M290775 八、新型說明： 【新型所屬之技術領域】 氧量之 本發明係涉及-種淨轉置，尤其是-種増加水中含 裝置。 各 【先前技術】 -般傳統的淨水裝置係將空氣打人液體中 =淨化水質，然而此種方式必讎用電力才以 體積容量岐哺盯，淨树置的制細與 【新型内容】 雲於上述之背景，為了符合產辈上鞏此 提供-種增加水中含氧量之I w用t + =求’本新型 未能達成之標的裝置用以解決上述傳統之水質淨化器 儲存ί新種增加水中含氧量之裝置，此裝置包含：-複數個水具有至少—注水口與複數個出水口；以及 第：m，該些第-端係 条声方- L +二第—鳊係插入該儲存體並且以一圓切 攪ί，藉以增加存體内的液體產生—離心璇渦 本新型係更提供體中的含氧量增加。 含氧量之穿置接你y*雜、廉該配水盤係用以在一增加水中 該配水盤包Y· -的液體能夠均勻流出， 該些出水Π係位於空體具有複數個出水口， 至少-注水口係連接該環狀中H下方，以及至少一注水口，該 本新型係更提供—種增加水中含氧量之裝置，此裝置包含： ⑧ 5 M290775 -配水盤，其具有至少-注水π與複數個出水σ;複數個儲存體 組合模組，每一該些儲存體組合模組包含一環狀體與複數個第一 管狀體，其中該些第-管狀體係垂直連接於該環狀體周圍；以及 -環狀容H ’其具有複數個第二管狀體插人並以—_角度方向 排列；堆疊該環狀容n、複數個儲存體組合模組以及該配水盤， 使得δ亥些出水口對應連接該些第—管狀體、該些第—管狀體相互 對應連接錢該些第-管紐對應連接第二管狀體，以使得 ίίΐί”體能經由該些第-管狀體與第二管狀體流入由 二裝置内的液體產生—離心制猶，藉以^ 液體與空氣的接觸而使得液體中的含氧量增加。 【實施方式】 瞭解方向為一種液體淨化器。為了能徹底地 砧ίϋ將在下列的描述中提出詳盡的步驟及其組成。㈣ 細丄本Ϊ施行並未限定於液體淨化器之技藝者所熟習的特^ 不2周知的組成或步驟並未描述於細節中，以 圍S實施例中，且本新型的範圍不受限定，其以之後的專利範 -種!量以佳實施例的立體剖面圖。 數=水=3=水船20係連接在儲存體⑽上t 用以將所f 用以接收注入液體，複數個出水口 m係 平入ί液體平均分配排出配水盤120。複數個水管130# $圍繞在儲存體110之周圍，其中每一水1130之 連接配水_之出水口 124，而其第二端係連接插 M290775 並以一圓切角度方向排列，藉此使得流入儲存體110的液 一離心旋渦攪動，藉以增加液體與空氣的接觸，進而使得液 的含氧量增加。 /- τ 明參照第一圖，其為本新型之一較佳水管結構2〇〇之實 的部分剖面圖。水管130之内壁係包含兩内縮結構22〇，藉此=速 液體之流速，並且水管130之内壁在兩内縮結構22〇之g係入 至少一氣孔212，用以吸入空氣214與流過的液體混合，藉此1 液體成為富含氣泡之加速流體。在本實施例中，内縮結構车 包含二圓錐且具有平切開口之形狀，然不限於此。 ’、 睛參照第三@，其為本新型之另—較佳實施_示意圖。一 細中含氧量之裝置300係包含一配水盤120、複數個儲存體 盥：310以及一環狀容器320。配水盤120具有至少一注水口 /、個出水口（第一圖）。複數個儲存體組合模組310係分別包含 體312與複數個第-管狀體314，其中這些第一管狀體314 Ϊ垂Ϊ連接/嵌入於環狀體312的周圍。環狀容II 32G具有複數個 體324，這些第二管狀體324係插入環狀容器32〇，並以 細人3度方向侧。最後，藉由堆疊環狀容11 32G、—些儲存體 】、、口彳且310以及配水盤12〇，並使得配水盤12〇的複數個出水口 掇細二圖)對應5接複數個第—管狀體314、複數個儲存體組合 31^斟虛1 第一管狀體314相互對應連接，以及使得第一管狀體 能鍊Λ;*接^數個第二管狀體324，因此注入配水盤120的液體 320、數個第一管狀體314與第二管狀體324流入由環狀容器 、一4儲存體組合模組31〇以及配水盤12〇所堆疊而成的裝置 且由於第二管狀體324在環狀容器32G内係以一圓切角度 葬、’因此使得流入此裝置内的液體產生一離心漩渦攪動， ^ ϋ液體與空氣的接觸而使得液體中的含氧量增加。 需卡j要強調的是，上述之儲存體組合模組31G係可依實際的 處理二其堆叠的高度增加時’則本裝置所能 管狀辦亦可奴之增加，並且儲存體組合模組310的第— - 亦可仿照第二圖所描述的水管結構丨3〇，藉此增加液體 7 M290775 進水時的含氧量，當上述之結構的水管13〇的數量越多時，其等 戶ft的空氣量也就越多，因此更能增加微錢泡的產生以提升 液體中的含氧量。 顯然地，依照上面實施例中的描述，本新型可能有許多的修 差異。因此需要在其附加的權利要求項之範圍内加以理解， 上述詳細的描述外，本新型還可以廣泛地在其他的實施例中 施上述僅為本新型之較佳實施例而已，並非用以限定本新型 之申請專利範圍；凡其它未脫離本新型所揭示之精神 等效改變或修飾，均應包含在下述申請專利範圍内。 【圖式簡單說明】 ，一圖係本新型之一較佳實施例的立體剖面圖； 及第一圖係本新型之一較佳水管結構實施例的部分剖面圖；以 第三圖係本新型之另一較佳實施例的示意圖。M290775 VIII. New description: [New technical field] The present invention relates to a kind of net transposition, especially a device for adding water. [Prior Art] - The traditional water purification device is used to infuse the air into the liquid = to purify the water. However, this method must use the power to feed the volume, and the net structure and the new content. In the above background, in order to meet the needs of the generations, I will increase the oxygen content of the water. I w use t + = to find the 'new type of equipment that cannot be achieved to solve the above traditional water purifier storage ί new species A device for increasing oxygen content in water, the device comprising: - a plurality of water having at least - a water injection port and a plurality of water outlets; and a: m, the first end-end sounding - L + two - lanthanide insertion The storage body is also agitated by a circle to increase the liquid production in the storage body. The new type of the system further increases the oxygen content in the body. The oxygen content is connected to the y* miscellaneous, and the water distribution tray is used to uniformly discharge the liquid of the water distribution tray Y·- in an increased water. The effluent rafts are located in the empty body and have a plurality of water outlets. At least - the water injection port is connected below the H in the ring, and at least one water injection port, the novel system further provides a device for increasing the oxygen content in the water, the device comprises: 8 5 M290775 - a water distribution plate having at least - Water injection π and a plurality of water discharge σ; a plurality of storage body combination modules, each of the storage body combination modules comprising an annular body and a plurality of first tubular bodies, wherein the first tubular structures are vertically connected to the ring Around the shape; and - the annular volume H' has a plurality of second tubular bodies inserted and arranged in an _ angular direction; stacking the annular volume n, a plurality of storage body combination modules and the water distribution tray, such that δ The water outlets of the sea are correspondingly connected to the first tubular bodies, and the first tubular bodies are connected to each other. The first tubular joints are connected to the second tubular body so that the physical bodies can pass through the first tubular bodies and the first tubular bodies. Two tubular bodies flow into the two devices Liquid generation - centrifugation, by which liquid and air contact increases the oxygen content of the liquid. [Embodiment] The direction of understanding is a liquid purifier. In order to be able to thoroughly anvil, it will be detailed in the following description. The steps and the composition thereof. (4) The details of the composition or the steps that are not familiar to those skilled in the art of liquid purifiers are not described in the details, in the example of the S, and The scope of the novel type is not limited, and it will be a cross-sectional view of the preferred embodiment in the following patents. The number = water = 3 = water boat 20 is connected to the storage body (10) t for the use of f Receiving the injecting liquid, the plurality of water outlets m are flushed into the liquid distribution tank 120. The plurality of water pipes 130#$ surround the storage body 110, wherein each water 1130 is connected to the water outlet_124 The second end is connected to the M290775 and arranged in a circular cutting angle direction, whereby the liquid flowing into the storage body 110 is stirred by a centrifugal vortex, thereby increasing the contact between the liquid and the air, thereby increasing the oxygen content of the liquid. Bright According to the first figure, it is a partial cross-sectional view of one of the preferred water tube structures of the present invention. The inner wall of the water pipe 130 includes two retracting structures 22〇, thereby the flow rate of the liquid, and the water pipe 130 The inner wall is coupled to the at least one air hole 212 at the two contraction structures 22 to mix the air 214 with the flowing liquid, whereby the liquid becomes a bubble-rich accelerating fluid. In this embodiment, the inner contraction structure The car comprises two cones and has the shape of a flat cut opening, but is not limited thereto. ', the eye refers to the third @, which is another type of the preferred embodiment. A fine oxygen content device 300 includes one The water distribution tray 120, the plurality of storage bodies 310: 310 and an annular container 320. The water distribution tray 120 has at least one water inlet/water outlet (first diagram). The plurality of bank assembly modules 310 respectively include a body 312 and a plurality of first tubular bodies 314, wherein the first tubular bodies 314 are cognacly connected/embedded around the annular body 312. The annular volume II 32G has a plurality of individual bodies 324 which are inserted into the annular container 32'''''''''' Finally, by stacking the annular capacity 11 32G, some of the storage body, the port and the water distribution tray 12, and making the plurality of water outlets of the water distribution tray 12 掇 二 二 ) 对应 对应 对应 对应 对应 对应 对应- the tubular body 314, the plurality of storage body combinations 31, the first tubular body 314 are connected to each other, and the first tubular body can be chained; * the second tubular bodies 324 are connected, thus being injected into the water distribution tray 120 The liquid 320, the plurality of first tubular bodies 314 and the second tubular body 324 flow into the device formed by the annular container, the 4-reservoir combination module 31〇, and the water distribution tray 12〇, and since the second tubular body 324 is The annular container 32G is burial at a circular cut angle, so that the liquid flowing into the device generates a centrifugal vortex agitation, and the contact of the liquid with the air increases the oxygen content in the liquid. It is to be emphasized that the above-mentioned storage body assembly module 31G can be increased according to the actual processing, and the height of the stack can be increased, and the storage unit assembly module 310 can be added. The first - can also follow the water pipe structure 丨3〇 described in the second figure, thereby increasing the oxygen content of the liquid 7 M290775 when entering the water. When the number of the water pipes 13〇 of the above structure is increased, the other The more air there is, the more it can increase the amount of microbubbles to increase the oxygen content in the liquid. Obviously, the present invention may have many variations in accordance with the description in the above embodiments. Therefore, it is to be understood that in the appended claims The scope of the present invention is intended to be included within the scope of the following claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective sectional view of a preferred embodiment of the present invention; and a first partial cross-sectional view of a preferred embodiment of the water pipe structure of the present invention; A schematic diagram of another preferred embodiment.
【主要元件符號說明】 100 本新型之一較佳實施例 110 儲存體 120 配水盤 122 注水口 124 出水口 130 水管 200 水管結構 212 氣孔 214 氣室 220 内縮結構 230 氣泡 300 本新型之另一較佳實施例 cc M290775[Main component symbol description] 100 A preferred embodiment of the present invention 110 Storage body 120 Water distribution tray 122 Water injection port 124 Water outlet 130 Water pipe 200 Water pipe structure 212 Air hole 214 Air chamber 220 Retraction structure 230 Bubble 300 Another of the new type Good example cc M290775
310儲存體組合模組 312環狀體 314 第一管狀體 320環狀容器 324 第二管狀體 9310 storage body combination module 312 annular body 314 first tubular body 320 annular container 324 second tubular body 9