1273889 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種室内高密度水產養殖水循環裝置 ，特別是指一種用水成本低廉、養殖效率佳，且養殖^質 佳的至内咼密度水產養殖水循環裝置。 【先前技術】 双固枣座蚕殖技術雖是國際馳名的，長期來主要偏重於 傳統戶外魚埋養殖技術，然有鑒於其所衍生「魚塩佔地大而 ?置地點選擇困難、耗用水量高以致超抽地下水而地層下陷 嚴重惡化、飼養密度與存活率皆低而產量逐年遞減、二氣： =極大’域料成本高」等問題，並參考各國水產養造經 ’（例如.曰本’或北歐國家等）下，便開始推廣室内循产 水養殖模式並予技術辅導，藉衣 對水土資源的合理利用。 料殖“業的讀發展與 而所明至内循環水養殖系統，顧名思義 體可經水質處理（例如：過濟 、養殖水 用，且可在室内全年養殖而毋…）後而再循環利 候影響，故可簡稱為養魚 化管理容易、人力成太你4…、/、有養殖费度高、自動 力成本低、尚產量、水土資源合理利用r 韓省地）與飼養效率佳等優點，㈣是，能用（即 1 也下水以防止地層下陷危機，且廢水排放量少，對二限抽 衫響小而極具環保效益。 、衣衩衝擊 【發明内容】 因此’本發明之目的 即在提供一種能讓養殖 用水循 1273889 &利用’以有效降低水資源耗用成本促進養殖管理效率 ，特別是養殖用水因共振吸收氧綠射線能量而活化，能辦 進水產生物體代謝機能與免疫能力，進而可增進水產品^ 的室内高密度水產養殖水循環裝置。於是，本發明之室内 高密度水產養殖水循環裝置，能讓一養殖水體循環進出於 池’並包含-淨化單元、—共振活化單元、-磁化 #、疋單7L H循環驅動單元。該淨化單元能承接自養 • $池，出之養殖水體’並予過滤處理呈淨水狀態。該共振 活，單元能承接自該淨化單元輸出的養殖水體，並具有— 外管、-容置於該外管内且相配合界定出一共振空間的丑 振管，以及-填裝於該共振管中且能釋放出氧綠射線光波 &量的陶㈣料；養殖水體能流經人該共振空間中，並可 • 魏吸收氧綠射線能量而呈共振活化狀態。該磁化穩定單 元能承接自該共振活化單元輸出之養殖水體，並釋放磁能 續予磁化以維持其共振活化狀態，隨後養殖水體得流放入 參 I殖池中再利用。該循環驅動單元是用以驅使養殖水體於 養殖池族淨化單元、該共振活化單元與該磁化穩定單元 間循環流動。 本發明之功效在於讓養殖用水水質經由該淨化單元、 該共振活化單元與該磁化穩定單元等聯合處理，以供循環 再利用，確實可有效降低水資源耗用成本，並增進養殖管 理效率。特別是，利用能釋放出人工氧綠射線光波能量的 共振活化單元，使養殖水體之水分子可共振吸收氧綠射線 之光波能量而活化，於水產生物體飲用後能導正細胞極性 1273889 並增大細胞電位能，促進細胞之膜電位改變效率與物質交 換通透性，藉以增強水產生物體新陳代謝機能與免疫能力 ’提昇水產養殖品質。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之一個較佳實施例的詳細說明中，將可 清楚的呈現。 如圖1與圖2所示，本發明室内高密度水產養殖水循 %裝置2之該較佳實施例，是能讓一養殖水體丨循環進出 於多數個室内養殖池3(圖2中僅顯示出3個）。該室内高密 度水產養殖水循環裝置2包含一與養殖池3之排水口（圖中 未不）連接的淨化單元21、一與該淨化單元21連接的共振 活化單兀22、一連接設置於該共振活化單元22與養殖池3 之進水口（圖中未示）間的磁化穩定單元23，以及一循環驅動 單元24。 。亥淨化單元21能承接自養殖池3排出之髒污態養殖水 體，並予處理呈符合法定養殖用水水質標準的淨水狀態。 該淨化單元21具有一物理過濾器211、一與該物理過濾器 2U連接的生物處理器212、一與該生物處理器212連接的 =硝處理器213，以及-與該脫硝處理器213連接的消毒殺 菌器2U。首先，利用該物理過據器211滤除養殖水體1中 的懸浮固體（例如：飼料殘飼及魚瑕糞便）；續而，利用該生 ，處理器212巾，由微生物（如硝化細菌）在遽材表面附 著开/成±物膜」，以分解去除養殖水體】中的有機懸浮/溶 1273889 解固體（例如：較具毒性的氨態氮及磷酸鹽）；接著， * 4 /Tj今女 脫硝處理器213，將養殖水體丨中之硝酸鹽氮還原成氮氣= 脫除；最後，利用該消毒殺菌器214滅除養殖水體丨；中、、’ 細菌，並氧化去除殘餘有機物。藉以將自養殖池的 .、 徘出之 髒污養殖水體1淨化處理成符合法定養殖水體水質標準、 淨水狀態。本實施例中，該物理過濾器211可是 疋蝸械式微 粒過濾機、泡沫分離機、沉澱過濾池…等；該生物處理器 212可以是毛刷、沉浸式生物濾床、生物旋轉盤、滴濾、、也 等；該消毒殺菌器214可以是臭氧殺菌機，或是紫外線殺 痛機。 ’V、 該共振活化單元22能承接自該淨化單元21輸出之淨 水態養殖水體1，並具有一外管221、一容置於該外管ah 内且相配合界定出一可供養殖水體丨流經之共振空間 的共振管222，以及一填裝於該共振管222中且可釋放出氧 綠射線U=557.7nm)光波能量的該陶瓷礦料224。於養殖水 體1流送入該共振空間223中後的流動過程中，養殖水體i 水分子團之水分子間的羥基鍵因與該陶瓷礦料224所釋放 出氧綠射線產生共振作用而扭曲，使得養殖水體丨水分子 團之水分子排列呈平面網狀結構，並可藉其中網孔位置薇 含所共振吸收的氧綠射線光波能量，養殖水體1因而呈共 振活化態。 本實施例中’該陶瓷礙料224是經如下過程而製備出 •首先’取足量現有陶瓷鑛料224置入一高溫爐中，於5〇〇 °C高溫下進行鍛燒；續經約6小時的回火以降溫至約2〇〇〇c 1273889 ，再歷經約12小時的加熱以增溫至約12〇(rc。隨後，將該 陶瓷礦料224轉置入一密閉工作室中進行回火，並持續照 射予波長為557.7nm的人工氧綠射線，讓該陶瓷礦料224 吸收氧綠射線之光波能量，直至該陶瓷礦料224回火至室 溫，即可供備用。而所謂氧綠射線是屬於可見光的綠光範 驚，一般是指氧原子從較高能階的is受激態回返至較低能 階的1D受激態時，所發散出的綠光射線。 邊磁化穩定單το 23能承接來自於該共振活化單元22 之呈共振活化態的養殖水體i，該磁化穩定單元23具有一 能構成一磁場以釋放出磁能的磁性件231，以及一可吸附重 金屬物質的活性碳棒232。呈共振活化態的養殖水體i是先 流經該磁性件231所構成磁場，藉該磁場所釋放磁能而切 割磁化養殖水體1，以特、穩定養殖水體丨的共振活化態 ;於後，磁化後之養殖水體1再流經該活性碳棒232，而得 被吸附去除其中重金屬或复仙外旦主W ^ # 葡乂具他楗里毒性物質；最後，自該 磁化穩定單元23輸出的養殖皮舻】^ ^ ^ 脣®水體1，即為共振輔以磁化的 活化養殖水體，便可循環迴流入春 〔八脣殖池3中以供餵養水產 生物體。本實施例中，該磁場強度約為25高斯。 該循環驅動單元24具有一皮；^ 〇/Μ办 尺果241、多數分別設置於 該多數養殖池3之排水口處並盥琴、、秦 一 十 兀/、梦化早兀21連接的排水 管242、一設置於該淨化單亓？】 、^ _ 早7° 21之消毒殺菌器214與該共 振活化單元22間的第一連接管2 _ 押 吕又置於該共振活化 早元22與該磁化穩定單元23間 幻弟一連接管244，以及多 數分別設置於該多數養殖池3之；隹卜 ^ 之進水口處並與該磁化穩定 Ϊ273889 單元23連接的進水管245。藉由該水系24i之抽引作用， 以，使養殖水體i於養殖池3、該淨化單元21、該共振活 化單元22與該磁化穩定單元23間循環流動。 因此，當養殖池3内之養殖水體！必須更換時，將養 =水體1排出並導人該淨化單元21中以依序進行各階段水 質處理’讓淨化後之養殖水冑丨是呈符合法定養殖水體水 ^準者。接著’將淨化後的養殖水冑1導人該共振活化 早疋23中，養殖水體1於流經該共振空間223同時便受到 該共振管222中之陶㈣料224所發射出的人工氧綠射線 照射。養殖水Μ 1中水分子團於受到^綠射線照射瞬 間，水分子間的羥基鍵會與氧綠射線產生共振作用，水分 子旎有效共振吸收氧綠射線之光波能量，水分子因動能增 力=而處於快速振動的激奮狀態，致使部分羥基鍵扭曲，水 分子團中之水分子得排列成平面網狀，且氧綠射線的光波 能量是被吸收結合於呈平面網狀排列之水分子團的網孔結 構處，#，藉由水分子與氧綠射線產i共振而快速振動之 際，能將所吸收氧綠射線能量轉換成熱能，並以水分子為 载體而貯存於其内，此時水分子團即呈溫熱且附活力的共 振活化態。 繼而’流經該共振空間223而成共振活化態的養殖水 體1，則導送入該磁化穩定單元23中。透過該磁化穩定單 π 23中的磁場磁能，使該呈共振活化態的養殖水體丨再為 磁化’讓養殖水體1的共振活化態可更為穩定，且相對得 更長期地維持其水分子結構穩定性；另配合上最後一道活 10 (8) !273889 主人吸附作用’可濾、除養殖水體工中的重金屬及其他微量 毒性物質，以使其飲用水品質更加提昇。 而經由氧綠射線共振活化並辅以磁化穩定之高品質的 養殖水體i，用以餵養養殖池3中的水產生物體後，便能導 正水產生物體之細胞電位極性，促使其細胞極性重新排列 而產生更大的電位能，不僅可增進細胞之膜電位改變效率 與物質父換通透性，且其對細胞商滲透能力增強而能迅 速進出、、、田胞内外’相對提升水分子輸送養分與廢物排出之 此力’特別疋’呈共振活化態的養瘦水體丨水分子同時能 將轉化自人J1氧綠射線能量之熱能傳遞予細胞之結合水中 ，得以溫暖、活化組織細胞，當細胞活化後，其粒腺體能 加速轉化ATP (腺嘴呤核甘三碟酸），而充分釋放出能供應 水產生物體生長活動所需之生物能量。故水產生物體新陳 代謝機能與免疫能力因而可大為增進，有助於快速地健康 成長。 歸納上述，本發明之室内高密度水產養殖水循環裝置2 ，利用養瘦水體1是經由該淨化單元21、該共振活元 22與該磁化敎單元23等聯合處理，而能符合養殖用 質標準以供循環再則，確實可有效降低水資源耗用成本 ，並增進養殖管理效率。特別是，經共振吸收該共振活化 單兀22之氧渡射線能量而活化後的養殖水體i，於 物體飲用後能導正其細胞極性並增大細胞電位能，、增進細 胞之膜電位改變效率與物f交換通透性，藉以择強二 物體新陳代謝機能與免疫能力，而提昇水產心：質與養 1273889 殖效率，故確實可達到本發明之功效目的。 准以上所述者，僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請專利 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一部份結構示意圖，說明本發明室内高密度水 產養殖水循環裝置之一較佳實施例的一共振活化單元與一 磁化穩定單元；以及 圖2是一結構流程圖’說明該較佳實施例之一養殖水 循環過程。 (s) 12 1273889 【主要元件符號說明】 1 養殖水體 224 陶瓷礦料 2 室内高密度水產 23 磁化穩定單元 養殖水循環裝置 231 磁性件 21 淨化單元 232 活性碳棒 211 物理過濾器 24 循環驅動單元 212 生物處理器 241 水泵 213 脫硝處理器 242 排水管 214 消毒殺菌器 243 第一連接管 22 共振活化單元 244 第二連接管 221 外管 245 進水管 222 共振管 3 養殖池 223 共振空間1273889 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to an indoor high-density aquaculture water circulation device, and more particularly to a low-altitude water-saving, high-breeding efficiency, and good aquaculture-to-inner density aquatic product. Aquaculture water circulation device. [Prior Art] Although the sericulture technology of Shuangzao jujube is internationally famous, it has mainly focused on traditional outdoor fish-buried farming technology for a long time. However, in view of its large-scale fishing rod, it is difficult to select and use. The amount of water is so high that the groundwater subsidence is severely degraded, the stocking density and survival rate are both low, and the output is decreasing year by year, and the second gas: = extremely high cost of the domain material, and reference is made to the national aquaculture system (for example, Under this 'or Nordic countries, etc., it began to promote the indoor aquaculture model and provide technical guidance to make rational use of land and water resources. The development of the industry's “development” and the internal circulation of the aquaculture system, as the name suggests, can be treated by water quality (for example: over-utilization, aquaculture, and can be cultured indoors throughout the year...) Waiting for impact, it can be referred to as easy to raise fish management, manpower into you 4..., /, high cost of breeding, low cost of automatic power, still yield, reasonable use of land and water resources, and good breeding efficiency (4) Yes, it can be used (ie, 1 is also launched to prevent the formation subsidence crisis, and the amount of wastewater discharged is small, and the second limit is very small and extremely environmentally friendly.) The impact of the clothing [invention] Therefore, the purpose of the present invention That is, it can provide a kind of water for breeding water to use 1273889 & use 'to effectively reduce the cost of water resources to promote the efficiency of aquaculture management, especially the aquaculture water is activated by the resonance absorption of oxygen green ray energy, can achieve the metabolic function of the influent The immunity capability, in turn, can enhance the indoor high-density aquaculture water circulation device of the aquatic product. Therefore, the indoor high-density aquaculture water circulation device of the invention can make a culture The body circulation enters the pool 'and contains - purification unit, - resonance activation unit, - magnetization #, 疋 single 7L H cycle drive unit. The purification unit can undertake self-supporting • $ pool, out of the aquaculture water' and is filtered and treated as net Water state. The resonance activity, the unit can receive the aquaculture water body outputted from the purification unit, and has an outer tube, an ugly tube that is accommodated in the outer tube and cooperates to define a resonance space, and - is filled in The resonance tube can release the oxygen (green) ray light wave and the amount of the pottery (four) material; the culture water body can flow through the resonance space of the human body, and can absorb the oxygen green ray energy to be resonantly activated. The magnetization stabilization unit The aquaculture water body outputted from the resonance activation unit can be taken out, and the magnetic energy is released to maintain the resonance activation state, and then the aquaculture water stream is put into the reference pool for reuse. The circulation drive unit is used to drive the aquaculture water body. Circulating flow between the culture tank purification unit, the resonance activation unit and the magnetization stabilization unit. The effect of the invention is to allow the water quality of the culture water to pass through the purification unit, The vibration activation unit and the magnetization stabilization unit are jointly processed for recycling, which can effectively reduce the cost of water resources consumption and improve the efficiency of aquaculture management. In particular, the resonance activation can be achieved by releasing the energy of the artificial oxygen green ray light wave. The unit enables the water molecules of the aquaculture water to resonate and absorb the light energy of the oxygen green ray to activate, and after drinking the water, the body can guide the cell polarity 1273889 and increase the cell potential energy, and promote the membrane potential change efficiency and substance exchange of the cells. Permeability, in order to enhance the metabolic function and immunity of water-producing objects, and improve the quality of aquaculture. [Embodiment] The foregoing and other technical contents, features and effects of the present invention are described below with reference to a preferred embodiment of the drawings. In the detailed description, it will be clearly shown. As shown in FIG. 1 and FIG. 2, the preferred embodiment of the indoor high-density aquaculture water recycling device 2 of the present invention is capable of circulating a culture water body into a plurality of Indoor breeding pond 3 (only three are shown in Figure 2). The indoor high-density aquaculture water circulation device 2 comprises a purification unit 21 connected to the drainage port of the culture tank 3 (not shown), and a resonance activation unit 22 connected to the purification unit 21, and a connection is arranged at the resonance. The magnetization stabilizing unit 23 between the activation unit 22 and the water inlet (not shown) of the culture tank 3, and a circulation drive unit 24. . The purification unit 21 can take up the dirty aquaculture water discharged from the culture pond 3 and treat it in a state of purified water that meets the statutory aquaculture water quality standards. The purification unit 21 has a physical filter 211, a bioprocessor 212 connected to the physical filter 2U, a nitric acid processor 213 connected to the bioprocessor 212, and a connection to the denitration processor 213. Sterilizer 2U. First, the physical fluidizer 211 is used to filter out suspended solids in the aquaculture water body 1 (for example, feed residue and fish manure); and, in the end, the processor 212 is used by microorganisms (such as nitrifying bacteria). The surface of the coffin is attached to the open/formed film to decompose and remove the organic suspension/dissolved 1273889 solution solids (eg, more toxic ammonia nitrogen and phosphate); then, * 4 /Tj today The denitration processor 213 reduces the nitrate nitrogen in the aquaculture water to nitrogen = removal; finally, the disinfectant 214 is used to eliminate the aquaculture water, the middle, the 'bacteria, and oxidize to remove residual organic matter. Therefore, the dirty aquaculture water body 1 from the breeding pond can be purified to meet the statutory aquaculture water quality standard and the purified water state. In this embodiment, the physical filter 211 may be a sputum-type particulate filter, a foam separator, a precipitation filter, etc.; the bioprocessor 212 may be a brush, an immersive biological filter bed, a biological rotating disk, and a drop. Filtering, and the like; the sterilizer 214 may be an ozone sterilizer or a UV sterilizer. 'V, the resonance activation unit 22 can receive the clean water aquaculture body 1 outputted from the purification unit 21, and has an outer tube 221, and is accommodated in the outer tube ah and cooperates to define a water body for breeding A resonance tube 222 flowing through the resonance space of the crucible, and a ceramic mineral 224 filled in the resonance tube 222 and capable of releasing light wave energy of oxygen blue ray U=557.7 nm). During the flow of the aquaculture water stream 1 into the resonance space 223, the hydroxyl bond between the water molecules of the aquaculture water molecule is distorted by the resonance of the oxygen green ray emitted by the ceramic mineral material 224. The water molecules of the water molecules in the aquaculture water are arranged in a planar network structure, and the aquaculture water body 1 is thus in a resonant activation state by the oxygen wave energy of the oxygen ray absorbed by the resonance of the mesh position. In the present embodiment, the ceramic obstruction material 224 is prepared by the following process: First, the sufficient amount of the existing ceramic mineral material 224 is placed in a high temperature furnace, and calcined at a high temperature of 5 ° C; 6 hours of tempering to cool to about 2 〇〇〇 c 1273889, and then heated for about 12 hours to increase to about 12 〇 (rc. Subsequently, the ceramic mineral 224 was transferred into a closed studio Tempering, and continuously irradiating an artificial oxygen green ray with a wavelength of 557.7 nm, allowing the ceramic mineral material 224 to absorb the light wave energy of the oxygen green ray until the ceramic mineral material 224 is tempered to room temperature, which is ready for use. The green-green ray is a green-light stun that belongs to visible light. It generally refers to the green ray emitted by the oxygen atom when it returns from the higher-order is excited state to the lower-order 1D excited state. The το 23 can receive the aquaculture water body i from the resonance activation state of the resonance activation unit 22, the magnetization stabilization unit 23 having a magnetic member 231 capable of constituting a magnetic field to release magnetic energy, and an activated carbon capable of adsorbing heavy metal species Rod 232. Cultured in a resonant activated state The water body i is a magnetic field formed by the magnetic member 231 first, and the magnetic aquaculture water body 1 is cut by the magnetic energy released by the magnetic field to specifically stabilize the resonant activation state of the aquaculture water body; after that, the magnetized water body 1 is reflowed. Through the activated carbon rod 232, it is adsorbed to remove the heavy metal or the symbiotic substance of the genus W ^ # 乂 乂 ; ;; finally, the cultured skin 输出 自 该 ^ ^ ^ ^ lip from the magnetization stabilization unit 23 ® Water body 1, which is the activated aquaculture water with resonance and magnetization, can be circulated back into the spring (the eight lip pool 3 for feeding water to produce objects. In this embodiment, the magnetic field strength is about 25 Gauss. The driving unit 24 has a skin; ^ 〇 / 尺 尺 241, a plurality of drain pipes 242 respectively disposed at the drains of the majority of the culture ponds 3 and connected to the piano, Qin Yi Shi Yan, and Menghua early 21 a first connecting tube 2 _ 押 设置 设置 设置 】 】 早 早 早 早 早 早 早 早 早 早 早 早 早 7 7 7 7 7 7 7 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一Stabilization unit 23 between the magical one connection tube 244, and the majority It is not disposed in the inlet tank 245 of the majority of the culture tank 3; and is connected to the magnetization stabilization unit 273889 unit 23. The water system 24i is pumped to make the culture water body i in the culture pond. 3. The purification unit 21, the resonance activation unit 22 and the magnetization stabilization unit 23 circulate and flow. Therefore, when the culture water body in the culture tank 3 must be replaced, the water body 1 is discharged and the purification unit 21 is guided. In order to carry out the water treatment at each stage in order, the cultured water raft after purification is in compliance with the statutory aquaculture water. The next step is to clean the cultured water 胄1. The water body 1 is irradiated by the artificial oxygen green rays emitted from the ceramic material 224 in the resonance tube 222 while flowing through the resonance space 223. Aquaculture water rafts 1 When the water molecules in the water are irradiated by green rays, the hydroxyl bonds between the water molecules will resonate with the oxygen green rays. The water molecules 旎 effectively absorb the light wave energy of the oxygen green rays, and the water molecules increase the force due to the kinetic energy. = in the state of rapid vibration, causing some of the hydroxyl bonds to twist, the water molecules in the water clusters are arranged in a planar network, and the light energy of the oxygen green rays is absorbed and bound to the water molecules arranged in a planar network The mesh structure, #, can rapidly convert the absorbed oxygen green ray energy into heat energy by the resonance of the water molecule and the oxygen green ray, and store it in the water molecule as a carrier. At this point, the water molecule group is in a warm and viable resonance activation state. Then, the culture water 1 which has flowed through the resonance space 223 to form a resonance activated state is guided into the magnetization stabilization unit 23. By stabilizing the magnetic field magnetic energy in the single π 23 by the magnetization, the aquaculture water body in the resonance activated state is magnetized again, so that the resonance activation state of the aquaculture water body 1 can be more stable, and the water molecule structure is maintained relatively longer. Stability; another match with the last live 10 (8) ! 273 889 master adsorption role 'filterable, in addition to heavy metals and other trace toxic substances in the aquaculture water, in order to improve the quality of drinking water. The high-quality aquaculture water i, which is activated by oxygen green ray resonance and supplemented by magnetization, is used to feed the water-generating object in the culture pond 3, and then can guide the polarity of the cell potential of the water-producing object, and promote the polarity of the cell. Arrangement and generation of greater potential energy can not only improve the membrane potential change efficiency of the cell and the transmutation of the material parent, but also enhance the penetration ability of the cell quotient and can quickly enter and exit, and the relative elevated water molecule transport inside and outside the field. The nutrient and waste discharge force 'specially 疋' is a resonant activated state of the thin water body water molecules can also transfer the heat energy converted from human J1 oxygen green ray energy to the binding water of the cells, to warm and activate the tissue cells, when After activation of the cells, the granule glands can accelerate the transformation of ATP (Adenine 呤 呤 甘 三 碟 碟 ) )), and fully release the bio-energy required to supply water to produce objects. Therefore, the metabolic function and immunity of water-producing objects can be greatly enhanced, contributing to rapid and healthy growth. In summary, the indoor high-density aquaculture water circulation device 2 of the present invention utilizes the thinning water body 1 through the purification unit 21, the resonance activity element 22, and the magnetization unit 23, etc., to meet the culture quality standards. For recycling, it can effectively reduce the cost of water resources consumption and improve the efficiency of aquaculture management. In particular, the aquaculture water i activated by the resonance absorption of the oxygen-enriched ray energy of the resonance activation unit can guide the cell polarity and increase the cell potential energy after drinking the object, thereby improving the membrane potential change efficiency of the cell. Exchange the permeability with the substance f, so as to enhance the metabolic function and immunity of the two objects, and enhance the aquatic heart: quality and culture 1273889, so it can achieve the purpose of the invention. The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are All remain within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a partial structural view showing a resonant activation unit and a magnetization stabilizing unit of a preferred embodiment of the indoor high-density aquaculture water circulation device of the present invention; and FIG. 2 is a structural flow chart 'Describe the aquaculture water cycle process of one of the preferred embodiments. (s) 12 1273889 [Explanation of main components] 1 Aquaculture water 224 Ceramic minerals 2 Indoor high-density aquatic products 23 Magnetization stabilization unit Aquaculture water circulation device 231 Magnetic components 21 Purification unit 232 Activated carbon rod 211 Physical filter 24 Cycle drive unit 212 Biological Processor 241 Water pump 213 Denitration processor 242 Drain pipe 214 Sterilizer 243 First connection pipe 22 Resonance activation unit 244 Second connection pipe 221 Outer pipe 245 Inlet pipe 222 Resonance pipe 3 Aquaculture tank 223 Resonance space
1313