M264131 四、創作說明（1) 【新型所屬之技術領域】 本創作係有關-種浮力式動態裝#品結構，尤指 利用一透明浮力水槽内水位的高彳 因浮力的增減變化而可在浮力卜使水中數個浮筒 動態裝飾效果者。“力水槽内上下洋沉’藉以達成 【先前技術】 心外常態裝飾品，除了目前流行的雙液體 一u布效果）或喷水（如水舞效果）等以水本身當作展 做為設計内容的裝飾品，而本=有：分使用浮力原理 設計，除具有動態裝飾效果用浮力的結構 从衣处录具科學啟發性效果。 【内容】 構，主要2一乃f於提供-種浮力式動態裝飾品結 進出浮力水槽之水量M吏；二控制裝置以控制儲水槽 進而對浮力纟槽内數個浮槽内水位產生高低變化， 隨浮力。變化而產生上味式靖不同浮力，使數個浮筒可 或燈光 上子或下沈動作，並使浮筒内所設圖案 果者τ配合上下浮沈而同時向外展示，彡成動態裝飾效 M264131 創作說明（2) 【實施方式 為讓本創作上述和其他目的、 被熟知，下文將特舉本創作較佳】，、及優點能更明確 ，做詳細說明如下： 例，並配合所附圖示 參照第1、2、3圖，本創作、、| ^ 主要包括一儲火播！ η /作子力式動態裝飾品結構， 及水位控制裝置二其中，、數個浮筒30、 收液體（水…器，存及回 分別與浮力水槽2 〇連接。 進口 1 2而 洋力水槽20係一具適足高度 其上並設有一進口 21及一出』， ^於較尚位置如浮力水槽20頂部，且與儲水槽丨〇 二f接’而藉水位控制裝置40a將水由儲水槽 2出而經由進口21進入浮力水槽20内；而該出二出可： 拉乂低Ϊ置如洋力水槽20底部，且與儲水槽10的進口 12連 ，並藉水位控制裝置4〇b使水由出口22排出而由儲水押 〇的進口 12送回儲水槽1〇内，而形成一循環式運動。 而水位控制裝置40 (4〇a、4〇b )係分置於儲水槽10及 洋力水槽20之間，可利用抽水泵濟及闕門構成，藉^控制 儲水槽1 0及浮力水槽2 0間的進出水量，使浮力水槽2 〇内的 水位可配合需要而產生高低變化。 數個浮筒3 0係設置在浮力水槽2 〇内部，而各浮筒3 〇係 二，心密閉容器以產生足夠浮力，其形狀不限制；而為使 浮琦3 0上浮時減少阻力並增加變化性，該浮筒3 〇可設計成M264131 IV. Creation Instructions (1) [Technical Field to which the New Type belongs] This creation is related to a buoyant dynamic equipment structure, especially using the high water level in a transparent buoyancy tank due to the increase and decrease of buoyancy. Buoyancy buoys dynamically decorate the effects of several buoys in the water. "Li Yang sinks up and down in the sink" to achieve the [previous technology] out-of-mind normal decorations, in addition to the current popular two-liquid one-u cloth effect) or water spray (such as the water dance effect), etc. with water itself as the exhibition as the design content Decorations, but this = has: divided using buoyancy principle design, in addition to the dynamic decoration effect with buoyant structure recorded from the clothing with scientific inspirational effects. [Content] structure, the main 2 one is f to provide-a type of buoyancy The amount of water entering and leaving the buoyancy tank by the dynamic ornament; two control devices to control the water storage tank and thereby change the level of the water level in several buoyancy tanks in the buoyancy tank. Each pontoon can be moved upwards or downwards with lights, and the pattern fruit τ set in the pontoon can be displayed simultaneously with the up and down movement, forming a dynamic decorative effect. M264131 Creation instructions (2) [The implementation is to make this creation as above And other purposes, it is well known, the following will give a better idea of this creation], and the advantages can be more clear, detailed description is as follows: For example, with reference to the accompanying drawings, refer to Figures 1, 2, and 3 This creation ,, | ^ mainly includes a fire storage broadcast! Η / Zuozi force type dynamic ornament structure, and water level control device two of which, a number of pontoons 30, liquid receiving (water ... The water tank 20 is connected. The inlet 12 and the Yangli water tank 20 are of a sufficient height and are provided with an inlet 21 and an outlet. ^ At a relatively high position, such as the top of the buoyancy water tank 20, and the storage tank 丨 〇2f Then, by the water level control device 40a, the water is discharged from the water storage tank 2 and entered into the buoyancy water tank 20 through the inlet 21; and the two outputs can be: The inlet 12 is connected with the water level control device 40b to allow water to be discharged from the outlet 22, and the water storage inlet 10 is returned to the water storage tank 10 to form a circular motion. The water level control device 40 (40 a, 4〇b) are separately placed between the water storage tank 10 and the Yangli water tank 20, which can be constructed by using a suction pump and a yam gate. The water level in the water tank 2 can be changed according to the needs. Several floats 30 are set. Buoyancy tank 2 billion inside, and each buoy 3 billion line II heart hermetic container to generate sufficient buoyant force, the shape thereof is not limited; and to reduce resistance so that the float Qi 30 go up and increase the variability, the float 3 square may be designed to
四、創作說明（3) 一倒V形筒體，使其頭（上）部31為圓錐型，且尾（底） 部32為一與頭（上）部31形狀配合的凹槽，並使上、-下一 浮筒30的頭尾間利用一適當長度的細軟管線33相連，則去 浮力水槽20内部未注入足量水或未達滿水位時，數個浮g 30浮力不足而無法上浮，此時數裀浮筒3〇即可上下疊置在 一起而位於浮力水槽20内底部如第5圖所示，·而當浮&力水 槽20内部注入足量水或已達滿水位時，則數個浮筒3〇且有 足夠洋力而可依序上浮，使數個浮筒3〇可在浮力水槽2〇内 上下展，。另可於浮筒3〇最下一個設一上浮限距塊34，並 使該上洋限距塊34限制在浮力水槽2〇底部一連通的空心導 ==間内做上、下浮動，則當上浮限距塊以受數個浮 请…/予力同時牵引而向上浮至空心導槽23頂位時，可使該 ί ^距塊34觸動一水位感應開關（圖中未示），藉以送 δ 使水位控制裝置4〇b呈啟開狀態，使浮力水槽 Μ π + I 22排出至儲水槽1 〇内；而當水排出致使數個浮 ‘並二私=失時，上浮限距塊34可向丁沈至空心導槽23底 號而3 水位感應開關（圖中未示），藉以再送出訊 ίο送出控制裝置…再呈啟開狀態…吏水再由儲水槽 、传用ΐ進口21進入浮力水槽20内，以進行另一循環。 輸送至> 1L可利用水位控制裝置40使水由儲水槽10逐漸 护之浮Γ 槽20内’使浮力水槽20内數個浮筒30可藉漸 逐漸上浮，並逐-分開而向外展示如第4圖所 …全分開後，又可利用水位控制裝置 力水槽2 0輸回至儲水槽1 0内，使數個浮筒 M264131 四、創作說明（4) " ' ' ' "" 30又漸失浮力而逐漸下沈’並逐一疊置在底部處如第5圖 所示，形成一循環式作動。 又參照第6圖，各浮筒3 0内部可設置各種裝飾用圖案 如雷射貼紙（圖中未示）或發光裝置50，而該發光裝置5〇 可利用數個LED (發光二極體）51構成，而LED51的數目及 顏色不拘，並可使各LED51分別設在一彈簧52尾部，使在 浮筒30上浮或下沈動作時，該LED51可藉彈簧52的晃動而 ，其投射光同時產生晃動效果，藉以增加發光裝置5〇的動 癌效果；又各浮筒3〇内發光裝置5〇的導線可利用上、下二 夺筒30間所連接的細軟管線33内部而導接至上浮限距塊^ 内部，或再由上浮限距塊34向外連接電源，供使用者容 由外部操控。 以，然本創作已以一較佳實施例揭露如上，然其並非用 ，定本創作，任何熟習此技藝者，在不脫離本創作之精 範圍内、’當可做些許之更動與潤飾，因此，本創作之 ''濩圍當視後附之申請範圍所界定者為準。Fourth, the creation instructions (3) an inverted V-shaped cylinder, so that the head (upper) portion 31 is a conical shape, and the tail (bottom) portion 32 is a groove that matches the shape of the head (upper) portion 31, and The head and tail of the upper and lower buoys 30 are connected by a thin hose line 33 of an appropriate length. When the buoyancy tank 20 is not filled with sufficient water or the water level is not reached, several buoyancy gs 30 are insufficiently buoyant to float. At this point, the number of buoyancy tanks 30 can be stacked on top of each other and located at the bottom of the buoyancy tank 20 as shown in Figure 5. When the inside of the buoyancy tank 20 is filled with sufficient water or has reached the full water level, then Several buoys 30 can be floated in order with sufficient foreign power, so that several buoys 30 can spread up and down within the buoyancy tank 20. In addition, an upper floating distance limiting block 34 may be set at the bottom of the buoy 30, and the upper limiting distance block 34 is limited to the bottom of the buoyant water tank 20, and a hollow guide connected at the bottom of the buoyancy tank == is used to float up and down. When the floating distance block is lifted to the top of the hollow guide groove 23 by being pulled by several floaters at the same time, the distance block 34 can be triggered by a water level sensor switch (not shown) to send δ The water level control device 40b is opened, and the buoyancy water tank M π + I 22 is discharged into the water storage tank 10; and when the water discharge causes several floats and two privates = lost, the floating distance block 34 You can send the water level sensing switch (not shown) to the bottom of the hollow guide groove 23 from Ding Shen to send the control signal again. The control device is opened again. The water is then passed from the water storage tank and the inlet 21 It enters the buoyancy tank 20 for another cycle. Conveyed to> 1L, the water level control device 40 can be used to make the water gradually floated from the water storage tank 10 Γ inside the tank 20, so that several buoys 30 in the buoyancy water tank 20 can be gradually floated upward, and displayed one by one-separately Figure 4 ... After being completely separated, the water level control device can be used to force the water tank 20 back into the water storage tank 10 to make several floats M264131. 4. Creation instructions (4) " '' '" " 30 It gradually loses buoyancy and gradually sinks' and is stacked one by one at the bottom as shown in FIG. 5 to form a cyclic motion. Referring also to FIG. 6, various decorative patterns such as a laser sticker (not shown) or a light emitting device 50 may be provided inside each buoy 30, and the light emitting device 50 may use a plurality of LEDs (light emitting diodes) 51. Structure, and the number and color of the LEDs 51 are not limited, and each LED 51 can be provided at the end of a spring 52, so that when the float 30 is floating or sinking, the LED 51 can be shaken by the spring 52, and its projected light can be shaken at the same time Effect, thereby increasing the cancerous effect of the light emitting device 50; and the wires of the light emitting device 50 in each pontoon 30 can be connected to the upper floating distance block by using the inside of the thin hose line 33 connected between the upper and lower two canisters 30. ^ Internal, or externally connected to the power supply by the floating distance limiting block 34, for users to control externally. So, this creation has been disclosed as above with a preferred embodiment, but it is not intended to be used. The final creation, anyone who is familiar with this skill, can not make a little change and retouch without departing from the essence of this creation. The "circumference" of this creation shall be subject to the definition in the scope of application attached.
M264131 圖式簡單說明 【圖式簡要說明】 第1圖係本創作一實施例的外觀立體圖。 第2圖係第1圖的剖面示意圖。 第3圖係第2圖的分解示意圖。 第4圖係本創作浮筒上昇狀態示意圖。 第5圖係本創作浮筒下沈狀態示意圖。 · 第6圖係本創作浮筒内發光裝置設立圖。 【圖號簡要說明】 儲水槽 10 出口 11 進口 12 · 浮力水槽2 0 進口 2 1 出口 2 2 空心槽 23 浮筒3 0 水位控制裝置40、40a、40b 頭（上）部 31 尾（底）部32 細軟管線33 上浮限距塊 34 發光裝置 50 _ LED (發光二極體）51 彈簧52M264131 Brief description of the drawings [Brief description of the drawings] Figure 1 is an external perspective view of an embodiment of the present invention. Figure 2 is a schematic cross-sectional view of Figure 1. Figure 3 is an exploded view of Figure 2. Figure 4 is a schematic diagram of the rising state of this creative buoy. Figure 5 is a schematic diagram of the sinking state of this creative buoy. · Figure 6 shows the setup of the light-emitting device in this creative buoy. [Brief description of drawing number] Water storage tank 10 Outlet 11 Inlet 12 · Buoyancy tank 2 0 Inlet 2 1 Outlet 2 2 Hollow tank 23 Buoy 3 3 Water level control device 40, 40a, 40b Head (upper) part 31 Tail (bottom) part 32 Thin hose line 33 Floating limit block 34 Light emitting device 50 _ LED (light emitting diode) 51 Spring 52
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