M360730 五、新型說明： 【新型所屬之技術領域】 本發明係關於一種無隙缝靜電場產生器，特指係置於 一流體中，並經由通以一高電壓而與接地面之間產生一電 容性靜電場，藉以改變其中礦物質或懸浮微粒之電荷分佈’ 而達到阻止積垢或生物膜生成之目的。 【先前技術】M360730 V. New description: [New technical field] The present invention relates to a gapless electrostatic field generator, which is specifically placed in a fluid and generates a capacitance between the ground and the ground via a high voltage. The electrostatic field is used to change the charge distribution of minerals or aerosols to prevent fouling or biofilm formation. [Prior Art]
在許多對於水之純淨度有特定要求的場合，例如於某 些工業製程（如晶圓清洗製程）必須使用純度較高的水時了 均會設置有水質處理設備系統，用以將水質處理至可Z用 之狀態，然而一般給水場提供之原水中存在有礦物質或續 洋微粒等，會附著於水處理設備之内部而生成積垢或生物 膜，造成系統之處理效率降低，甚至故障，導致清洗或維 修費用增加。此外在既有之冷卻水塔的冷卻水循環設備中 亦存在有相同之問題，7"所包含之水垢或微粒一旦沉積 在冷部水循環管路及水槽内壁上，該管路積垢係難以處理 而將導致管路堵塞’如此除影響循環水質外，亦使得循環 水=低，進而有運轉效率降低之缺點，並且必須停止^ 郃水塔之運轉，以殺菌劑和除垢 ^ , 右J專化學樂劑清洗方式進 仃 洗官路，如此將造成環境汙染。 =題’於發明專利公告第W號專利 :: 提同薄膜分離效率之方法’其設計有一靜電發 i二:Γ絕緣體包覆一金屬導體所形成，將該靜電發生 置於水處理設備中，隨後通以1M00伏特以上之電壓， M360730 可以產生—電容性靜電場，藉以改變水中礦物質或懸浮微 粒之：荷，而達到阻止積垢或生物膜生成之目的。 前述靜電發生器主要係包含有—作為絕緣體使用之陶 是管’-端形成為開口端’而另—端形成為封閉端，於該 ^官之内表面並鑲設有金屬導體，自該開口端穿設進入 =壓電欖並連接至該金屬導體上，為避免水或溶液與 :::體接觸導致系統失效，另以-非導電性材料填充並 二以開Π端’並且以―固^器、電纜連接器、電繞保護 套專將電纜連接至陶瓷管邱 p位封閉’此外，為防止水或 之-二，於各零組件之接合部位必須再設置有防水用 <岔封材料。 該前案為了可達成其發明目的， 之結構不但複雜且零組件數量 發生益所η又冲 用之陶:光管因製程中產生之瑕且若作為絕緣體使 較胪萌*產生之瑕疵或其他因素，而有結構上 之可^性’當施以高電壓時就有容易被擊穿而破裂 必須Γ二二前述金屬導體與作為絕緣體之陶竞管之間 縫：：:、:合之狀態，否則-旦兩者之間有些許的隙 絕緣體而造成短路，而該前生電弧，並擊穿 之方式，要達成上述兩者之上鑲襯金屬導體 的。 ]至*切貼合之目的係不容易 再者，又由於該陶瓷管本身質 零組件結合不易維持整體結構4跪，與其他材質之 幫浦起動瞬間所產生之衝擊，、:致文裝階段及流體 有k成陶瓷管之破裂或斷 M360730 袋之可3b性，因此，該前案所机 本所5又计之靜電發生器仍有進一 步改善之空間。 【新型内容】 有签於該如案所設計之镇愈欢丄m ^ τ之靜電發生器構造存在有前述問 題點，本發明藉由設計—相者 ^ Ba 田間早，且絕緣體與金屬電極 之間可容易的貼合之結構，期 ^ 德〜 期望月匕解決前述現有技術之結 構後雜且金屬電極以及絕绫妒 緣體之間不易密切貼合之問題 點。 為達成上述發明目的，本發明 令知明所使用之技術手段在於 k供一無隙縫靜電場產生器， 馬長形的棒狀本體，該 棒狀本體係由耐高電壓絕緣塑料所製成，且於棒狀本體内 -體成形包覆-由導電材料製成且呈長桿體的電極，該電 極之-端並連接有m該電I線穿出於棒狀本體之 一端，而可供連接至一電源。 所述電極係一實心桿體。 所述電極係一中空桿體。 所述塑料係填滿於所述呈中空桿體之電極内部。 所述棒狀本體於連接有電纜線之一端進一步沿徑向突 起形成有-呈板片狀的法蘭’該法蘭上形成有複數個呈間 隔設置的螺孔。 所述於法蘭之一側端進一步形成有一接合座，該接合 座之自由端上並形成有一螺柱，而所述電纜線之一端係自 接合座之自由端穿出，另進一步含有為中空管體的一四通 管接頭、至少一個為中空管體的纜線轉接頭、至少一封蓋 以及為中空體的一接線座，其中該四通管接頭於一端管内 M360730 壁面形成有内螺紋，並可與前述接合座之螺柱相互結合， 四通e接碩上另形成有三處開口，其中兩處開口可供與纜 線轉接頭與接線座相互結合而相if，而另-開口係供封蓋 結合而可封閉該開口，於該接線座内並設有導電材料製= 的接線端子而可供三條以上的電纜線連接。 ^所述纜線轉接頭、接線座以及封蓋結合於接合座之手 段可為内、外螺紋相互固定之方式。 本發明之優點在於： 1.由於作為導體的電極係以一體成形之加工方式直接 為絕緣塑料所包覆，結構極為簡單，且無組裝構件之間渗 水導致發生短路之顧慮’另絕緣塑料所形成之棒狀本體緊 密包覆於電極表面，可避免因導電電極與棒狀本體間存在 =縫’巾導致高電壓對該部位產生電弧並擊穿棒狀本體 導致短路之缺點。 2·由於本發明係以絕緣塑料—體成形方式 整體結構強产大，電極 ，稱強度大，足以承受安裝及操作之外部壓力 因不墓之外部壓力造成破裂或斷裂之情況。 因此，本發明之無隙縫靜電場產生器確實可 現有靜電發生器的缺點。 文σ ^明之另一目的在於提供一使用有前述無隙縫靜電 W產生益之冷卻水塔，該冷卻水塔包含有： 形成有一内容室、入風口以及出風口的 該循環水槽内可蓄儲有7卜而本發明之無隙縫靜二二 1 =於循環水槽上，其棒狀本體並進入循環水二且 M360730 -水流循環系統’該水流循環系統可將循環水槽内之 水抽出並重新輸入於循環水槽内而構成一水流循環 該水流循環之過程使水所帶有之熱氣散發於環境中；3 至少-風扇，其係設置於所述出風口，藉由風扇轉動 可使冷空氣經由入風口進入循環水槽並經由出風口排出， 據以將所述熱氣抽離循環水槽而達到使水冷卻之效果。 «本發明之無隙縫靜電場產生器使用於冷卻水塔循環 水槽中，可形成-具有活水功能之無垢化冷卻水塔，藉由 •=本發明之無隙縫靜電場產生器上通以高電壓而；生二電 合性靜電场’可使水垢或微粒無法沉積在循環水槽、循環 系統内或者風扇上，避免水垢影響循環水質及循環水量衣 因此可防止冷卻水塔運轉效率降低以及因清洗水垢所 之環境汙染。 【實施方式】 參見第一圖所示，為本發明之一實施例，其為一以絕 魯緣2料製成的長型棒狀本體（iQ)，該絕緣塑料係可耐1 〇〇〇〇 伏特以上之高電壓，於棒狀本體（1〇)一端設有一沿徑向突 起呈板片狀的法蘭⑴)，該法蘭⑴)上形成有複數個呈間隔 •設置的螺孔（12)ι法蘭⑴）之—端進—步形成有_接合座 ^3) ’該接合座（13)之自由端上並形成有-螺柱（14)，請配 合參見第二及三圖所示，於棒狀本體（10)内並包覆設有一 = :(15) ’該電極(15)係由導電材料所製成且呈長桿體，該 導電材料可為鋼材或其他導電金屬，於圖中所示較佳實施 例七亥電極（15)且呈中空狀，電極（15)内並充滿所述塑料， ;X私極（15)罪近法蘭（n)之一端上連接有一電纜線（16)， M360730 電繞線（16)之-端並自接合座（13)之自由端穿出，前述棒狀 本體（10) :¾:蘭（11)以及接合座（13)、電極（15)以及電境線 係以一體成形之方式加工成形。 再請參考第四圖所示，為本發明之又一實施例，圖中 所示為所述棒狀本體（10)於4_4剖面之剖視圖，於本實施 例中’所述電極（15 A)係一實心桿體。 將本發明之靜電發生器置於水處理設備中，隨後通以 1〇,〇〇〇伏特以上之高電壓’將可以產生一電容性靜電場， 藉以改變水中礦物質或懸浮微粒之電荷，而達到阻止積垢 或生物膜生成之目的。 、 本發明除了單獨使用外，亦可串聯多個無縫隙靜電場 產生器同時使用’為達成所述㈣’進一步參見第五圖所 示，於本發明之再一實施例可進一步含有為中空管體的一 四通管接頭（17)、-個以上為中空管體的纜線轉接頭⑴卜 —封蓋（19)以及一為中空體的接線座（2〇)，其中該四通管接 頭（Π)於-端管内壁面形成有内螺紋’並可與前述接合座 (13)之螺柱（14)相互結合，四通管接頭〇7)上另形成有三處 開口’並分別可與封蓋（19)、接線座（20)以及窥線轉接頭 相互結合，其結合手段可為内、外螺紋相互固定之方式， 其中纜線轉接頭（18)與接線座（20)並與四通管接頭相 通，於接線座（20)内並進一步設有導電材料製成的接線端 子（201)，可供三條以上的電纜線（16)連接，而該封蓋（I” 結合於四通管接頭（17)後可封閉該開口。 參見第六圖所示’本發明使用時係以棒狀本體部 分置入於水處理設備中’並可以其法蘭（11)配合螺封、螺 M360730 帽裝設固定於一支架上，當單獨使用時，其電纜線（丨6)可 直接連接至一電源（30)，而欲並聯使用時，則於接合座（13) 一端進一步裝設有前述四通管接頭（17)以及接線座（2〇)以及 纜線轉接頭（18)，而電纜線（16)係直接連接於接線座（2〇)之 接線端子（201)上，並且另以電纜線（16A)經由穿設於纜線 轉接頭（18)、四通管接頭（17)以及接線座（2〇)而兩端分別接 於兩接線端子（201)上，使各無缝隙靜電場產生器之間形成 導通，而可由電源（30)供應多個無缝隙靜電場產生器操作 所需之電源，位於末端之無縫隙靜電場產生器其四通管接 頭（17)上未穿設有電纜線（16A)之開口並可以結合前述封蓋 (19)予以封閉。 本發明由於係以一體成形之方式將電極（丨5 )以及電纜 線（16)包覆位於棒狀本體（10)内，因此無現有技術之靜電發 生器組件繁多且結構複雜，並於各組件之間需填有防水密 封材料以避免水滲入之困擾，此外以絕緣塑料一體成形包In many applications where there is a specific requirement for the purity of water, for example, when certain industrial processes (such as wafer cleaning processes) must use higher purity water, a water treatment equipment system is provided to treat the water quality to It can be used in the state of Z. However, minerals or continuous ocean particles are usually present in the raw water supplied to the water field, and may adhere to the inside of the water treatment equipment to generate scale or biofilm, which may cause the processing efficiency of the system to be lowered or even malfunction. Result in increased cleaning or repair costs. In addition, the same problem exists in the cooling water circulation equipment of the existing cooling water tower. Once the scale or particles contained in the 7" are deposited on the cold water circulation pipeline and the inner wall of the water tank, the pipeline fouling is difficult to handle and will be This leads to blockage of the pipeline. In addition to affecting the circulating water quality, it also makes the circulating water = low, which has the disadvantage of reducing the operating efficiency, and must stop the operation of the water tower, with fungicide and descaling ^, right J special chemical agent The cleaning method is used to wash the official road, which will cause environmental pollution. = Title 'Invention Patent Notice No. W Patent:: A method for extracting the efficiency of film separation' is designed to have an electrostatic discharge i: a ruthenium insulator is coated with a metal conductor, and the static electricity is placed in a water treatment device. Then with a voltage above 1M00 volts, the M360730 can generate a capacitive electrostatic field to change the mineral or aerosol in the water to prevent fouling or biofilm formation. The foregoing electrostatic generator mainly comprises: a ceramic used as an insulator, wherein the 'end of the tube is formed as an open end' and the other end is formed as a closed end, and the inner surface of the surface is provided with a metal conductor from the opening The end is inserted into the piezoelectric plate and connected to the metal conductor, in order to avoid the system failure due to the contact of water or solution with the ::: body, and the non-conductive material is filled with the second end and the solid ^, cable connector, electric winding protective cover for connecting the cable to the ceramic tube, the p-block is closed. In addition, in order to prevent water or the second, the joints of the components must be provided with waterproof < material. In order to achieve the purpose of the invention, the structure of the former case is not only complicated but also the number of components is used. The light pipe is used in the process, and if it is used as an insulator, it is more likely to be produced. The factor, but the structural property can be easily broken down when the high voltage is applied, and the crack must be between the aforementioned metal conductor and the ceramic tube as the insulator:::,: Otherwise, there is a slight gap between the two insulators to cause a short circuit, and the pre-arcing arc, and the way of breakdown, to achieve the above two metal-lined conductors. The purpose of the ~cutting is not easy, and because the ceramic tube itself is difficult to maintain the overall structure, the impact of the start of the pump with other materials is: And the fluid has a rupture of the ceramic tube or the 3360 of the M360730 bag. Therefore, there is still room for further improvement of the electrostatic generator of the present invention. [New content] There is a problem with the electrostatic generator structure signed in the case of the town, which is designed by the case. The present invention is designed by the phase of the field, and the insulator and the metal electrode are The structure that can be easily fitted, the period of the period is expected to solve the problem of the above-mentioned prior art structure, and the metal electrode and the insulating body are not easily closely adhered. In order to achieve the above object, the present invention makes it known that the technical means used is to provide a gapless electrostatic field generator, a horse-shaped rod-shaped body, which is made of high-voltage-resistant insulating plastic, and In the rod-shaped body-body forming cladding-electrode made of a conductive material and having a long rod body, the end of the electrode is connected with m, and the electric I wire is worn through one end of the rod-shaped body, and is connectable To a power source. The electrode is a solid rod. The electrode is a hollow rod body. The plastic is filled inside the electrode of the hollow rod body. The rod-shaped body is further formed in a radial direction at one end to which the cable wire is connected. A flange having a plate-like shape is formed. The flange is formed with a plurality of screw holes arranged at intervals. Further forming a joint seat at one side end of the flange, a stud is formed on the free end of the joint, and one end of the cable is threaded out from the free end of the joint, and further comprises a middle a four-way pipe joint of the empty pipe body, at least one cable adapter for the hollow pipe body, at least one cover, and a terminal block for the hollow body, wherein the four-way pipe joint is formed on the wall of the M360730 in one end pipe The internal thread can be combined with the stud of the joint seat, and the four-way e-connection is formed with three openings, wherein the two openings are combined with the cable adapter and the terminal block, and the other - The opening is closed by the cover to close the opening, and a terminal made of a conductive material is provided in the terminal block for three or more cable connections. The cable adapter, the terminal block, and the cover that is coupled to the joint can be in such a manner that the inner and outer threads are fixed to each other. The advantages of the present invention are as follows: 1. Since the electrode as a conductor is directly coated with an insulating plastic in an integrally formed processing manner, the structure is extremely simple, and there is no concern that a water leakage occurs between the assembled members, and the insulating plastic is formed. The rod-shaped body is tightly coated on the surface of the electrode, so that the short circuit between the conductive electrode and the rod-shaped body is caused by the presence of a high-voltage arc and the rod-shaped body is short-circuited. 2. Since the invention is formed by an insulating plastic body, the overall structure is strong and the electrode is said to have high strength, which is sufficient to withstand the external pressure of installation and operation, which may cause cracking or breaking due to external pressure of the tomb. Therefore, the gapless electrostatic field generator of the present invention does have the disadvantages of the existing electrostatic generator. Another object of the present invention is to provide a cooling water tower which uses the aforementioned gapless static electricity to generate benefits. The cooling water tower comprises: a circulating water tank formed with a content chamber, an air inlet and an air outlet for storing 7 The seamless slit of the present invention is on the circulating water tank, and the rod-shaped body enters the circulating water two and the M360730 - water circulation system 'the water circulation system can extract the water in the circulating water tank and re-enter the circulating water tank Internally forming a water flow cycle, the process of circulating the water flow causes the hot air carried by the water to be emitted into the environment; 3 at least a fan, which is disposed at the air outlet, and the cold air enters the circulation through the air inlet by the rotation of the fan The water tank is discharged through the air outlet, and the hot air is pumped away from the circulating water tank to achieve the effect of cooling the water. «The slitless electrostatic field generator of the present invention is used in a cooling water tower circulating water tank to form a non-scaling cooling water tower having a living water function, and a high voltage is passed through the gapless electrostatic field generator of the present invention; The two-electricity electrostatic field can prevent scale or particles from depositing in the circulating water tank, circulation system or fan, avoiding scale affecting circulating water quality and circulating water coating, thus preventing the cooling tower from running less efficiently and cleaning the scale. Pollution. [Embodiment] Referring to the first figure, an embodiment of the present invention is a long rod-shaped body (iQ) made of a rim material, which is resistant to 1 〇〇〇. A high voltage above the volt volt is provided at one end of the rod-shaped body (1 〇) with a flange-like flange (1) which is radially protruded, and the flange (1) is formed with a plurality of screw holes arranged at intervals ( 12) ι flange (1)) - end - step formed with _ joint seat ^ 3) 'The free end of the joint (13) is formed with - studs (14), please refer to the second and third figures Shown in the rod-shaped body (10) and covered with a =: (15) 'The electrode (15) is made of a conductive material and is a long rod, the conductive material can be steel or other conductive metal In the figure, the seventh embodiment of the electrode (15) is hollow and the electrode (15) is filled with the plastic; the X private pole (15) is connected to one end of the flange (n). There is a cable (16), the end of the M360730 electric winding (16) and the free end of the self-joining seat (13), the rod-shaped body (10): 3⁄4: blue (11) and the joint (13) ,electrode( 15) And the electrical line is formed by integral molding. Referring to FIG. 4 again, in another embodiment of the present invention, a cross-sectional view of the rod-shaped body (10) in a cross section of 4_4 is shown, and in the present embodiment, the electrode (15 A) A solid body. Placing the electrostatic generator of the present invention in a water treatment apparatus, followed by a high voltage of 1 〇, above 〇〇〇V, will generate a capacitive electrostatic field, thereby changing the charge of minerals or suspended particles in the water, Achieve the purpose of preventing fouling or biofilm formation. In addition to being used alone, the present invention may also be used in series with a plurality of gapless electrostatic field generators while using 'to achieve the above (four)'. Referring further to the fifth figure, in still another embodiment of the present invention, the method may further comprise hollow a four-way pipe joint (17) of the pipe body, a cable adapter (1) of the hollow pipe body (1), a cover (19), and a terminal block (2〇) of a hollow body, wherein the four The through pipe joint (Π) is formed with an internal thread on the inner wall surface of the end pipe and can be coupled with the studs (14) of the joint seat (13), and three openings are formed on the four-way pipe joint 〇7) and respectively It can be combined with the cover (19), the terminal block (20) and the line-of-sight adapter, and the bonding means can be a way of fixing the inner and outer threads to each other, wherein the cable adapter (18) and the terminal block (20) And communicating with the four-way pipe joint, in the terminal block (20) and further provided with a terminal block (201) made of a conductive material, which can be connected by more than three cable wires (16), and the cover (I" The opening can be closed after being joined to the four-way pipe joint (17). Referring to the sixth figure, the invention is used. The rod body portion is placed in the water treatment device' and can be fixed to a bracket by the flange (11) and the screw M360730 cap. When used alone, the cable (丨6) can be Directly connected to a power supply (30), and when used in parallel, the four-way pipe joint (17) and the terminal block (2〇) and the cable adapter (18) are further installed at one end of the joint (13). ), and the cable (16) is directly connected to the terminal (201) of the terminal block (2〇), and the cable (16A) is further connected to the cable adapter (18), the four-way pipe The connector (17) and the terminal block (2〇) are respectively connected to the two terminals (201) to make conduction between the gapless electrostatic field generators, and the plurality of gapless static electricity can be supplied by the power source (30). The power supply required for field generator operation, the seamless electrostatic field generator at the end is not provided with an opening of the cable (16A) on the four-way pipe joint (17) and can be closed in combination with the aforementioned cover (19). The present invention covers the electrode (丨5) and the cable (16) in an integrally formed manner. The rod-shaped body (10), and therefore no prior art of an electrostatic generator assembly numerous and complex structures, and between the components Required fields are waterproof sealing material to avoid water infiltration problems, the addition to integrally molded insulating plastic bag
覆電極之加工方式亦可容易達到棒狀本體與電極之間緊密 貼合之目#’可有效避免當處於電場中因棒狀本體與電極 之間存在㈣縫’導致隙縫處產生電孤而擊穿棒狀本體之 現象。 又本發明係以塑料一體成形方式包覆有一管狀導電電 極（15)，整體結構強度大，；^以承受安裳及操作過程;之 外部壓力’不易因不當之外部壓力造成破裂或斷裂之情 況。 ^ v十無隙縫靜電場 器使用於一冷卻水塔（40)之實施例’其中該冷卻水塔㈠ M360730 含一具有内容室的循環水槽（41)、水流循環系統（42)以及風 扇（43)，容室内可蓄儲有水，於循環水槽（41)上並形成有入 風口（411)以及出風口（412) ’於出風口（412)係設有該風扇 (43)，而本發明之無隙縫靜電場產生器係設置於循環水槽 (41)上，其棒狀本體（1〇)並進入容室内且位於水中而該水 流循環系統（42)係可將循環水槽（41)内之水抽出後再重新輸 - 入於循環水槽（41)内而構成一水流循環； 於圖中所示較佳實施例中，該水流循環系統（42)係包 •含有—出水管（421)以及一入水管（422)，循環水槽（41)中之 水係可為一抽水馬達（圖中未示）自出水管（421)抽出，並且 經由入水管（422)再次輸入於循環水槽（4丨）内； 於上述冷卻水塔（40)中，藉由該水流循環之過程可使水 所帶有之熱氣散發於環境中，而該風扇（43)係可使空氣經由 入風口（411)進入循環水槽（41)後再由出風口（412)排出，將 所述熱氣帶離循環水槽（41)，如此可達到使水冷卻之效果， 而由於在循環水槽（41)上係設置有本發明之無隙縫靜電場產 鲁生态，經通以1〇,〇〇〇伏特以上之高電壓，使其產生一電容 性靜電場，改變水中礦物質或懸浮微粒之電荷後，可使水 十具有的水垢或微粒在循環冷卻過程中不會沉積在冷卻水 塔（4〇)的風扇（43)、循環水槽（41)的内容室壁面以及水流循 環系統（42)上，如此可避免由水垢㈣所造成的運轉效率降 低之現象’目此也無須進行冷卻水塔（4〇)之清洗，可避免因 使用清洗劑而造成環境汙染。 【圖式簡單說明】 第一圖為本發明一實施例之立體外觀圖。 10 M360730 第二圖為本發明一實施例之部分剖視圖。 第三圖為本發明一實施例於3-3剖面之剖面圖。 第四圖為本發明又一實施例之剖視圖。 第五圖為本發明再一實施例之示意圖。 第六圖為本發明串聯使用之示意圖。 第七圖為一具有該無隙缝靜電場產生器之冷卻水塔之 示意圖。 【主要元件符號說明】 (10)棒狀本體 (12)螺孔 (14)螺柱 (15A)電極 (16A)電纜線 (18)纜線轉接頭 (20)接線座 (30)電源 (41)循環水槽 (412)出風口 (421)出水管 (43 )風肩 (11)法蘭 (13)接合座 (1 5)電極 (16) 電纜線 (17) 四通管接頭 (19)封蓋 (201)接線端子 (40)冷卻水塔 (411)入風口 (42)循環系統 (422)入水管 11The processing method of the covering electrode can also easily achieve the close contact between the rod-shaped body and the electrode. It can effectively avoid the occurrence of electric isolation in the electric field due to the presence of (four) slits between the rod-shaped body and the electrode. The phenomenon of wearing a rod-shaped body. The invention is also coated with a tubular conductive electrode (15) in a plastic integral forming manner, and the overall structure is strong, and the external pressure is not easily broken or broken due to improper external pressure. . ^ v ten-slit electrostatic field device is used in an embodiment of a cooling water tower (40) wherein the cooling water tower (1) M360730 comprises a circulating water tank (41) having a content chamber, a water circulation system (42), and a fan (43), The chamber can store water, and the air inlet (411) and the air outlet (412) are formed on the circulating water tank (41). The fan (43) is provided at the air outlet (412), but the present invention does not The slit electrostatic field generator is disposed on the circulating water tank (41), has a rod-shaped body (1〇) and enters the chamber and is located in the water, and the water circulation system (42) can extract the water in the circulating water tank (41). Then re-transported into the circulating water tank (41) to form a water flow cycle; in the preferred embodiment shown in the figures, the water circulation system (42) is a package containing a water outlet (421) and an inlet The water pipe (422), the water system in the circulating water tank (41) can be extracted from the water outlet pipe (421) by a pumping motor (not shown), and is again input into the circulating water tank (4丨) via the water inlet pipe (422). In the above cooling water tower (40), the water can be recycled by the process of the water flow The hot air is emitted in the environment, and the fan (43) allows air to enter the circulating water tank (41) through the air inlet (411) and then is discharged from the air outlet (412), and the hot air is taken away from the circulating water tank ( 41), so that the effect of cooling the water can be achieved, and since the circulating water tank (41) is provided with the gapless electrostatic field production environment of the present invention, the high voltage of 1 〇 or more is passed through By causing a capacitive electrostatic field to change the charge of minerals or suspended particles in the water, the scale or particles of the water can be deposited on the cooling tower (43) during the cooling process. The wall surface of the circulating water tank (41) and the water circulation system (42) can avoid the phenomenon of reduced operating efficiency caused by scale (4). Therefore, it is not necessary to clean the cooling tower (4〇). Environmental pollution caused by the use of cleaning agents. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a perspective view of an embodiment of the present invention. 10 M360730 The second figure is a partial cross-sectional view of an embodiment of the present invention. The third figure is a cross-sectional view taken along line 3-3 of an embodiment of the present invention. The fourth figure is a cross-sectional view of still another embodiment of the present invention. The fifth figure is a schematic view of still another embodiment of the present invention. The sixth figure is a schematic diagram of the serial use of the present invention. The seventh figure is a schematic view of a cooling tower having the gapless electrostatic field generator. [Description of main components] (10) Rod body (12) Screw hole (14) Stud (15A) Electrode (16A) Cable (18) Cable adapter (20) Terminal block (30) Power supply (41 Circulating water tank (412) air outlet (421) water outlet pipe (43) wind shoulder (11) flange (13) joint seat (1 5) electrode (16) cable (17) four-way pipe joint (19) cover (201) terminal block (40) cooling water tower (411) air inlet (42) circulation system (422) inlet pipe 11