100年02月08日梭正替換頁 M406354 ' Λ 五、新型說明： 【新型所屬之技術領域】 [0001] 本創作係關於一種魚類生物遮蔽裝置，尤指一種外 殼體表面上開設有多數個橫向設置，且壁體為具推把度 變斷面之長條通孔之魚類生物遮蔽裝置，使用上可選擇 供幼魚自該等長條通孔進入停留，或供幼魚自該等長條 通孔游出逃生，以避免幼魚受大魚侵襲。 . 【先前技術】 ^ [0002] 按，現今生活步調緊湊，飼養寵物儼然成為現代人 生活中重要的一部份，一方面可以增加生活樂趣，另一 方面藉以纾解緊張的工作壓力，其中，在閒暇時間有限 且活動空間不大的情況下，飼養照顧上簡單、不需太多 互動且又不會佔據太多空間的水族類（例如：觀賞魚等 )，已經成為現代人飼養寵物的一種絕佳選擇。飼養水 族類能使人們在工作忙碌之餘，觀賞魚兒在水中自由自 ·' 在游動之快樂狀態，有時更可看到魚兒產卵並經孵化成 ^ 為幼魚的經過，這些觀賞過程都可使觀賞者忘卻忙碌、 忘卻煩惱、忘卻壓力，使身心大為舒緩。 然，水族箱中之魚類生物有一特性，即大魚有時會 因莫名原因而侵襲幼魚，甚至將幼魚吞食，最常見者為 母魚生產後有時會因飢餓感覺或因害怕、忌妒等心理因 素，而侵襲甚或吞食幼魚。因此在一般大魚與幼魚共處 之水族環境中，最好能有一種可以遮蔽幼魚之裝置，讓 幼魚能夠隨時游入其内以保安全。除外，為讓母魚安靜 生產，一般會將母魚擺置入一單獨之箱體環境中獨處， 表單編號Α0101 第3頁/共17頁 M406354 ____, 100年02月08日修正替換頁 此時則必須有可供孵化出之幼魚游出之孔洞，以避免幼 魚被母魚呑食。因此’便有業者開發出一種幼魚避安裝 置’主要具有一圓筒狀之殼體，殼體内部形成一容室， 殼體上成型有多數個貫穿殼體的圓形孔洞，使幼魚可經 由該等孔洞游入或游出’以避免被大魚吞食；惟習知幼 魚避安裝置上之孔洞為圓形，所以幼魚不易游入，此係 因為魚類的游動方式是尾部大幅左右擺動才能前進，因 此若所開設之孔洞圓徑過小，則有些幼魚雖頭部可進入 ，但尾部擺動時卻撞及孔洞二側’造成魚身受傷或者仍 . 未能脫離被大魚吞食之危險》 ^ .......... ... 【新型内容】 ! ^' !·ί; [0003] 針對以上缺失，本創作人乃深八横;思研發創作，經 長時間努力，遂有本創作產生》 緣是，本創作之主要目的係在提供種可供幼魚方 便游動通過，以避免被大魚吞食之魚類生物遮蔽裝置。 為達成上述目的，本創作係設計一種魚類生物遮蔽 · 裝置，係有一外般體，可為各種形狀者，内部形成一腔 _ L卜殼體表面錢有多數個橫向設置之長條通孔 ，該等長條通孔之壁體設為具推把度之變斷面者，最小 ""、最丨寬度足供幼魚游動時尾部作橫向擺動通過； 藉由料舰之_，可讓較自科絲通孔通過， 免除被大魚吞食之危險。 1述魚類生物遮蔽裝置中，該等長條通孔具推把度 之請面可為外寬”型態者，以利幼魚自外進入腔室 内受遮蔽。 表單煸號A0101 M406354 - ' 100年02月08日修正替换頁 上述魚類生物遮蔽裝置中，該等長條通孔具推把度 之變斷面可為外窄内寬型態者，以利幼魚自腔室内游出 免受侵襲。 上述魚類生物遮蔽裝置中，該外殼體表面上可選擇 接設浮筒，使整體遮蔽裝置作浮式使用。 上述魚類生物遮蔽裝置中，該外殼體表面上可選擇 卸除浮筒，使整體遮蔽裝置作沉式使用。 上述魚類生物遮蔽裝置中，該外殼體表面上可設有 一掀蓋，供方便取、置魚隻使用。 【實施方式】 [0004] 本創作為達成上述目的，所採用之技術手段及可達 致之功效，茲舉以下較佳可行實施例配合附圖進行詳細 解說說明，俾能完全瞭解。 請同時參閱第一〜四圖所示，本創作實施例為一遮 蔽裝置1，構造上有一外殼體10，其形狀不受侷限， * 但以成型為立方形體為佳，該外殼體1 0内部形成一腔 ^ 室100(如第三、四圖所示）。該外殼體10可為一 體成型或由板材採嵌接方式組裝而成，或者也可以是至 少一面留有可以操作關閉或開啟之掀蓋1 3之構成，而 且所留之掀蓋1 3可以在外殼體1 0之頂面、側面或底 面，凡此種種可能之變化皆不受侷限，惟較常採行的是 將掀蓋1 3設在外殼體1 0之頂面，因此如第五圖所示 ，當開啟該掀蓋1 3時，可方便將魚隻（譬如：生產期 間之母魚）放置入腔室100内或自將腔室100内將 魚隻取出。 表單編號A0101 第5頁/共17頁 M406354 100年02月08日接正替換頁 該外殼體1 0 (若有設掀蓋1 3，則掀蓋1 3可視 為外殼體1 0的一部分）表面上設有多數個作橫向設置 之長條通孔1 1，該等長條通孔1 1可成型為橫向長方 形之長條通孔，或成型為橫向二内側為圓弧形之長弧形 長條通孔，凡此種種可能之變化皆不受偏限.；其中，該 等長條通孔1 1之設置型態可以如第一、三圖所示，設 成外部孔口較寬、内部孔口較窄具推把度之變斷面者， 亦即設為自外向内推拔漸縮者（簡稱外寬内窄者）；也 可以如第二、四圖所示，設成内部孔口較寬、外部孔口 ' .- . 〇 . 較窄具推把度之變斷帝者，亦即設為自外向内推拔漸擴 者（簡稱内寬外窄者）；最重要的是’長條通孔1 1不 論是外寬内窄型態，或是内寬外窄盤態，其較窄孔口的 μ ϊ>| 1 高度與寬度都必須足供幼魚自由游動通過，亦即幼魚在 游動通過時，其尾部縱使作橫向大幅擺動，也不會碰觸 到長條通孔11較窄孔口的二侧内壁，所以幼魚在感覺 危險時，可以快速游動通過。 請參閱第一、二圖所示，本ί創作實施例之遮蔽裝置 1除上述之構成外，更可在外殼體1〇的外表面上接設 至少一處以上之浮筒12 (係以設有二處以利平衡為宜 ’但不排除僅設一處亦可）；該浮筒12可藉由一體成 型手段直接成型於外殼體1〇的外表面上，或者也可以 藉由嵌接手段而接設於外殼體1〇的外表面上，其中係 以藉由嵌接手段接設於外殼體1〇外表面上之浮筒12 ，在使用上能有較佳之功效。所述之嵌接手段係如第六 圖所示，在該外殼體1 0外表上成蜜有一嵌接件1 i i ’而浮筒1 2上則成型有可與該嵌接件1 1 1對應嵌接 表單編號A0101 第6頁/共17頁 M406354 ·<* 100年02月08日 之受嵌件1 2 1，因此藉由該嵌接件1 1 1與受嵌件1 修正热w] 2 1之相互嵌接，可使浮筒1 2接設於外殼體1 0的外 表上β因此使用上可選擇將浮筒1 2接設上，此即如第 一、二圖所示之狀態；或亦可選擇將浮筒1 2卸除下， 此則如第七圖所示之狀態。On February 08, 100, the shuttle is replaced by M406354. Λ Five, new description: [New technical field] [0001] This work is about a fish bio-shield device, especially one that has a plurality of lateral surfaces on the outer surface of the outer casing. The fish body biological shielding device is provided with a long through hole with a pushing degree and a variable cross section, and the baby fish can be selected to enter from the long through holes, or the juvenile fish can be used for the long through holes. Swim out to avoid juvenile fish from being attacked by big fish. [Prior Art] ^ [0002] According to the current compact pace of life, keeping pets has become an important part of modern life. On the one hand, it can increase the fun of life, on the other hand, it can relieve stressful work pressure. In the case of limited leisure time and small space for activities, aquariums that are simple to care for, do not require too much interaction, and do not occupy too much space (eg, ornamental fish, etc.) have become a must for modern people. Good choice. Breeding aquarium can make people busy at work, watching fish in the water freely in the happy state of swimming, and sometimes see the fish spawning and hatching into a juvenile fish, these viewing process All can make the viewers forget the busy, forget the troubles, forget the pressure, and make the body and mind greatly relieved. However, the fish in the aquarium has a characteristic that large fish sometimes invade young fish for inexplicable reasons, and even swallow young fish. The most common one is that the female fish sometimes feels hungry or fears or jealousy after production. Factors that invade or even swallow young fish. Therefore, in an aquarium environment where large fish and juveniles are common, it is desirable to have a device that can shield young fish so that juveniles can swim in at any time to ensure safety. Except for the mother fish to be quietly produced, the mother fish will usually be placed in a separate box environment, Form No. 1010101 Page 3 of 17 M406354 ____, Modified on February 08, 100 There must be holes for hatching out of the juveniles to prevent juveniles from being eaten by the mother fish. Therefore, 'some manufacturers have developed a juvenile safety device' which mainly has a cylindrical casing, and a chamber is formed inside the casing, and a plurality of circular holes penetrating through the casing are formed on the casing, so that the juvenile fish can pass through the casing. Wait for the hole to swim in or swim out to avoid being swallowed by the big fish; but the hole in the squid avoiding safety device is round, so the juvenile fish is not easy to swim in. This is because the fish swims in a big way around the tail. Therefore, if the diameter of the hole opened is too small, some young fish can enter the head, but when the tail swings, it hits the two sides of the hole, causing the fish to be injured or still. It is not in danger of being swallowed by the big fish. ............... [New Content] ! ^' !·ί; [0003] In response to the above shortcomings, the creator is deep and horizontal; thinking about R&D and creation, after a long period of hard work, The creation of the author is that the main purpose of this creation is to provide a fish bio-shadowing device that allows young fish to swim easily to avoid being swallowed by large fish. In order to achieve the above objectives, the creation department designs a fish biological shielding device, which has an external body, and can be formed into a cavity with various shapes. The surface of the casing has a plurality of lateral through holes. The wall of the long through hole is set to have a variable cross section of the pusher degree, and the minimum "", the most wide width is sufficient for the young fish to swim laterally when the young fish swims; Allows passage through the Cossett hole, eliminating the risk of being swallowed by large fish. In the fish biological screening device, the length of the through hole with the push-pull can be the outer width type, so that the juvenile fish can be shielded from the outside into the chamber. Form No. A0101 M406354 - '100 years In the above-mentioned fish bio-shadowing device, the strip-shaped through-holes of the above-mentioned strips can be externally narrow and wide, so that the juveniles swim out of the chamber from invasion. In the fish biological shielding device, the surface of the outer casing may be connected with a pontoon to make the overall shielding device float. In the fish biological shielding device, the surface of the outer casing may be selectively detached, so that the overall shielding device is In the above-mentioned fish bio-shielding device, a cover can be provided on the surface of the outer casing for convenient use and storage of fish. [Embodiment] [0004] The technical means adopted for achieving the above object And the following can be explained in detail with reference to the accompanying drawings, which can be fully understood. Please also refer to the first to fourth figures, the present embodiment is a masking device. 1. The outer casing 10 is structurally unconstrained, but it is preferably formed into a cubic shape, and a cavity 100 is formed inside the outer casing 10 (as shown in the third and fourth figures). The body 10 can be integrally formed or assembled by means of sheet metal fitting, or can be constructed with at least one side of the lid 13 that can be operated to close or open, and the remaining lid 13 can be in the outer shell. 10 top, side or bottom, all such possible changes are not limited, but it is more common to set the cover 13 on the top surface of the outer casing 10, so as shown in the fifth figure When the lid 1 3 is opened, it is convenient to place the fish (for example, the female fish during production) into the chamber 100 or remove the fish from the chamber 100. Form No. A0101 Page 5 / Total Page 17 M406354 February 08, 2010 Replacement page The outer casing 1 0 (if the cover 1 3 is provided, the cover 1 3 can be regarded as part of the outer casing 10), the surface is provided with a plurality of lateral settings. The long through hole 1 1 , the long through hole 1 1 can be formed into a long rectangular through hole, or formed into a lateral direction The inner side is a long arc-shaped long through hole with a circular arc shape, and all such possible variations are not limited. Among them, the arrangement of the long through holes 1 1 can be as shown in the first and third figures. It is shown that the outer opening is wider, the inner opening is narrower, and the inner diameter is changed to the cross section of the pushing degree, that is, it is set to push the tapering from the outside to the inside (referred to as the outer width narrow); As shown in Fig. 2 and Fig. 4, the internal orifice is wider and the outer orifice is '.-. 〇. The narrower has the degree of pushing and pushing the emperor, that is, it is set to push the divergence from the outside to the inside (referred to as The inner width is narrower than the outer width; the most important is that the 'long strip through hole 1 1 is narrow or narrow inside the inner width and narrow, and the narrower opening is μ ϊ>| 1 height and width They must be sufficient for the juveniles to swim freely, that is, when the juveniles swim, the tails will swing vertically in the lateral direction, and will not touch the inner walls of the narrower openings of the long through holes 11, so the juveniles are When you feel dangerous, you can swim quickly. Referring to the first and second embodiments, in addition to the above configuration, the shielding device 1 of the present invention may further include at least one or more buoys 12 on the outer surface of the outer casing 1 . It is preferable to balance the two places, but it is not excluded that only one place can be provided; the pontoon 12 can be directly formed on the outer surface of the outer casing 1 by means of integral molding, or can be connected by means of inlay means. On the outer surface of the outer casing 1b, the buoy 12 attached to the outer surface of the outer casing 1 by means of the engaging means can have better effect in use. The engaging means is as shown in the sixth figure, and the outer surface of the outer casing 10 is formed with an engaging member 1 ii ', and the pontoon 1 2 is formed to be embedded with the engaging member 1 1 1 . Form No. A0101 Page 6 of 17 M406354 ·<* The insert 1 2 1 of February 08, 100, so the heat w] 2 is corrected by the insert 1 1 1 and the insert 1 1 is engaged with each other, so that the pontoon 12 can be connected to the outer surface of the outer casing 10, so that the pontoon 12 can be selectively connected, which is the state shown in the first and second figures; The pontoon 1 2 can be optionally removed, and this is as shown in the seventh figure.
本創作實施例遮蔽裝置1擺置入水族箱2内使用時 ，若是選擇卸除浮筒1 2之構成時，則可使整體遮蔽裝 置1作為沉式使用，而下沉於水底面，此即如第八、九 圖所示之狀態，其中，第八圖係表達長條通孔1 1設為 外寬内窄之型態者，此種型態之使用係將遮蔽裝置1作 為幼魚的避安器具用，亦即此種遮蔽裝置1放置在水族 箱2中係供幼魚感覺面臨危險時（此為其天性），可以 迅速游至任一長條通孔1 1外部，因外部孔口較為寬大 ，所以幼魚可輕易進入，然後内部孔口雖較為窄，但設 計上其寬度與高度都足供幼魚順利游動通過，所以幼魚 可以迅速進入腔室1〇 〇内躲避；第1圖則係表達長條 通孔1 1設為内寬外窄型態之作用，此種型態之使用係 將該遮蔽裝置1作為母魚生產之處所用（母魚係被放進 該遮蔽裝置1之腔室1 〇 〇内，故此時採用之遮蔽裝置 1必須是設有掀蓋1 3者，以方便取、放母魚），亦即 此種遮蔽裝置1放置在水族箱2中係專供將母魚放進該 遮蔽裝置1之腔室1 0 〇内生產用，然後當魚卵轉化為 幼魚後，幼魚可以迅速經由遮蔽裝置1的任一長條通孔 1 1游至遮蔽裝置1外界，以躲避母魚的侵擾或吞食， 然後當幼魚較大（數日）後，再將母魚放出；即因此種 遮蔽裝置1係設計作為幼魚外逃用，所以其長條通孔1 表單煸號A0101 第7頁/共17頁 100年02月08日修正替换頁 1設成内部孔口較寬、外部孔口較窄具推把度者，以方 便幼魚游出。 至於選擇接設浮筒1 2之構成時，則可使整體遮蔽 裝置1作為浮式使用，而載浮於水面，此即如第十、十 一圖所示之狀態，其中，第十圖係表達設為外寬内窄型 態之長條通孔1 1並於二側接設浮筒1 2之整體作用， 此時整體遮蔽裝置1載浮於水面’所以幼魚感覺面臨危 險時（此為其天性），可以迅速通過任一長條通孔11 以進入腔室1 〇 〇内躲避；第十一圖則係表達設為内寬 外窄型態之長條通孔11並於二側接設浮筒12之整體 作用，此時整體遮蔽裝置1載浮於水面，'而可將母魚放 進該遮蔽裝置1之腔室1 0 〇内產卵用，然後當魚卵轉 化為幼魚後，幼魚可以迅速經由遮蔽裝置1的任一内寬 外窄之長條通孔1 1游至遮蔽裝置1外界，以躲避母魚 的侵擾或呑食》 最後，如前所述，遮蔽裝置1之外殼體1 0係不限 形體（不侷限為方形），故亦可如第十二圊所示’將外 _ 殼體10成型為一假山造型（或任何造型），其内仍係 成型為一腔室100，表面上亦設有多數個作橫向設置 之長條通孔11，其設置型態皆可相同於第三圖所示般 設成外部孔口較寬、内部孔口較窄具推把度之變斷面者 ’或如第四圖所示般設成外部孔口較窄、内部孔口較寬 具推把度之變斷面者，以供幼魚自由游動通過，以達成 相同之避安功效；然後外殼體1〇的頂面上同樣巧設具 一掀蓋1 3，故需要時可如第十三囷所示般，藉由掀起 該掀蓋1 3，以置放或取出魚隻。 表單編號A0101 第8頁/共π頁 M406354 100年02月08日修正替换頁 由以上說明可之，本創作主要在於魚類生物遮蔽裝 置之外殼體表面上開設有多數個橫向設置之長條通孔， 該等長條通孔之壁體設為具推把度之變斷面者，且最小 高度與最小寬度足供幼魚游動時尾部作橫向擺動通過， 使用上藉由該外殼體之遮蔽，可讓幼魚免除被大魚吞食 之危險。 綜上所述，本創作具備不曾見諸昔時之絕對新穎性 及增進使用功效之進步性，當完全符合成立專利之要件 ;然而以上所舉實施例僅用以說明本創作之組成及功效 ，並非因此即拘限本創作之專利範圍，舉凡所有等功效 之結構變化及不脫本創作之類似修改，均隸屬於本創作 之專利範疇。 【圖式簡單說明】 [0005] 第一圖係本創作設具第一種變斷面長條通孔之外觀立體 圖 第二圖係本創作設具第二種變斷面長條通孔之外觀立體 圖 .' ； /; 第三圖係第一圖中之A — A剖視圖 第四圖係第二圖中之B _ B剖視圖 第五圖係本創作將掀蓋掀起之立體圖 第六圖係本創作外殼體與浮筒分解之立體圖 第七圖係本創作卸除浮筒之正面圖 第八圖係本創作第一種變斷面長條通孔作沉式之使用示 意圖 ， 第九圖係本創作第二種變斷面長條通孔作沉式之使用示 表單編號A0101 第9頁/共17頁 M406354 100年02月08日修正替換頁 意圖 第十圖係本創作第一種變斷面長條通孔作浮式之使用示 意圖 第十一圖係本創作第二種變斷面長條通孔作浮式使用示 意圖 第十二圖係本創作實施例成型為假山造型之使用示意圖 第十三圖係將第十二圖中之掀蓋掀起之使用示意圖 【主要元件符號說明】 1 0外殼體 ri長條通孔 1 2浮筒 1 3掀蓋 [0006] 1遮蔽裝置 ill 1 0 0腔室 111嵌接件 121受嵌件 2水族箱When the shielding device 1 of the present embodiment is placed in the aquarium 2, if the configuration of the pontoon 12 is selected, the overall shielding device 1 can be used as a sinking type and sink to the bottom of the water. The state shown in the eighth and ninth figures, wherein the eighth figure expresses that the long through hole 1 1 is set to be narrow in the outer width and the inner width, and the use of the type is to use the shielding device 1 as the safety of the juvenile fish. For the appliance, that is, the shielding device 1 is placed in the aquarium 2 for the juvenile fish to feel dangerous (this is its nature), and can quickly swim to the outside of any long through hole 1 1 because the external orifice is relatively large Therefore, the juvenile fish can be easily accessed, and the internal orifice is narrower, but the width and height of the juvenile are sufficient for the juvenile to swim smoothly, so the juvenile fish can quickly enter the chamber to escape; the first picture is expressed The long through hole 1 1 is set to be an inner wide and outer narrow type, and the use of this type is used as the place where the female fish is produced (the female fish is placed in the chamber of the shielding device 1) 1 inside, so the shielding device 1 used at this time must be The cover 1 is for easy access and release of the female fish, that is, the shielding device 1 is placed in the aquarium 2 for the production of the female fish into the chamber 10 of the screening device 1 for production. Then, when the fish eggs are converted into juvenile fish, the juvenile fish can quickly swim to the outside of the sheltering device 1 through any long through hole 1 1 of the shielding device 1 to avoid infestation or ingestion by the female fish, and then when the juvenile fish is large (several days) After that, the female fish is released; that is, the seeding device 1 is designed to escape as a juvenile fish, so its long through hole 1 form nickname A0101 page 7 / 17 pages 100 years February 08 correction replacement page 1 The inner opening is wider, and the outer opening is narrower, so that the juvenile fish can swim out. When the configuration of the pontoon 12 is selected, the overall shielding device 1 can be used as a floating type, and the floating surface is suspended on the water surface, which is the state shown in the tenth and eleventh figures, wherein the tenth image is expressed. It is set as the long through hole 1 1 in the outer width and the narrow shape, and the whole function of the pontoon 1 2 is connected to the two sides. At this time, the overall shielding device 1 floats on the water surface, so when the juvenile fish feels dangerous, this is its nature. ), can quickly pass through any of the long through holes 11 to escape into the chamber 1 ;; the eleventh figure expresses the long through hole 11 which is set to the inner wide and the outer narrow shape and is connected to the pontoon on the two sides The overall effect of 12, at this time, the overall shielding device 1 is floating on the surface of the water, and the female fish can be placed into the chamber of the shielding device 1 for spawning, and then when the fish eggs are converted into juvenile fish, the juvenile fish can Quickly swim to the outside of the shielding device 1 through any of the wide and narrow through-holes 1 1 of the shielding device 1 to avoid infestation or foraging of the female fish. Finally, as described above, the outer casing 10 of the shielding device 1 It is not limited to a shape (not limited to a square shape), so it can also be as shown in the twelfth ' 'outside _ housing 10 Formed into a rockery shape (or any shape), which is still formed into a chamber 100, and a plurality of long through holes 11 for lateral arrangement are also provided on the surface, and the setting patterns can be the same as the third figure. As shown, the external orifice is wider, the internal orifice is narrower, and the cross section of the pusher is 'or as shown in the fourth figure. The outer orifice is narrower and the inner orifice is wider. The section of the section is for the juveniles to swim freely to achieve the same safety protection effect; then the top surface of the outer casing 1同样 is also provided with a lid 1 3, so it can be like the thirteenth when needed. As shown by 囷, the lid 13 is picked up to place or remove the fish. Form No. A0101 Page 8 / Total π page M406354 Correction replacement page on February 08, 100. According to the above description, this creation mainly consists of a plurality of horizontally arranged long through holes on the surface of the housing outside the fish biological shielding device. The wall of the long through hole is set to be a deformed section with a pushing degree, and the minimum height and the minimum width are sufficient for the tail to swing laterally when the young fish swims, and the outer casing is shielded by the outer casing. Allows juveniles to be protected from the risk of being swallowed by large fish. In summary, this creation has the absolute novelty that has never been seen in the past and the progressiveness of the use effect, when it fully meets the requirements for establishing a patent; however, the above embodiments are only used to illustrate the composition and efficacy of the creation. It is not the case that the patent scope of this creation is limited, and any structural changes of all such functions and similar modifications that do not deviate from the creation are subject to the patent scope of this creation. [Simple description of the drawing] [0005] The first picture is the appearance of the first type of variable cross-section through hole. The second picture is the appearance of the second variable cross-section through hole. The third figure is the A in the first picture. The cross-sectional view of the fourth picture is the second picture. The B picture in the second picture. The fifth picture is the third picture of the creation. The perspective view of the outer casing and the pontoon is broken. The seventh picture is the front view of the original detachable pontoon. The eighth picture is the use of the first type of variable section through hole for the sinking type. The ninth picture is the second part of the creation. The use of the variable section long through hole for the sinking form shows the form number A0101 page 9 / a total of 17 pages M406354 100 years of February 08 revised replacement page intention tenth figure is the first type of variable section long strip Schematic diagram of the use of Kong Zuo floating type The eleventh figure is a schematic diagram of the second variable section long through hole for floating use. The twelfth figure is a schematic diagram of the use of the creation example to form a rockery shape. Schematic diagram of the use of the cover in the twelfth figure [main component symbol 10] ri elongated outer housing 12 through holes 13 flip float [0006] The screening arrangement 1 ill 1 0 0 the chamber 111 by the engagement member 121 inserts 2 aquarium
表單編號A0101 第10頁/共17頁Form No. A0101 Page 10 of 17