M3 06474 八、創作詳細說明·· 【新型所屬之技術領域】 特別指一種通過篩檢裝置 本創作係有關一種水族箱 對水進行過濾清潔的水族箱。 【先前技術】 |返者人們生活水平的捂古，^ 越來越重視。水族箱是其中：個重：：：公共場合的裝飾 族箱主要用來飼養各種水生物，如二目：的水 效果。因此水族箱中一般都古二以、到叙飾的 族箱的盛水容器中的水進行：！配=師檢裝置，以對水 存環境。 巧球，以提供水生物適應的生 都广、:白知的水知相爲達^清潔水質的目的時，一般 都存在女全隱患和整體外顴 圖1R所1 u， 致的缺點。具體地講，如 72内：Π 7〇由於筛檢裝置71整體放入盛水容器 ^2内:水中’因此一旦電性連接該篩檢裝置心導線川 ::::電’會造成水生物死亡’甚至危及到人; 對人構成危險。而且該導線也方，-旦漏電會 …τ A 发令踝711稞露在盛水容器72外，使 传水奴箱7 0的整體外觀不雅致。 η „所不爲另一種水族箱80，儘管篩檢裝置81整體 二水容〶82夕卜’然而篩檢裝置81通過吸水管8ιι及排 水官812與該盛水容器82中水體連接。因此該吸水管川 及排水管812的設置也使得水族整體外觀不雅致。 同樣電線連接該該篩檢裝置81的導線813依然在盛水容器 82的側邊，導線813裸露在人經常可接觸到的地方，一旦 M3 06474 料㈣/ί 而且萬—排水管812意外掉落到容 死亡起水往外漏出，不僅會造成容腔内的生物 =對家居物品造成破壞。_結果都料起損失丨 的構:大體二”所示的水«δο 一 门不同在於水族箱9〇的篩檢裝置91通過 辟的1^、°構3911將筛檢裝置91固定在盛水容器92的側 二t二但疋’胃勾挂結構911和吸水管以2的設置也 ΓΓίιΓΛϋ的整體外觀不雅致；同樣電線連接該該筛檢 ;置因夂=3依然在盛水容器92的侧邊，萬-篩檢 j I種原因掉入到容腔内，漏電不僅使容腔内的生物 死亡’甚至會對人體構成危險。 口匕提(、種克服以上缺陷的水族箱成爲目前有待 解決的技術課題。 相欣爲目刖有待 【内容】 本創作主要目的在於提供一種水族箱，其可有效避免 水知相的篩檢裝置的電源導線進人盛水容器的容腔内部， =而1除因導線在盛水容器的容腔的水中漏電而造成的危 戏’確保使用安全，且利於提高水族箱的整體雅致外觀。 為達上述之目的’本創作的水族箱，其包括盛水容器 ^及設於該盛水容器内的篩檢裂置，該篩檢裝置包括過濟 構造和爲該過濾構造提供動力的驅動構造，其特徵在於了 該過濾構造設於該盛水容器的容腔内部，該驅動構造設於 该盛水容器的容腔外部。 ☆本創作中的過濾、構造具有—帶磁的活動件，驅動構造 爲可産生磁極轉換的磁力産生器。 M306474 所述帶磁的活動件可爲轉動軸或葉輪的裝置。 所述盛水容器—般爲透明容器。 -内：：：水合态的壁上具有向容腔内伸延的柱體，該柱 ::::::轉動軸’該柱體外包所述驅動構造，所述驅 兹絲、線圈的石夕鋼片或提供磁極轉換的裝置’該帶 磁轉動軸係由設置於容腔外的驅動構造驅動旋轉。 雕冰::：士今：的壁上具有向容腔外伸延的柱體，該柱 :二二2磁葉輪’該柱體内裝有驅動構造，所述驅動 二：百：1子頂端設有轉動軸的電機’該帶磁葉輪係由 4电枝頂鳊的轉動軸驅動旋轉。 壯右駆勤播、ί合口口的壁上帶有裝有磁膜片的裝置，容腔外 磁膜m2广述驅動構造爲提供磁極轉換的裝置，該 、’、又q驅動構造的間歇性磁吸作用而上下運動。 容哭=r水=的壁上向容腔外或内伸延的柱體與盛水 谷态可以局一體成型。 排水t所述磁片葉輪上I有導流11，導流11帶有吸水口及 及排=述磁轉子葉輪上裝有導流器，導流器帶有吸水口 及吸=讀片裝置上帶有導流11，導流11上帶有排水口 於吸水口及排水口連接裝有過據物料的筛 知ι置及水流導流裝置。 q 所述盛水容器帶有中空的向内伸延的部分 元件或加熱裝置。 内& 明 M3 06474 所述盛水容器内設有可與裝飾物相連接的介面。 一與習知技術相比’本創作水族箱的過濾構造設於該盛 水谷為的谷腔内部，而驅動構造設於該盛水容器的容 部。藉^其可有效避免水族箱的篩檢裝置的電源導線進 入盛水谷㈣谷腔内部，進而消除因導線在盛水容器 腔的水中漏電而造成的危險，而且該導線可置於人不 觸的地方，確保使用安全，·且爲其他f要電源的元件_ 供電提供方便，從而可提高水族箱的整體 【實施方式】 為使貴審查委員對本創作之構造、裝置及其特徵 =步^識與了解，轉其可行實施例並配合圖式詳細 吕兄明如下： 抓於^ 1 =，本創作水族箱1〇包括盛水容器2〇以及 Γ/二:水谷""内的師檢裝置’該篩檢裝置包括過滤構造 和舄该過濾構造30提供動力的驅動構造4〇，苴^气渦 濾構造3G設於該盛水容器2G的容腔21内部，該驅= 4〇設於該盛水容器20的容腔21外部。夢 & 的¥線41可不必放在該盛水容器2〇的容腔2ι内部， 2於人不常接觸的地方’從而避免因導線41漏電造成的 =，1時該導線41置於該盛水容器2〇的容腔21外，也 U需要電源的元件組線供電提供方便，以下 十、 明。值得注意的是，該盛水容器2 Q可爲透料: 便於從外界觀察。 t衣成以 如圖1、圖2和圖3A所示，盛水容器2〇的容 長方體或任何立方體形或其他形狀，在本實施例中純方 M306474 體形。該盛水容器20的底壁22向該盛水容器2〇的容腔 21内並向上延伸（亦可向容腔21外並向下延伸），可設有 任何形狀的柱體24 ;本說明以柱體24爲例，當然根據需 要該柱體24也可自侧壁23靠近該底壁22位置或靠近容腔 中心位置向該盛水容器2〇的容腔21内並向上延伸（或向 容腔21外並外下延伸設置如圖1〇、13)。又，該柱體24 爲長方體，並設於盛水容器20下端的一個角落，爲優選的 實施方式。 該柱體24頂端水平設置設有安裝面24卜用來安裝該 過濾構造30。該安裝面241垂直向下開設有截面呈圓形的 轉軸孔242 ’該轉軸孔242的底面中央開設有定位槽243 (如圖4所示）。 该盛水容器20的底壁22的底面221垂直向上開設有 延伸到該柱體24内並圍繞該轉軸孔242設置的收容槽 =4 ;當然該收容槽244也可從盛水容器的側壁23的表面 罪近》亥底壁22的位置向内或外垂直開設。 如圖卜圖4和圖5所示，在本實施例中’該驅動構 造40爲繞有線圈42的矽鋼片（也可爲其他提供磁極轉化 的裝置），該線圈42與導線41連接。因該收容槽2料設於 該盛水容器20的容腔21的外部，因此該線圈42的導線 41不必放在该盛水谷态20的容腔21内部，可置於人不常 接觸的地方，從而避免因導線41漏電造成的危險;'同時爷 導線41置於該盛水容器20的容腔21外，也爲其他需要電 源的元件組線供電提供方便。 如圖1至圖6所不，在本實施例中，該過濾構造3〇 9 M306474 包括呈長方體形並豎直在該安裝面241上的内裝有過濾材 料32的外殼31、設於該外殼31底部將該過濾材料32封 在該外殼31内的導流器33，以及具有葉輪341的轉動轴 34。該外殼31的侧壁313上開設有與該盛水容器2〇的容 腔21貫通的開口 3351，便於該盛水容器2〇的容腔21中 的水流入。該過濾材料32設有豎直穿過其中心的通道 3 21。该導流器3 3呈長方體形，其導流腔3 31的上壁3 3 2 中央向上延伸出呈套筒狀的所述導流嘴3321，該導流腔M3 06474 VIII. Detailed Description of Creation·· [Technical Fields of New Type] Especially refers to a type of screening device. This creation department is an aquarium that filters and cleans water in an aquarium. [Prior technology] | The return of people's living standards, ^ more and more attention. The aquarium is one of them: one heavy::: the decoration of public places The family box is mainly used to raise various aquatic organisms, such as the water effect of the second eye: Therefore, in the aquarium, it is generally carried out by the water in the water container of the family box of the garnish: With the = inspection device to the water environment. Qiaoqiu, to provide a wide range of aquatic bio-adaptation,: Baizhi's water knows the phase to achieve the purpose of clean water quality, generally there are female full hazards and the overall external 颧 Figure 1R 1 u, the shortcomings. Specifically, as in 72: Π 7 〇 because the screening device 71 is entirely placed in the water container ^ 2: water 'so once the electrical connection of the screening device core wire Chuan:::: electricity' will cause aquatic organisms Death's even endanger people; it poses danger to people. Moreover, the wire is also square, and the leakage current ... τ A is issued 外 711 稞 outside the water container 72, so that the overall appearance of the water transfer tank 70 is unsightly. η „ is not another aquarium 80, although the screening device 81 is entirely water-capped 82. However, the screening device 81 is connected to the water in the water container 82 through the suction pipe 8 ι and the drainage officer 812. The arrangement of the suction pipe and the drain pipe 812 also makes the overall appearance of the aquarium unsightly. Similarly, the wire 813 to which the wire is attached to the screening device 81 is still on the side of the water container 82, and the wire 813 is exposed to a place that is often accessible to humans. Once M3 06474 material (four) / ί and 10,000 - drain pipe 812 accidentally dropped to the dead water to leak out, not only will cause the organism inside the cavity = damage to household items. _ The results are expected to lose the structure of the 丨: The water «δο shown in the general two" is different in that the screening device 91 of the aquarium 9 is fixed to the side of the water container 92 by the screen 1901 of the aquarium. The overall structure of the stomach hook structure 911 and the suction tube is also unsightly; the same wire is connected to the screen; the cause 夂 = 3 is still on the side of the water container 92, and the screen is checked. The reason falls into the cavity, and the leakage not only makes the cavity The death of living creatures may even pose a danger to the human body. The aquarium that overcomes the above defects has become a technical issue to be solved. Xiangxin is to be seen [content] The main purpose of this creation is to provide an aquarium, which can effectively avoid the water-clearing screening device. The power supply wire enters the inside of the cavity of the water container, and the danger caused by the leakage of the wire in the water of the container of the water container ensures safe use and improves the overall elegant appearance of the aquarium. The above-mentioned purpose 'the aquarium of the present invention includes a water container ^ and a screening slit disposed in the water container, the screening device comprising a temporary structure and a driving structure for powering the filtering structure, The utility model is characterized in that the filtering structure is arranged inside the cavity of the water container, and the driving structure is arranged outside the cavity of the water container. ☆ The filtering and structure in the creation has a magnetic movable part and a driving structure. It is a magnetic force generator that can generate magnetic pole conversion. The magnetic movable member of M306474 can be a device for rotating a shaft or an impeller. The water container is generally a transparent container. - Inner::: water The wall of the state has a cylinder extending into the cavity, the column: ::::: rotating shaft 'the cylinder encircles the driving structure, the wire mesh of the wire, the coil or the magnetic pole conversion The device's magnetic rotating shaft is driven to rotate by a driving structure disposed outside the cavity. Engraving ice:::The wall of the present: has a cylinder extending outward from the cavity, the column: two two 2 magnetic impeller 'The drive body is equipped with a drive structure. The drive 2: a motor with a rotating shaft at the top of the 100:1. The magnetic impeller is driven to rotate by the rotating shaft of the 4 electric branch top. The wall of the mouthpiece is provided with a device equipped with a magnetic diaphragm, and the magnetic film m2 of the cavity is generally provided as a device for providing magnetic pole switching, and the intermittent magnetic attraction of the 'q drive structure is moved up and down. The column on the wall of the crying = r water = to the outside of the cavity or the valley of the water can be formed integrally. The drain of the disk has a diversion 11 on the impeller, and the diversion 11 has a suction port. And the row = the magnetic rotor impeller is equipped with a deflector, the deflector has a suction port and the suction = reading device has a flow guide 11 11 is provided with a drain port at the water suction port and the water discharge port to connect the sieve device and the water flow flow guiding device. q The water container has a hollow inwardly extending part or heating device. & Ming M3 06474 The water container is provided with an interface which can be connected with the ornament. Compared with the prior art, the filter structure of the creation aquarium is arranged inside the valley of the water valley, and is driven. The structure is disposed in the receiving portion of the water container. The utility model can effectively prevent the power supply wire of the screening device of the aquarium from entering the interior of the valley of the water valley (4), thereby eliminating the danger caused by leakage of water in the water of the water container cavity. And the wire can be placed in a place where people do not touch, to ensure safe use, and to provide power for other components of the power supply, so as to improve the overall aquarium [implementation] Structure, device and its characteristics = step by step knowledge and understanding, turn to its feasible embodiment and cooperate with the drawing details Lu brother Ming as follows: Grab the ^ 1 =, the creation of the aquarium 1 〇 including the water container 2 〇 and Γ / 2 :水谷&q The inspection device in the UOT; the screening device includes a filter structure and a drive structure for powering the filter structure 30, and the gas vortex filter structure 3G is disposed inside the cavity 21 of the water container 2G. The drive is disposed outside the cavity 21 of the water container 20. The ¥ line 41 of the dream & can be placed inside the cavity 2 of the water container 2, 2 in a place where the person does not often contact 'to avoid the electric leakage caused by the wire 41, and the wire 41 is placed at the time of 1 In addition to the cavity 21 of the water container 2, it is also convenient to supply power to the component group line of the power supply, as shown in the following ten. It is worth noting that the water container 2 Q can be a translucent material: it is convenient to observe from the outside. As shown in Fig. 1, Fig. 2 and Fig. 3A, the rectangular body of the water container 2 or any cube shape or other shape is in the form of a pure square M306474 in this embodiment. The bottom wall 22 of the water container 20 extends into the cavity 21 of the water container 2 and extends upward (may also extend outside the cavity 21 and downwardly), and can be provided with a column 24 of any shape; Taking the column 24 as an example, the column 24 can also be extended from the side wall 23 toward the bottom wall 22 or close to the center of the cavity to the cavity 21 of the water container 2 and extend upward (or The cavity 21 is externally and externally extended as shown in FIGS. 1 and 13). Further, the column 24 is a rectangular parallelepiped and is provided at a corner of the lower end of the water container 20, which is a preferred embodiment. The top end of the cylinder 24 is horizontally provided with a mounting surface 24 for mounting the filter structure 30. The mounting surface 241 is vertically downwardly provided with a shaft hole 242 having a circular cross section. The center of the bottom surface of the shaft hole 242 is provided with a positioning groove 243 (shown in FIG. 4). The bottom surface 221 of the bottom wall 22 of the water container 20 is vertically upwardly provided with a receiving groove extending into the column 24 and disposed around the rotating shaft hole 242=4; of course, the receiving groove 244 can also be from the side wall 23 of the water container. The surface of the sin is near. The position of the bottom wall 22 is vertically inward or outward. As shown in Fig. 4 and Fig. 5, in the present embodiment, the driving structure 40 is a silicon steel sheet around which a coil 42 is wound (other means for providing magnetic pole conversion), and the coil 42 is connected to the wire 41. Since the receiving groove 2 is disposed outside the cavity 21 of the water container 20, the wire 41 of the coil 42 does not have to be placed inside the cavity 21 of the water-filled valley 20, and can be placed in a place that is infrequently contacted by people. Therefore, the danger caused by the leakage of the wire 41 is avoided; 'At the same time, the conductor wire 41 is placed outside the cavity 21 of the water container 20, which also provides convenience for power supply of other components requiring power. As shown in FIG. 1 to FIG. 6, in the present embodiment, the filter structure 3〇9 M306474 includes a casing 31 having a rectangular parallelepiped shape and vertically mounted on the mounting surface 241 with a filter material 32 disposed therein. The bottom portion of the filter material 32 encloses the filter material 32 in the outer casing 31, and a rotating shaft 34 having an impeller 341. The side wall 313 of the outer casing 31 is provided with an opening 3351 which penetrates the cavity 21 of the water container 2 to facilitate the inflow of water in the cavity 21 of the water container 2 . The filter material 32 is provided with a passage 3 21 vertically passing through its center. The deflector 33 has a rectangular parallelepiped shape, and a central portion of the upper wall 3 3 2 of the flow guiding cavity 3 31 extends upwardly into a sleeve-shaped guide nozzle 3321, and the guiding cavity
3 31的下壁3 3 3中央開設有貫通孔3 3 31。該外殼31的側壁 313和該導流器33的侧壁334上水平設置排水口 μ μ、 3341或連接排水導流裝置43，該轉動軸34為帶磁的活動A through hole 3 3 31 is formed in the center of the lower wall 3 3 3 of 3 31 . The side wall 313 of the outer casing 31 and the side wall 334 of the deflector 33 are horizontally provided with drain openings μ μ, 3341 or connected to a drainage deflector 43 which is magnetically active.
件而收容在該轉軸孔242中，其下端端面中央向下延伸出 定位柱342，該定位柱342可轉動地收容在該定位槽243 中；其上端端面中央向上延伸出連接柱343,該連接柱343 穿過該貫通孔3331。該葉輪341水平地固定在該連接柱343 的穿過該貫通孔3331的端部上，透過葉輪的轉動來帶動該 導流腔331中的水從該排水口 3131、3341排出或通 = 導流裝置4 3排出。 由於該轉動轴34收容在該轉軸孔242中，從而使得該 轉動軸34置於⑦鋼片的磁場中心，當财鋼片的 ^ 通過導線41連接外部交流電源，從而産生磁 動该&動軸34轉動，進而帶動葉輪341轉動，從 導流腔331中的水從該排水口 3131、334U非 乃γ 導流裝置43排出。 4通過排水The central end of the lower end surface of the lower end surface extends downwardly from the positioning post 342. The positioning post 342 is rotatably received in the positioning groove 243; the central end of the upper end end surface extends upwardly from the connecting post 343, the connection The post 343 passes through the through hole 3331. The impeller 341 is horizontally fixed on the end of the connecting post 343 passing through the through hole 3331, and the water in the guiding cavity 331 is discharged from the drain port 3131, 3341 or through the diversion flow through the rotation of the impeller. The device 43 is discharged. Since the rotating shaft 34 is received in the rotating shaft hole 242, the rotating shaft 34 is placed at the center of the magnetic field of the 7 steel sheet, and when the metal sheet is connected to the external AC power source through the wire 41, the magnetic motion is generated. The shaft 34 rotates to drive the impeller 341 to rotate, and water from the flow guiding chamber 331 is discharged from the drain ports 3131, 334U and not the gamma flow guiding device 43. 4 through drainage
如圖1至圖6所示，使用時，該驅動構造4〇 10 M306474 水容器20的容腔21外部的收容槽244 上。通過¥線41給矽鋼片上的線圈通電，從而產生交 變電磁場’從而驅動該轉動軸34轉動，進而帶動葉輪如 轉動。藉此，驅動該盛水容器2〇的容腔21中的水产”入外 殼31的開口 335卜進入過渡材料32的通道321，=行過 濾、，過濾後的水通過導流嘴3321進入導流㉟331，缺後從 排水口 3⑶、334i中排出或通過排水導流裝置43排出， 從而完成該盛水容器2G的容腔21中的水循環過遽。 —由於該驅動構造40與該過濾構造3〇分別設於該盛水 容器20的容腔21的外部和内部，藉此，該驅動構造4〇 的導線41可不必放在該盛水容器3〇的容腔21内部可置 於人不常接觸的地方，從而避免因導線41漏電造成的危 險；同時該導線41置於該盛水容器2〇的容腔21外，也爲 其他需要電源的元件組線供電提供方便。 如圖6至圖9所示，此外，該盛水容器2〇的底壁上可 及有凹入該容腔21中的凹入部251、252，也可從容腔21 底部向上設有凸出部261、262，該凹入部251、252或凸 出部261、262可裝設其他元件。在本實施例中，凹入部 251、252作爲照明元件273和加熱裝置274的固定構造。 凸出部26卜262中分別裝入裝#物271、272。當然該照 明元件273和加熱裝置274等部件也可根據需要裝入從容 腔外凸出的部位中。由於該驅動構造40的導線41可不必 放在該盛水容器20的容腔21内部，從而也方便該裝飾物 271、272照明元件273或加熱裝置274的電源導線41的 M306474 佈置，可讓水族箱的外觀更雅致。 當然二，盛水容器20也可在靠近絲22位置裝設有透 欠層板.亥透水層板設有孔洞或格槽，並設有可與裝飾物 相連接的槽口。該透水層板置於導流器犯的吸水口與排水 導流裝置43的排水口之間，爲優選方式。 士圖10所不爲盛水容器爲長方體形内裝置帶磁轉動 軸34的柱妝24，係由該盛水容器2〇的底壁22靠中心的 部分向該盛水容器2“勺容腔21外並向下延伸。過濾構造 • 30在容腔内部而驅動構造40在容腔外部。 如圖11所示爲盛水容器10爲長方體形内裝置帶磁轉 動軸34的柱體24，係由該盛水容器20的柱體24係靠側 壁23的部分向該盛水容器2〇的容腔21外並向下延伸，過 $構造30在容腔21内部而驅動構造4〇在容腔21外部。 篩檢裝置與柱體24的安裝面241爲垂直狀。 如圖12和圖3B所示爲盛水容器爲圓柱體形内設置帶 磁的葉輪341，以及在容腔21外設有固定在驅動構造4〇 •轉軸頂端固定的帶磁轉動軸34 ;而柱體24係由該成水容 器20的底壁22靠中心的部分向該盛水容器別的^腔以 内並向上延伸；或如圖13和圖3B所示，係由盛水容器2〇 的底壁22靠中心的部分向該盛水容器2〇的容腔21内並向 上延伸。過濾構造30在容腔内部而驅動構造4〇在容腔 部。 工 如圖14和圖3B所示爲盛水容器10爲長方體形内設帶 磁的葉輪341 ’柱體24係由該盛水容器2〇的靠側壁23的 部分向該盛水容器20的容腔21内並向上延伸’過了慮構造 12 M3 06474 置二:二動構造4°在容腔21外部。篩檢裝 Μ的女1面241爲垂直狀。 ^目15圖所示爲盛水容器1〇爲在其底m向容腔 設有磁广η延伸的内部頂端的絲面241與導流器33之^ =吴片351的帶磁活動件；該導流器、33的As shown in FIGS. 1 to 6, in use, the drive structure is disposed on the receiving groove 244 outside the cavity 21 of the water container 20. The coil on the silicon steel sheet is energized by the ¥41 to generate an alternating electromagnetic field' to drive the rotation of the rotating shaft 34, thereby driving the impeller to rotate. Thereby, the aquatic product in the cavity 21 of the water container 2 is driven into the opening 335 of the outer casing 31 into the passage 321 of the transition material 32, and the filtered water enters the diversion through the diversion nozzle 3321. 35331, after being absent, is discharged from the drain ports 3 (3), 334i or discharged through the drain deflector 43, thereby completing the water circulation in the cavity 21 of the water container 2G. - Due to the drive structure 40 and the filter structure 3 They are respectively disposed outside and inside the cavity 21 of the water container 20, whereby the wire 41 of the driving structure 4〇 can be placed inside the cavity 21 of the water container 3〇 and can be placed in contact with people. The place is to avoid the danger caused by the leakage of the wire 41; at the same time, the wire 41 is placed outside the cavity 21 of the water container 2, and it is convenient for power supply of other components requiring power supply. See Figures 6 to 9 In addition, the bottom wall of the water container 2 is provided with recesses 251, 252 recessed into the cavity 21, and protrusions 261, 262 may be provided from the bottom of the cavity 21, the recess The inlets 251, 252 or the projections 261, 262 can be provided with other components. In this implementation The concave portions 251 and 252 serve as a fixing structure of the illumination element 273 and the heating device 274. The projections 26 and 262 are respectively loaded with the objects 271 and 272. Of course, the illumination element 273 and the heating device 274 and the like can also be It is required to be installed in a portion protruding from the outside of the cavity. Since the wire 41 of the driving structure 40 does not have to be placed inside the cavity 21 of the water container 20, the decorative element 273, 272, the lighting element 273 or the heating device is also facilitated. The M306474 of the power cord 41 of the 274 is arranged to make the appearance of the aquarium more elegant. Of course, the water container 20 can also be provided with a permeable layer near the wire 22. The water permeable layer is provided with holes or grids. And a notch that can be connected with the decorative object. The permeable layer is placed between the suction port of the deflector and the drain of the drainage deflector 43, which is a preferred mode. The water container is a cylindrical member 24 having a magnetic rotating shaft 34 in a rectangular parallelepiped shape, and a central portion of the bottom wall 22 of the water container 2 is directed outwardly from the scooping chamber 21 of the water container 2 and extends downward. The filter construction 30 is inside the cavity and the drive structure 40 is outside the cavity. As shown in Fig. 11, the water container 10 is a cylinder 24 having a magnetic rotating shaft 34 in a rectangular parallelepiped shape, and the cylinder 24 of the water container 20 is attached to the water container 2 by a portion of the column 24 of the side wall 23. The cavity 21 extends outwardly and downwardly, and the structure 30 is inside the cavity 21 to drive the structure 4 outside the cavity 21. The screening device and the mounting surface 241 of the cylinder 24 are perpendicular. As shown in FIG. 12 and FIG. 3B, the water-filled container is provided with a magnetic impeller 341 in a cylindrical shape, and a magnetic rotating shaft 34 fixed to the top of the rotating structure at the top of the rotating shaft is provided outside the cavity 21; The body 24 is extended from the central portion of the bottom wall 22 of the water-forming container 20 to the other cavity of the water container and upward; or as shown in FIG. 13 and FIG. 3B, the bottom of the water container 2 The central portion of the wall 22 extends into the cavity 21 of the water container 2 and extends upward. The filter construction 30 is internal to the cavity and drives the structure 4 to the cavity. As shown in FIG. 14 and FIG. 3B, the water container 10 has a magnetically-shaped impeller 341 in a rectangular parallelepiped shape. The column 24 is a portion of the water-filled container 2 that is adjacent to the side wall 23 toward the water container 20. Inside the cavity 21 and extending upwards 'over-construction structure 12 M3 06474 2: The second-moving structure 4° is outside the cavity 21. The female face 241 of the screening device is vertical. The figure 15 shows that the water container 1 is a magnetic movable member of the inner surface of the wire surface 241 and the deflector 33 of the deflector 33 which is provided with a magnetic width η extending toward the cavity at the bottom m; The deflector, 33
==活門；該磁模片351具有彈性並在其底面I 口 ，孟Μ件35，在該容腔21外部收容槽244内，右 轉換的壯署μΓ 為磁極轉換的裝置，該磁極 、、衣係為在鐵芯外圍繞有線圈的電磁鐵44,通過導 1叙，Μ电路板45的控制使該電磁鐵44產纟間歇性的磁吸 ，㈣膜片351係受該驅動構造4〇的間歇性磁吸作 而上下運動。 作的=通過以上實施例對本創作進行了揭示，但是本創 1圍亚不局限於此’在不偏離本創作構思的條件下， =上各讀或構造可用所屬技術領域人員瞭解的相似 同元件或構造來替換。 參 本創作「水族箱」確實能達到消除因導線 的容腔的水中漏電而造成的危險，確保使用安 王=利於提高水族箱的整體雅致外觀之功效，而具創作 =貝用」與「進步性」，又本案之構造在提出專利申請 :未見於刊物或公開使用；是以，本案之構造能符合新型 專利要件，爰依法提出專利申請。 13 _ M3 06474 【圖式簡單說明】 圖1爲本創作實施例水族箱的立體示意圖。 圖2爲圖1中設有柱體的盛水容器局部立立 圖3A和圖3B爲帶有磁片葉輪或帶磁轉子葉二忍圖。 排水導流裝置立體示意圖。 〃 *的轉動軸 ^ 4爲圖1中過濾構造和驅動構造組合剖視圖 圖5爲圖4中VI處的放大圖。 j視圖。 =A圖1中水族箱k裝後的立體示意圖。 圖15 :二:本再料不峨 =爲，知水= 圖 種白知水知相的立體示意圖。 场又—種習知水族箱的立體示意圖。 L主要元件符號說明】 水族箱 過濾構造 腔 側壁 殼體 導流 鐵金 線圈 電磁I线 的 器 屬件 10 30 21 23 31 33 35 42 44 盛水容 驅動構造 底壁 柱體 過濾材料 轉動軸 導線 排水 電路板 器 導 20 40 22 24 32 34 41 流裝置43 45 14 M306474 底面 221 安裝面 241 轉軸子L 242 定位槽 243 收容槽 244 凹入部 25卜 252 凸出部 261 > 262 裝飾物 27卜 272 照明元件 273 加熱裝置 274 側壁 313 通道 321 導流腔 331 上壁 332 下壁 333 侧壁 334 葉輪 341 定位柱 342 連接柱 343 磁模片 351 排水口 3131 、3341 導流嘴 3321 貫通孔 3331 開口 3351 15==The shutter; the magnetic mold piece 351 has elasticity and is on the bottom surface of the port I, and the tamper member 35 is disposed in the outer receiving groove 244 of the cavity 21, and the right-switching Γ Γ is a magnetic pole switching device, the magnetic pole, The clothing is an electromagnet 44 surrounded by a coil outside the core. The control of the cymbal board 45 causes the electromagnet 44 to produce intermittent magnetic attraction. (4) The diaphragm 351 is subjected to the driving structure. The intermittent magnetic suction works up and down. The present invention is disclosed by the above embodiment, but the present invention is not limited to this. Under the condition of not deviating from the original concept, the above reading or construction can be similar to the same components known to those skilled in the art. Or construct to replace. The creation of the "aquarium" can indeed eliminate the danger caused by leakage of water in the cavity of the wire, and ensure that the use of An Wang = the effect of improving the overall elegant appearance of the aquarium, with the creation = shelling and progress Sexuality, and the structure of the case is in the process of filing a patent application: it is not found in the publication or public use; therefore, the structure of the case can meet the requirements of the new patent, and the patent application is filed according to law. 13 _ M3 06474 [Simple description of the drawings] Fig. 1 is a perspective view of the aquarium of the present embodiment. Fig. 2 is a partial elevation of the water container with the cylinder provided in Fig. 1. Figs. 3A and 3B are diagrams with a magnetic disk impeller or a magnetic rotor blade. A schematic view of the drainage diversion device.转动 * The rotational axis ^ 4 is a sectional view of the filter structure and the drive structure in Fig. 1. Fig. 5 is an enlarged view of the VI in Fig. 4. j view. =A is a three-dimensional diagram of the aquarium k installed in Figure 1. Figure 15: Two: The re-feeding is not 峨 = is, knowing the water = Figure Figure 3 is a three-dimensional diagram of the water knows the phase. The field is a three-dimensional diagram of a well-known aquarium. L main component symbol description] Aquarium filter construction cavity side wall housing diversion iron gold coil electromagnetic I line of the device 10 30 21 23 31 33 35 42 44 Sheng water capacity drive structure bottom wall cylinder filter material rotating shaft wire drainage circuit board Guide 20 40 22 24 32 34 41 Flow device 43 45 14 M306474 Bottom surface 221 Mounting surface 241 Rotary shaft L 242 Positioning groove 243 Storage groove 244 Recessed portion 25 252 Projection 261 > 262 Decoration 27 272 Lighting element 273 Heating device 274 Side wall 313 Channel 321 Guide cavity 331 Upper wall 332 Lower wall 333 Side wall 334 Impeller 341 Positioning post 342 Connecting post 343 Magnetic die 351 Drain port 3131, 3341 Guide nozzle 3321 Through hole 3331 Opening 3351 15