例 如是印刷電路板(Printed Circuit Board，PCB)，電子元件部 201103629 1 vvuujyrA\ no設置在中空體101#下方。在本實施例中，殼體ι〇〇 可由！呂製成以被電性保護。在殼體⑽的一側上係配置— 電源輸入端子1G6及-電源輸出端子1()7。此外，在咬體 之前部之-側上係配置一主電源供應開關ι〇2及二選 擇開關103，選擇開们03可選擇是否操作於安全模式。 此安全模式根據數個保護板16〇是否分職合於殼體刚 的前部及後部，來選擇性的切斷提供給射極電極部件 ，如第4圖所示）及收㈣極部件m(如第4圖所示）的 另外，射極電極部件120及收集電極部件m可拆卸 地安裝於殼體刚的框架内。此種崎方式使得電源係選 擇=供給及轉變’且高電壓被改變以使得氣體藉由收集 =體中的=塵而淨化。此外，當提供高電壓的電源時，可 壤使用者安全使用。 第4圖繪示裝置〗〇的爆炸圖。Wuuj^r/A VI. Description of the invention: , ' 'Technical field to which the invention belongs 】 Right-handed ^The invention is related to a device for collecting floating dust, and especially for maintenance, with a change and high efficiency [ Prior Art] Yes, ίΓΓ: The device for collecting floating dust includes an emitter and a collector, and the <, pole' device uses a human voltage to apply a high voltage to the emitter. And the discharge charges the floating dust to collect the charged particles by the radiation, wherein the emitter and the collector have different polarities from each other: the device can be used in purifying the semiconductor or liquid crystal display, and the rolled body is cleaned or purified Contaminated air in the environment. On the other hand, in the example of such a collecting device, there is a device for collecting dust, which includes a linear emitter and a wing-shaped collector, and the emitters "the collectors are arranged opposite each other. However, because The charged particles are collected through the wing, the collector and the filaments. Therefore, the wing-shaped collector has a large size. The outer layer is difficult to remove due to the relationship between the wing-shaped collector's body structure. The device is maintained. In other words, when the device is cleaned by spraying with a fluid, it is difficult to clean the detail, and the use of the device repeatedly causes deterioration of the collection performance. - Further, in Japanese Patent Application Laid-Open No. 2 The 834 nickname reveals that the electrode system is wing-shaped. A positive high voltage and a negative high voltage = mutually applied to the wing-shaped electrode. However, since the adhesive is applied to the surface of the two-wing electrode to collect the floating dust Therefore, the wing-shaped electrode is 201103629 - TW6059PA r, which is difficult to clean. Therefore, once the electrode needs to be replaced after use, the same electrode is difficult to reuse. In addition, when using a high-voltage electrode This device does not provide a safety system. Therefore, the operation of the device is not stable and there is a danger of use. SUMMARY OF THE INVENTION The present invention mainly provides a device for collecting floating dust, and the efficiency of the device is as follows: First, the board The electrode has a plurality of holes, and the plate electrode is separated from and opposed to the rod electrode system, thereby improving the performance of collecting the floating dust and providing a compact volume, thereby forming different functions and compatible setting manners in a limited space. Second, the plurality of holes in the plate electrode and the arrangement of the rod electrodes are variable to provide a design freedom for different application fields. The collecting electrode member includes a plate electrode and an emitter electrode member. Including the rod electrode can be separated for easy and neat cleaning with a cleaning fluid, thereby greatly improving the maintenance quality. Third, since the safety element is used to sense whether the front and rear protection plates mounted on the housing are equipped with safety elements, and The power can be cut off when the protection board is not installed in the safety element. In this way, the operation of the product can be provided. Stability and greatly improve the safety of the user. Fourth, when the rod electrodes are respectively provided at the front and the rear of the plate electrode, the ion wind is generated along the front and the back of the plate electrode, and the front portion of the plate electrode The rear part is used to collect particles, so the collection efficiency is greatly improved. According to one aspect of the invention, a device for collecting floating dust is provided 201103629. The device comprises a housing, an emitter electrode component and a collecting electrode component. The body comprises a frame and an electronic component, and the frame of the housing has a hollow body. The electronic component is disposed below the hollow body in the frame of the housing. The emitter electrode component comprises a frame, and the emitter electrode component The frame is detachably disposed in the frame of the housing 4 and includes a plurality of rod electrodes. The rod electrodes are disposed laterally in the hollow. The collecting electrode member includes a plate electrode. The plate electrode is disposed relative to the emitter electrode member. And the collecting electrode π member includes a frame of the frame collecting electrode member detachably disposed in the frame. Wherein the plate electrode of the collecting electrode member comprises a plurality: fine for allowing gas to pass therethrough, thereby forming an ion wind and collecting the direction of the holes formed on the gas counter-dog electrode, relative to the corresponding rods The direction of the electrode. The rod electrodes and the plate electrodes are connected to a power supply via a high voltage switch through a switch electrode and a plate electrode, and the high voltage converter is located in the electronic component unit 2: The sub-stalk is opposite in polarity by supplying power to the rod electrodes and the plate electrodes. ~Electricity The electronic component of the housing has a plurality of elastic pins. The elastic pin connectors are elastically convex upwards, and the power supply is connected to a plurality of lightning fishes m(10) respectively. The power supply connecting members are blade-shaped on the lower surface of the emitter electrode member and the collecting electrode member. The frame of the emitter electrode member and the frame for collecting the f-pole member are divided into a bottom portion of the convex structure of the housing. The frame of the Ø pole electrode part and the frame of the collecting electrode part are respectively included in the package of 201103629 - TW6059PA r , including a pivotal handle, which is respectively framed by the frame of the emitter electrode member and the frame of the collecting electrode member. The front and rear portions of the housing are detachably coupled to the plurality of protective plates, respectively, and the protective plates are formed of an insulating material, and the protective plates include a plurality of through holes. The device further includes a security component, and the security component includes a first sensor and a second sensor respectively disposed on the front and the rear of the electronic component to sense whether the protection plates are coupled to the first sensor and The second inductor selectively stops supplying power to the emitter electrode member and the collecting electrode member according to whether the protection plates are coupled to the first inductor and the second inductor. A plurality of devices are disposed on the upper, lower, left and right portions of the plurality of accommodating members, and the devices form a surface of the one of the aggregates for collectively collecting the floating dust in the purification target space. A plurality of moving wheels are disposed on the bottom of a frame of the assembly of the devices. According to another aspect of the invention, a device for collecting floating dust is provided, the device comprising a housing, a plurality of protective plates and a security element. The housing includes a frame having a hollow body, an emitter electrode member and a collecting electrode member disposed in the hollow body and opposed to each other, and the emitter electrode member and the collecting electrode member are detachably disposed in the frame. A plurality of protective plates are detachably coupled to the front and rear portions of the housing, and the protective plates are made of an insulating material having a plurality of through holes for allowing gas to pass therethrough. The safety element selectively stops supplying power to the emitter electrode member and the collecting electrode member depending on whether or not the protective plates are coupled to the safety member. The security element includes a first sensor, a second sensor and a third 201103629 sensor. The first sensor and the second sensor are respectively disposed on the front portion and the rear portion of the electronic component portion for sensing whether the protection plates are in contact with the first inductor and the second inductor, wherein the electronic component The portion is located below the hollow body in the housing. The third inductor is disposed at an upper portion of the electronic component portion under the hollow body for sensing whether one of the emitter electrode member and the collecting electrode member is separated. When a sensing object is coupled to the first sensor, the second sensor, and the third sensor, the first sensor, the second sensor, and the third sensor of the push button switch are pressurized. The safety component further includes a selection switch, the selection switch is located on the portion of the electronic component, and the opening and closing of the selection switch respectively linearly connect the first inductor, the second inductor and the third inductor, and selectively ^ Power to the linear sensor - the two ends of the sensor and the second sensor, thereby determining whether a full mode is executed. Where the edge of the second raft is provided with a hook body, the hook body has a groove and the groove is inclined downward, and the yoke is combined with the convex structure, so that the protection is (four)' and the gravity is closely and tightly An outer convex structure attached to the housing is located within an inner peripheral surface of the frame of the housing. - Aspect - proposed - then (d) set of dust particles and a first - shot 2 11 electrode parts, - the first - emitter: - medium body: piece. The casing comprises a frame, and the frame has: and the two plates are arranged on the casing _-shooting to collect the floating dust of the gas. The yak and the first emitter electrode component phase include 201103629 'I W605yPA r , which is disposed at the front and the rear of the plate electrode, and is disposed apart from the front and rear portions of the plate electrode, the first emitter electrode component and the first The two emitter electrode members each include a plurality of frames, and the frames respectively include a plurality of first rod electrodes and a plurality of second rod electrodes, and the first rod electrodes and the second rod electrodes form a periphery An ion wind of gas. The first rod electrodes, the second rod electrodes and the plate electrodes are made of a conductive material and connected to a power supply via a high voltage converter, and the high voltage converter is located in the housing. The power source of the same polarity is supplied to the first rod electrodes and the second rod electrodes, and the power supply system for supplying the polarities of the first rod electrodes and the second rod electrodes is supplied to The plate electrodes are electrically charged to the first rod electrodes, the second rod electrodes, and the plate electrodes, respectively. In order to make the above description of the present invention more comprehensible, the preferred embodiments of the present invention will be described in detail below with reference to the accompanying drawings. Below. 1 is a schematic diagram showing the exterior of an apparatus 10 for collecting floating dust according to an embodiment of the present invention. 2 is a schematic front and exterior view of the housing 100 of the device 10 of FIG. 1. FIG. 3 is a schematic diagram showing the rear exterior of the housing 100. Referring to Figures 1 through 3, the apparatus 10 includes a housing that defines a frame that includes a hollow body 101 that is hollow inside and an electronic component portion 110. The electronic component unit 110 includes different electronic components such as a printed circuit board (PCB), and the electronic component unit 201103629 1 vvuujyrA is disposed below the hollow body 101#. In this embodiment, the housing ι can be! Lu made it to be electrically protected. On one side of the casing (10), a power input terminal 1G6 and a power output terminal 1 () 7 are disposed. In addition, a main power supply switch ι 2 and a second selection switch 103 are disposed on the side of the front portion of the bite body, and the selector 03 is selected to select whether to operate in the safe mode. This safety mode selectively cuts off the supply to the emitter electrode member, as shown in Fig. 4 and the receiving (four) pole part, depending on whether the plurality of protective plates 16 are divided into the front and the rear of the housing. Further, as shown in Fig. 4, the emitter electrode member 120 and the collecting electrode member m are detachably attached to the frame just in the casing. This sluggish mode causes the power supply to select = supply and transition ' and the high voltage is changed so that the gas is purified by collecting = dust in the body. In addition, when a high-voltage power source is provided, it is safe for the user to use. Figure 4 shows the exploded view of the device.
。月參照第4圖’裝置10包括殼體100、射極電極部 件120及收集電極部件13〇。 ㈣HP 射極電極部件120可拆卸地安裝於殼體〗〇〇的框架 匡架123，框架123包括多個桿狀電極121 松向配置於中空體101。在本實施例中，桿狀電極⑵以 -預定的間距互相分離，且可由例如是不鏽鋼及導電高分 :材：之導電材料所形成。藉由提供通過殼體〗〇〇内的電 子凡件部1]G内的高電壓轉換器之負電源 :電二具有負極性。桿狀電…為線狀，但不受限 於此。例如’桿狀電極丨21可為中空圓柱狀。 201103629 4 i WGO^ypA r 框架内另裝於殼體100的 極⑵的配置位置之對面。換板二Π3;安襄於桿狀電 r成的表面係平行於電= :=:邊在…板狀電二: 更週邊的氣體通過孔洞】3 板狀電極131可由導雷以ϋ ,、 而形成離子風。 ^jz.Un , 才料形成，例如是不鏽鋼及導電高 刀子材科。框架133係環繞在板 導電: 132的形狀可為直徑 h的周圍。孔洞 於此。 、 么里（mm)的圓，但並不限縮 藉由在叙體之電子元件部11〇内部 二器雷可提供-正電源至板狀電極⑶，且使板:電= ，呈正極性。伏特的 := 121 ’：+5_伏特的電源可提供至板狀電極 電極 反的電:二桿板2極係被提供彼此極性相 極⑵。以下將===、’ t正電源可提供至桿狀電 土；上述負-¾源提供至板狀 正電源提供至桿狀電極⑵作為例子說明。 而 如此來，桿狀電極121及板狀電極131之門形忐间 定電壓並形成離子風。其中， 广之間形成固 因庫:力而朝向板狀電…動而形成離二;圍的氣體 集極=桿狀電㈣及做為 使電晕放電“_ 電位^因而 S Hx王不T電的浮塵基本上 201103629 I vvuv/j^rrv 係1電，藉由庫倫力的關係，負極性的桿狀電極丨2 l吸引 正極性的洋塵，而正極性的板狀電極131吸引負極性的浮 塵，藉以利用此方式來收集氣體中的浮塵。 ^在本實施例中，包括中空體1〇1之殼體1〇〇如上所述 係為額外疋件之形式，但包括中空體101之殼體100亦 可為單一個主體之結構，此結構與一週邊裝置相互組裝。 另一方面，如第4圖所示，在殼體的中空體1〇]之下 方的電子元件部1 1 〇的上方係配置彈性鎖連接器⑴，彈 ^肖連接器115係具有彈性地向上凸出，以連接電源供應 器到數個電源連接部件（未顯示），此些電源連接部件分別 形成於射極電極部件120及收集電極部# 13〇之下表面 上。因此，當於殼體100之中空體1〇1中安裝射極電極部 件120及收集電極部件130時，分別因為射極電極部件120 及收集電極部件130本身重力的關係而對彈性銷連接器 U5產生壓力’藉此改善接觸的情況以提供穩定的電流。 此外’如第4圖所示，射極電極部件丨2〇的框架123 及收集電極部件130的框《133上分別具有鉤體⑵及 135’以搞合於殼體上的凸狀結構116。樞轴手把⑶及 136以鉸接鍊接於射極電極料m的 電極部件130的框牟。m + 町札'朱133因此，使用者可側向地和向後 地旋轉轉動手把126及136，安裝射極電極部件12〇及收 集電極部件130其中之一，並且選擇性地輕接鉤體125及 3:於凸狀結構】16，如此一來，便可輕易地讓射極電極 藉12G及收集電極部件13()裝設於殼體_之中空體 中，或自殼體〗〇〇之中空體中脫離。 201103629 * IW6059PA r , # 收集氣體中的浮塵後，收㈣㈣ 件〇及射極電極部件120可被分離，且藉由輕易且方便 地使用包括酒精等之清潔流體來清潔由射極電極部件120 及收集電極部件130收集的浮塵，收集電極部件130及射 極電:牛120可被重複使用，藉此大幅改善維護的品質。 根據本發料提供的實_之裳置不止可庫用於半 導^液晶顯示器製程中的無塵室以使氣體淨化Ϊ如有必 Γ二=可使用於實驗室、手術室、療養院、地鐵 站、，會㈣私及暗房，以淨化空氣中的環境污染物。 六」田一方面’根據板狀電極131及桿狀電極121之間的 乂互作用之收集行為將說明於下。 第5圖緣示板狀電極⑶及桿狀電極⑵之交 的示意圖，而第6圖怜示柘壯雪代卞用 配置組態的上視圖曰不板狀電極131及桿狀電極⑵的 請參照第5圖，標妝雷π f 0 T m 極⑶移動，並且帶 4y _ 在本$知例中，朝向板狀電極131 體係形成-朝向板狀電極⑶上的孔洞132流動 二奐句活况’做為射極的桿狀電才圣⑵的放電之例子 131 ^ P 5 ^ p ® ^^t^ λα,, ή 。77，亚且黾街移動至板狀電極131 於/ 之邊緣。在本實施例中，氣體中的浮塵係收隼 邊緣並且在此程序中係誘發-氣流。換Π 121 131 ^32 Α成離子風。同時，氣體中擴散至除了孔洞132之 201103629. Referring to Figure 4, the apparatus 10 includes a housing 100, an emitter electrode member 120, and a collecting electrode member 13A. (4) The HP emitter electrode member 120 is detachably attached to the frame truss 123 of the housing, and the frame 123 includes a plurality of rod electrodes 121 loosely disposed in the hollow body 101. In the present embodiment, the rod electrodes (2) are separated from each other by a predetermined interval, and may be formed of a conductive material such as stainless steel and conductive high-grade material. By providing a negative power supply through the high voltage converter in the electronic component 1]G in the housing: the second has a negative polarity. The rod-shaped electric ... is linear, but is not limited to this. For example, the rod electrode 21 may have a hollow cylindrical shape. 201103629 4 i WGO^ypA r The frame is mounted on the opposite side of the position of the pole (2) of the housing 100. Change the plate 2Π3; the surface of the rod-shaped electric r is parallel to the electric ===: the edge is in the plate-like electricity 2: the more surrounding gas passes through the hole] 3 the plate-shaped electrode 131 can be guided by the mine, And the formation of ion wind. ^jz.Un , only formed, such as stainless steel and conductive high knife material. The frame 133 is wrapped around the plate. The shape of the 132: can be around the diameter h. The hole is here. The circle of mm (mm), but not limited by the inside of the electronic component part 11 of the body of the body can provide a positive power supply to the plate electrode (3), and the plate: electricity =, positive polarity. Volt: = 121 ’: +5 volt power supply can be supplied to the plate electrode. Reverse electricity: The two poles are provided with polar phases (2). The following ===, 't positive power supply can be supplied to the rod-shaped electric field; the above negative -3⁄4 source is supplied to the plate-shaped positive power supply to the rod electrode (2) as an example. In this manner, the gate electrodes 121 and the plate electrodes 131 are spaced apart to form a voltage. Among them, a solid-cause reservoir is formed between the two: the force is directed toward the plate-shaped electricity... and is formed to be separated from the second; the gas collector of the circumference = rod-shaped electricity (four) and as a corona discharge "_ potential ^ thus S Hx Wang not T The electric dust is basically 201103629 I vvuv/j^rrv is 1 electric, and by the relationship of Coulomb force, the negative rod electrode 丨2 l attracts positive dust, and the positive plate electrode 131 attracts negative polarity. The floating dust is used to collect the floating dust in the gas. In the present embodiment, the casing 1 including the hollow body 1〇1 is in the form of an additional element as described above, but includes the hollow body 101. The housing 100 may also be a single main body structure which is assembled with a peripheral device. On the other hand, as shown in Fig. 4, the electronic component portion 1 1 below the hollow body of the housing 1 The upper part is provided with an elastic lock connector (1), and the elastic connector 115 is elastically protruded upward to connect the power supply to a plurality of power connection components (not shown), and the power connection components are respectively formed on the emitter On the lower surface of the electrode member 120 and the collecting electrode portion #13〇. When the emitter electrode member 120 and the collecting electrode member 130 are mounted in the hollow body 1〇1 of the housing 100, the elastic pin connector U5 is generated due to the gravity relationship between the emitter electrode member 120 and the collecting electrode member 130, respectively. The pressure 'by this improves the contact condition to provide a stable current. Further, as shown in Fig. 4, the frame 123 of the emitter electrode member 及2〇 and the frame "133 of the collecting electrode member 130 have hook bodies (2) and 135, respectively. 'To engage the convex structure 116 on the casing. The pivot handles (3) and 136 are hingedly linked to the frame of the electrode member 130 of the emitter electrode m. m + 町札' Zhu 133 Therefore, the user The handles 126 and 136 can be rotated laterally and backwardly, one of the emitter electrode member 12 and the collecting electrode member 130, and the hooks 125 and 3 can be selectively attached to the convex structure. In this way, the emitter electrode can be easily installed in the hollow body of the housing by the 12G and the collecting electrode member 13(), or detached from the hollow body of the housing. 201103629 * IW6059PA r , # After collecting the floating dust in the gas, collect (four) (four) pieces of 〇 and emitter The pole member 120 can be separated, and the dust collected by the emitter electrode member 120 and the collecting electrode member 130 can be cleaned by easily and conveniently using a cleaning fluid including alcohol or the like, and the collecting electrode member 130 and the emitter electrode can be used. It is reused to greatly improve the quality of maintenance. According to the material provided by this release, it can be used not only in the clean room in the process of semi-conducting liquid crystal display, but also to purify the gas. It can be used in laboratories, operating rooms, nursing homes, subway stations, and (4) private and darkrooms to purify environmental pollutants in the air. Six fields are based on the 之间 between the plate electrode 131 and the rod electrode 121. The collection of interactions will be explained below. Fig. 5 is a schematic view showing the intersection of the plate electrode (3) and the rod electrode (2), and Fig. 6 is a top view of the configuration of the configuration of the 柘 雪 雪 雪 卞 请 请 请 请 请 请 131 131 131 131 131 131 131 131 131 131 131 5, the standard makeup ray Φ f 0 T m pole (3) moves, and the band 4y _ in this example, formed toward the plate electrode 131 system - flowing toward the hole 132 on the plate electrode (3) An example of the discharge of the rod-shaped electric (2) as an emitter is 131 ^ P 5 ^ p ® ^^t^ λα,, ή . 77, Ya'an Street moves to the edge of the plate electrode 131 at /. In the present embodiment, the floating dust in the gas is the edge of the weir and is induced in this procedure. Change Π 121 131 ^32 Α into ion wind. At the same time, the gas diffuses to the hole 132 except for the 201103629
意 wouoyrA . » ·' 邊緣以外的其他區域的殘餘浮塵，會帶正極性並再次被收 集至桿狀電極121。 如上所述的程序中，氣體中大部份的浮塵係收集至板 狀電極131的表面上，且氣體通過孔洞132並朝反方向流 動。在本實施例中，如第6圖所示，為了誘發離子風的流 動以改善收集的表現，垂直地連接板狀電極131的孔洞132 之中心部份的多條直線’設置於桿狀電極121的對面。此 外，為了有效地收集浮塵，在板狀電極131上形成一行的 孔洞132和左右兩行的孔洞的關係為鋸齒狀排列且不重 疊。 如上所述，根據本發明實施例之裝置，藉由桿狀電極 的配置以形成—表面，此表面係面對包含多個孔洞1 反狀電極131，以收集浮塵。此外，藉由調控孔洞132 欢數i酉己置與大小、以及桿狀電極121之間的間距，本 月實把例之义置可以提供能夠隨環境需求而改變收集 °又计之自由度，藉此在有限的厚度及體積下實現小 、之農置’且可大幅增加裝置之收集效能。 rn方面’如第〗圖到第4圖所示，保護板160 ύ 用巴”，成’其中複數個貫孔162形成於保護板160, 的乂Λ ,體通過从此些保護板160可拆卸地安裝於殼體1⑴ 雷：：：後部以使例如是射極電極部件120以及收集 觸到=7t高電壓裝置可穩定操作且可避免使用者趣 觸到尚電壓裝置。 此外， 用者更安全， 1了3更加改善裝置10操作的穩定性以及讓使 可提供安全元件，安全元件可依據保護板160The residual floating dust of the area other than the edge will be positively charged and collected again to the rod electrode 121. In the above-described procedure, most of the floating dust in the gas is collected on the surface of the plate electrode 131, and the gas passes through the hole 132 and flows in the opposite direction. In the present embodiment, as shown in Fig. 6, in order to induce the flow of the ion wind to improve the collection performance, a plurality of straight lines 'the central portion of the hole 132 connecting the plate electrodes 131 vertically are disposed on the rod electrode 121. Opposite. Further, in order to efficiently collect the floating dust, the relationship between the holes 132 formed in one row on the plate-like electrode 131 and the holes in the left and right rows is arranged in a zigzag manner and does not overlap. As described above, the apparatus according to the embodiment of the present invention forms a surface by the arrangement of the rod electrodes facing the counter electrode 131 including the plurality of holes 1 to collect the floating dust. In addition, by adjusting the size of the holes 132 and the spacing between the rod electrodes 121, this month's example can provide a degree of freedom that can be changed according to environmental requirements. In this way, it is possible to achieve a small, small-scale, and can greatly increase the collection efficiency of the device. In the rn aspect, as shown in FIG. 4 to FIG. 4, the protective plate 160 is formed of a plurality of through holes 162 formed in the protective plate 160, and the body is detachably removed from the protective plates 160. Mounted to the housing 1 (1) Ray::: rear part so that, for example, the emitter electrode member 120 and the collection touched the 7-volt high voltage device can operate stably and can avoid the user's interest in touching the voltage device. Moreover, the user is safer. 1 3 further improves the stability of the operation of the device 10 and allows the security element to be provided, the security element can be based on the protection plate 160
I 201103629 、I W6059PA » 是否安裝於裝置10來選擇性地切電源斷。 接下來將參照第7圖來說明根據本發明實施例之裝 置之安全元件及電路組態。 第7圖繪示裝置中之安全元件的電路圖。 請參照第7圖，殼體1〇〇的電子元件部11()中配置交 流電（Alternating Current，AC)輸入端子1〇6，且輸入電壓 係通過熔斷器601及主電源供應開關1〇2，且提供至直流 轉換器602。通過熔斷器601之輸入電壓係可避免超載。 另外，輸出端子107可連接於交流電輸入端子1〇6之一侧。 藉由直流轉換器602轉換之直流電係通過安全元 件、印刷電路板(PCB)62〇以及高電壓轉換器63〇，且提供 於射極電極部件120以及收集電極部件13〇。在本實施例 中’女全元件包括第一感應器lu、第二感應器112及第 三感應器113，第一感應器ηι及第二感應器112分別配 置於電子元件部11〇的前部及後部上並感應保護板16〇是 否安裝於第一感應器111及第二感應器112，其中電子元 件部110形成於殼體丨00的中空體1〇1之下方。第三感應 器113配置於電子元件部11〇的上部上並感應收集電極部 件130及射極電極部件120其中一個是否脫離。 +當選擇安全模式，且第一感應Elu、第二感應器112 及第二感應113感應到物件未與它們耦合時，安全元件 係操作以使電源不供應到射極電極部件12〇以及收集電極 部件130。 '、 卜更詳細的說明，第一感應器、第二感應器U2及 第二感應器113之連接方式係為線性串聯，且可以開關方 201103629 式來選，性地提供電源至線性串聯的第一感應器丄n及第 二，應器112的兩端’因此連接於選擇開關1〇3與否係決 定是否操作於安全模式。選擇開關1〇3安裝於 110的前部上。選擇開關103係開啟而操作至安全模式， 且當第-感應器⑴、第二感應器112及第三感應器工113 感應到物件未與它們輕合時，電源係不供應到射極電極部 件m以及收集電極部件130。藉此，提供裝置一個穩定 的操作和大幅地改善安全性。 另一方面，當選擇開關1〇3關掉而不操作 時，無?第-感應器m及第二感應器n2:感=式 在例如疋射極電極部件120以及收集電極部件13〇之物件 耗合於第三感應器113的情況下，電源可提供於射極電極 部件120以及收集電極部件130。 _另一方面，第一感應器111、第二感應器丨12及第三 感應器113可為按鈕式開關。當感應的物件分別耦合於第 一感應器ill、第二感應器112及第三感應器n3時，物 件施予第-感應器U1、第二感應器112及第三感應器113 壓力，電源係在第一感應器m、第二感應器112及第三 感應器113被加壓時提供。請參照第2圖到第4圖，以下 將說明藉由使用分別為按鈕式開關的第一感應器】u、第 二感應器112及第三感應器113以感應物件是否耦合的感 應過裎。在本實施例中，第二感應器112係設置於與第一 感應器ill相似的位置且具有一樣的形狀，第一感應器ηι 及第二感應器112係分別位於電子元件部11〇的前部和後 部上。 16 201103629 • TW6059PA » , 更詳細的說明，請參照第2圖及第3圖，在位於殼體 100之中空體101下方的電子元件部之前部和後部 上，分別配置為按鈕式開關的第一感應器111及第二感應 器112。當保護板160安裝於第一感應器1U及第二感應 器112時，第一感應态111及第二感應器112分別被加壓， 且感應保護板160是否安裝於第一感應器111及第二感應 器112。此外，第三感應器in亦為按鈕式開關，且當收 集電極部件130以及射極電極部件12〇其中之一安裝於第 三感應器113時，因為收集電極部件13〇以及射極電極部 件120本身重力的關係，使第三感應器113可感應到收集 電極部件130以及射極電極部件12〇是否安裝其上。 凊茶照第4圖，保護板16〇之邊緣上具有鉤體165， 釣體165具有溝槽167，溝槽167係向下傾斜以輛合凸狀 結構1Π。鉤體165沿著傾斜的溝槽167向下滑動，以在 此模式下使得保護板⑽因為自身重量而被加壓來緊密地 依附於殼體的外表面。 在本實施例中’保護板16〇的邊緣安裝於殼體議的 前部上，且加壓在配置於電子元件部lu的前部上之第一 感應器111。保護板160的邊緣安裝於殼體⑽白勺後部内， 且加壓在配置於電子元件部lu的後部上之第二感應器 112。錯此’根據為按鈕式開關的第—感應器ιη及第二感 應器及112是否被加壓，央八^ ^木刀別感應保護板160是否組裝 於殼體100的前部及後部上。 此外，第三感應器113亦為按紐式開關，位於電子元 4 110的上部，用以感應射極電極部件12()卩及收集電 201103629 I ννυν/^7Γ/Λ 極部件130其中之一 a术a ’ 1 ' 一 /、〒之疋否安裝於第三感應器113。 之示：^圖^’第8 _示使㈣集浮塵之裝置的一例子 ί f:二8圖’為了加強淨化目標空間中的浮塵，多 =:多St多個容置部件的上部、下部、左部及右 的社構201俜二二集合體的一表面。具有多個容置部件 裝置1〇以可在技術範圍中進行調 ί以及二：合與配置多個裝置於用以製造半導 顯示器的無塵室中之易受粒子影響的主要裝 置之一側，藉此大幅提升生產良率。 、 為了符合不同領域的應用，裳置10藉由使用特別的 結構2薄且相對小尺寸的結構，可改善的收集表現。 意圖 面’第9圖綠示使用褒置】0的另一例子之示 請參照第9圖，動輪21ί配置於框架2】〇 框架2U)容納裝置1〇,藉以增加使用的效率。_ 第1〇圖綠示根據本發明另—實施例之用以收集浮塵 之哀置的極性組態的爆炸圖。第】丨合_ ” 置的主要部件的剖面。在本實施；裝 ㈣的間距設置以及位在板狀電極二=::: 外，其餘部分係與前述實施例相同，因此不予資述。 請參照第10圖，收集電極部件23G係可拆 於殼體10Θ的框架内，且包括板狀 用以收集氣體中的浮塵。電極231，板狀電極231 此外，在殼體100的框架内，第一射極電極部件220 201103629 * rW605VPA ^ , 以及第二射極電極部件250係分別可拆卸式地配置於收集 電極部件230的前部與後部。第一射極電極部件220以及 第二電極射極部件250分別包括框架223及253,框架223 及253分別包括多個第一桿狀電極221以及多個第二桿狀 電極251，第一射極電極部件220以及第二電極射極部件 250分開且相對應的分設於板狀電極231之前部與後部， 並在第一桿狀電極221及第二桿狀電極251週邊形成氣體 的離子風。 在收集電極部件230、第一射極電極部件220以及第 二射極電極部件250上之框架233、223和253，分別具有 鉤體235、225和255以及手把236、226和256，以輕易 地脫離殼體100及裝配於殼體100。 另一方面，第一桿狀電極221、第二桿狀電極251以 及板狀電極231係由例如是不錄鋼和導電高分子材料之導 電材料製成，且經由殼體100内的高電壓轉換器連接於電 源供應器。在本實施例中，相同極性的電源供給於第一桿 狀電極221以及第二桿狀電極251，而與第一桿狀電極221 和第二桿狀電極2 51之電源極性相反的電源，係提供於板 狀電極231。 請參照第11圖，從第一桿狀電極221及第二桿狀電 極251朝向板狀電極231而形成的離子風的方向係為彼此 相反。離子風沿著板狀電極231的表面上下的吹，因此收 集氣體中的浮塵至板狀電極231。在本實施例中，藉由在 電場集中的點P附近上下移動的流體使得收集的氣體向外 排出，而氣體的出口可形成於殼體100的上面和下面。 19 201103629 I »* l \ , * ' 此外，由於流體沿著板狀電極231的前部及後部形成 係與根據本發明一實施例的裝置10相異，因此，於板狀 電極231上的孔洞232係可省略。 如上所述，板狀電極23〗之兩個表面用以收集粒子， 因此大幅改善收集效率。 綜上所述，雖然本發明已以較佳實施例揭露如上，然 其並非用以限定本發明。本發明所屬技術領域中具有通常 知識者，在不脫離本發明之精神和範圍内，當可作各種之 更動與潤飾。因此’本發明之保護範圍當視後附之申請專 利範圍所界定者為準。 【圖式簡單說明】 第1圖繪示根據本發明之—實施例之用以收集浮塵 之裝置的外部示意圖。 第2圖繪示第！圖中之裝置的殼體之前方外部示意 圖。 ^ 弟3圖繪示第2圖中殼體的後方外部示意圖。 第4圖緣示第1圖中之裝置的爆炸圖。 互作第1圖中之板狀電極及多個桿狀電極之交 置組第1圖中之板狀電極及多個桿狀電極的配 之梦晋 V 1繪示根據本發明之—實施例_用以收集浮塵 4置中之女全元件的電路圖。 ^圖繪示使用第置的例子之示意圖。 第9圖繪不使用第丨圖中之裝置的另一例子之示意 20 201103629 -TW6059PA » , 圖。 第ίο圖繪示根據本發明之另一實施例中用以收集浮 塵之裝置的極性組態的爆炸視角圖。 第11圖繪示使用第10圖中之裝置的主要部件的剖面 圖。 【主要元件符號說明】 10 :裝置 100 :殼體 101 :中空體 102 :主電源供應開關 103 :選擇開關 106 :電源輸入端子 1〇7 :電源輸出端子 110 :電子元件部 111 :第一感應器 112 :第二感應器 Π3 :第三感應器 115 :彈性銷連接器 116、117 :凸狀結構 120、 220、250 :射極電極部件 121、 221、251 :桿狀電極 123 ' 133 ' 210 ' 233、253 :框架 125、135、165、225、235、255 :鉤體 126 ' 136 ' 226、236、256 :手把 21 201103629 I »τ \j\jjj i r\ 130、 230 :收集電極部件 131、 231 :板狀電極 132、 232 :孔洞 160 保護板 162 貫孔 167 溝槽 201 結構 211 動輪 223 框架 601 熔斷器 602 直流轉換器 620 印刷電路板 630 高電壓轉換器 P : 1 22I 201103629, I W6059PA » Is it installed in the device 10 to selectively cut the power supply? Next, the secure element and circuit configuration of the apparatus according to an embodiment of the present invention will be explained with reference to FIG. Figure 7 is a circuit diagram showing the security elements in the device. Referring to FIG. 7 , an alternating current (AC) input terminal 1 〇 6 is disposed in the electronic component portion 11 ( ) of the casing 1 , and the input voltage is passed through the fuse 601 and the main power supply switch 1 〇 2, And supplied to the DC converter 602. Overload can be avoided by the input voltage of the fuse 601. Further, the output terminal 107 can be connected to one side of the alternating current input terminal 1〇6. The DC power converted by the DC converter 602 is passed through a safety element, a printed circuit board (PCB) 62A, and a high voltage converter 63A, and is provided to the emitter electrode member 120 and the collecting electrode member 13A. In the present embodiment, the female full component includes a first sensor lu, a second sensor 112, and a third sensor 113. The first sensor η1 and the second sensor 112 are respectively disposed at the front of the electronic component portion 11〇. And the rear sensing and protection plate 16 is mounted on the first inductor 111 and the second inductor 112, wherein the electronic component portion 110 is formed under the hollow body 〇1 of the casing 丨00. The third inductor 113 is disposed on the upper portion of the electronic component portion 11A and senses whether or not one of the collecting electrode member 130 and the emitter electrode member 120 is disengaged. + When the safe mode is selected, and the first sensing Elu, the second sensor 112, and the second sensing 113 sense that the object is not coupled thereto, the security element operates to prevent the power source from being supplied to the emitter electrode member 12 and the collecting electrode Component 130. In more detail, the first inductor, the second inductor U2, and the second inductor 113 are connected in a linear series, and can be selected by the switch type 201103629 to provide power to the linear series. A sensor 丄n and a second, the two ends of the keeper 112 are thus connected to the selector switch 1 〇 3 or not to determine whether to operate in a safe mode. The selector switch 1〇3 is mounted on the front of the 110. The selection switch 103 is turned on to operate in the safe mode, and when the first sensor (1), the second sensor 112, and the third sensor 113 sense that the object is not lightly coupled with them, the power source is not supplied to the emitter electrode member. m and collecting electrode member 130. Thereby, the device is provided with a stable operation and greatly improved safety. On the other hand, when the selection switch 1〇3 is turned off and is not operated, there are no first-inductor m and second-inductor n2: sensed objects such as the erbium emitter electrode member 120 and the collecting electrode member 13 In the case of being consumed by the third inductor 113, a power source may be provided to the emitter electrode member 120 and the collecting electrode member 130. On the other hand, the first sensor 111, the second sensor 丨12, and the third inductor 113 may be push button switches. When the sensed objects are respectively coupled to the first sensor ill, the second sensor 112, and the third inductor n3, the objects are applied to the first sensor U1, the second sensor 112, and the third inductor 113, and the power source is Provided when the first inductor m, the second inductor 112, and the third inductor 113 are pressurized. Referring to Figures 2 through 4, the following will explain the use of the first sensor u, the second sensor 112, and the third sensor 113, which are respectively push-button switches, to sense whether or not the object is coupled. In this embodiment, the second inductor 112 is disposed at a similar position to the first inductor ill and has the same shape. The first inductor η1 and the second inductor 112 are respectively located in front of the electronic component portion 11〇. On the back and on the back. 16 201103629 • TW6059PA » , For a more detailed description, please refer to FIG. 2 and FIG. 3 , and the first part and the rear part of the electronic component part located below the hollow body 101 of the housing 100 are respectively configured as the first button switch. The inductor 111 and the second inductor 112. When the protection plate 160 is mounted on the first sensor 1U and the second sensor 112, the first sensing state 111 and the second sensor 112 are respectively pressurized, and the sensing protection plate 160 is mounted on the first sensor 111 and the first Two sensors 112. Further, the third inductor in is also a push button switch, and when one of the collecting electrode member 130 and the emitter electrode member 12 is mounted to the third inductor 113, since the collecting electrode member 13A and the emitter electrode member 120 are The relationship of gravity itself causes the third inductor 113 to sense whether the collecting electrode member 130 and the emitter electrode member 12 are mounted thereon. In the fourth embodiment of the tea, the edge of the protective plate 16 has a hook body 165, and the fishing body 165 has a groove 167 which is inclined downward to fit the convex structure 1Π. The hook body 165 slides down the inclined groove 167 to allow the protective plate (10) to be pressed by its own weight to closely adhere to the outer surface of the casing in this mode. In the present embodiment, the edge of the protective plate 16 is attached to the front portion of the housing and is pressed against the first inductor 111 disposed on the front portion of the electronic component portion lu. The edge of the protective plate 160 is mounted in the rear portion of the casing (10) and pressurized to the second inductor 112 disposed on the rear portion of the electronic component portion lu. In the case of the first sensor and the second sensor and 112 being pressed, the sensor board 160 is assembled on the front and rear portions of the housing 100. In addition, the third inductor 113 is also a button switch located at the upper portion of the electronic component 4110 for sensing the emitter electrode member 12() and collecting one of the 201103629 I ννυν/^7Γ/Λ pole members 130. a is a '1', and then is installed in the third sensor 113. Show: ^ Figure ^ '8th _ show (four) set of dust collector device ί f: 2 8 Figure 'In order to enhance the purification of dust in the target space, more =: multiple St upper and lower parts of multiple housing parts The left and right sides of the body of the 201俜22 collection. Having a plurality of accommodating member devices 1 〇 in the technical range and 2: Configuring and arranging a plurality of devices on one side of a main device susceptible to particles in a clean room for manufacturing a semiconductive display In order to greatly increase production yield. In order to meet the application of different fields, the skirt 10 can improve the collection performance by using a special structure 2 thin and relatively small size structure. Intentional Plane FIG. 9 shows another example of the use of the device. Referring to FIG. 9, the movable wheel 21 ί is disposed in the frame 2 〇 frame 2U) to accommodate the device 1 〇, thereby increasing the efficiency of use. _ The first diagram shows an exploded view of the polar configuration for collecting the dustiness of the floating dust according to another embodiment of the present invention. The cross section of the main component of the first embodiment is the same as that of the previous embodiment except that the pitch setting of the mounting (4) and the position of the plate electrode 2 =::: are the same as in the previous embodiment, and therefore will not be described. Referring to Fig. 10, the collecting electrode member 23G is detachable from the frame of the casing 10, and includes a plate shape for collecting floating dust in the gas. The electrode 231, the plate electrode 231 is further, in the frame of the casing 100, The first emitter electrode member 220 201103629 * rW605VPA ^ , and the second emitter electrode member 250 are respectively detachably disposed at the front and the rear of the collecting electrode member 230. The first emitter electrode member 220 and the second electrode project The pole members 250 respectively include frames 223 and 253, and the frames 223 and 253 respectively include a plurality of first rod electrodes 221 and a plurality of second rod electrodes 251, and the first emitter electrode members 220 and the second electrode emitter members 250 are separated. And correspondingly disposed on the front portion and the rear portion of the plate electrode 231, and an ion wind of gas is formed around the first rod electrode 221 and the second rod electrode 251. The collecting electrode member 230 and the first emitter electrode member are disposed. 220 and the first The frames 233, 223, and 253 on the second emitter electrode member 250 have hook bodies 235, 225, and 255 and handles 236, 226, and 256, respectively, to be easily detached from the housing 100 and assembled to the housing 100. The first rod electrode 221, the second rod electrode 251, and the plate electrode 231 are made of a conductive material such as a non-recording steel and a conductive polymer material, and are connected via a high voltage converter in the housing 100. In the present embodiment, power supplies of the same polarity are supplied to the first rod electrode 221 and the second rod electrode 251, and the powers of the first rod electrode 221 and the second rod electrode 2 51 are opposite in polarity. The power source is supplied to the plate electrode 231. Referring to Fig. 11, the direction of the ion wind formed from the first rod electrode 221 and the second rod electrode 251 toward the plate electrode 231 is opposite to each other. The blowing is performed up and down along the surface of the plate electrode 231, thereby collecting the floating dust in the gas to the plate electrode 231. In the present embodiment, the collected gas is discharged outward by the fluid moving up and down near the point P where the electric field concentrates. And the gas outlet can Formed on the upper and lower faces of the housing 100. 19 201103629 I »* l \ , * ' Further, since the fluid is formed along the front and rear portions of the plate electrode 231, the device 10 according to an embodiment of the present invention is different. Therefore, the hole 232 on the plate electrode 231 can be omitted. As described above, the two surfaces of the plate electrode 23 are used to collect particles, thereby greatly improving the collection efficiency. In summary, although the present invention has been The preferred embodiment is disclosed above, but it is not intended to limit the invention. It is intended to be a matter of the nature of the invention. Therefore, the scope of the invention is defined by the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic external view of a device for collecting floating dust according to an embodiment of the present invention. Figure 2 shows the first! The front view of the housing of the device in the figure is external. ^ Brother 3 shows a schematic diagram of the rear exterior of the housing in Fig. 2. Figure 4 shows the exploded view of the device in Figure 1. Interacting with the plate electrode of FIG. 1 and the intersection of the plurality of rod electrodes, the plate electrode of FIG. 1 and the plurality of rod electrodes are combined with the dreams V 1 according to the present invention. _ A circuit diagram for collecting the female components of the floating dust 4 center. The figure shows a schematic diagram using the first example. Figure 9 depicts an illustration of another example of a device that does not use the figure in the figure. 20 201103629 -TW6059PA » , Fig. Figure IF is an exploded perspective view of a polarity configuration of a device for collecting dust in accordance with another embodiment of the present invention. Figure 11 is a cross-sectional view showing the main components of the apparatus of Figure 10. [Main component symbol description] 10: Device 100: Case 101: Hollow body 102: Main power supply switch 103: Selection switch 106: Power input terminal 1〇7: Power output terminal 110: Electronic component portion 111: First sensor 112: second sensor Π3: third inductor 115: elastic pin connector 116, 117: convex structure 120, 220, 250: emitter electrode member 121, 221, 251: rod electrode 123 ' 133 ' 210 ' 233, 253: frame 125, 135, 165, 225, 235, 255: hook body 126 ' 136 ' 226, 236, 256 : handle 21 201103629 I »τ \j\jjj ir\ 130, 230: collecting electrode part 131 231: plate electrode 132, 232: hole 160 protection plate 162 through hole 167 groove 201 structure 211 moving wheel 223 frame 601 fuse 602 DC converter 620 printed circuit board 630 high voltage converter P : 1 22