M436334 五、新型說明： 【新型所屬之技術領域】 本創作提供〆樣養殖池的太陽能棚架式防護裝置，特 別是一種將太陽能發電设把及養殖池的防S蔓結構進行整合 的太陽能棚架式防護裝置。 【先前技術】 周知，養殖業者利用魚媪或養殖池圈養魚、蝦、貝類 等水產生物的情形非常普遍。搭建這些魚媪或養殖池的水 • 域或土地空間上，特別是太陽可以照射到這些魚塩或養殖 池的空域上，一般皆為間置居多。 且知，在提倡以太陽能發電來促成節能減碳目標的今 日，搭建太陽能發電設施所必須取得的土地或建地成本， 也是考量的經濟要素之一’倘若能利用上述魚塩或養殖池 的閒置空域，來搭設太陽能發電設施，將有助於提升其經 濟效益，但目前養殖業者在魚塭或養殖池周邊搭設太陽能 設施的卻不多見 • 再者，上述養殖業者在養殖魚、蝦、貝等水產生物時’ 也缺乏一套有效的硬體防護措施來減少水產生物遭受外在 • 環境因素的損害。例如養殖瑕類’由於蝦類為了成長、修 補損傷與繁殖·交配之目的而進行脫殼’且由於蝦在脫殼時 呈現最脆弱的狀況’因此為了避免被蝦與蝦之間會相互攻 擊殘食，部分的蝦都於岸邊淺灘處進行脫般。一般而言’ 稚蝦期在環境良好、食源充足的情況下’成長極為迅速’ 幾乎每星期脫殼。脫殼後的蝦由於殼還沒硬化所以身體是 軟的，除了容易被殘食之外’也常遭受候鳥、白鷺鷥、夜 3 M436334 物，使該防護網部分沉入池水中或沉至池水底部；該棚架 設有一線控滑輪組，連結該内側防護網，以展收控制該内 側防護網。 在另一具體實施上，上述内側防護網，也可以替換成 佈設於相對稱設立之所述棚架的一内側之間，並旋空坐落 .於該養殖池的池水上方空域。如此，可免除於該内側防護 網底部設置多個重物。 藉由所述太陽能面板可提供抽水馬達、水車等養殖設 備或加溫設備所需的電力。所述遮陰板可適度遮光，防止 夏季水溫上升。所述内、外側防護網可保護蝦類免受於遭 受飛禽及盜賊的侵襲，減少飼養戶的損失；其中，外側防 護網更可附加一層遮風簾，以阻擋強風，避免冬季水溫驟 降。所述線控滑輪組可展收控制該内側防護網，利於捕撈 作業。如此，藉由所述太陽能面板、内側防護網、外側防 護網、線控滑輪組及棚架的結合，使該棚架具有太陽能發 電設施及養殖池的防護功能，甚可藉此調節水質並降低用 水量，而達成節能減碳，充分利用土地資源的功效。 然而，為能明確且充分揭露本創作，併予列舉較佳實 施之圖例，以詳細說明其實施方式如後述： 【實施方式】 本創作提供一種養殖池的太陽能棚架式防護裝置，適 用於一養瘦池1，該養殖池1位於日照充足區，用以養殖水 產生物11，該水產生物11可以是魚、蝦、貝等。舉以水產 生物11是蝦類而言，該蝦類養殖池1的池岸邊可搭設有一 棚架2，用以遮蔽該養殖池1的池岸邊(如圖1所示），使蝦 M436334 簾(例如帆布或叩膜），以遮擋東北季風的吹襲 。再者，該 内：：遵網4的底部可以設置有多個重物5，使該防護網4 邰刀’儿入池水中（如圖2所示）。所述重物$是沉塊、石頭 具有相當重量的物體。 δ亥棚架2可以設有-線控滑輪組6，包含-引線(50連 結該，側防護網4,而以展收該引線 60控制該内側防護網 4的落水較及其佈網高度，利則紐蝦群及捕措作業 圖5所示）。 ^藉由所述太陽能面板3可提供抽水馬達、水車等養殖 »又備或加/jnLji又備所需的電力；所述内側防護網4及外側防 叹”同40可保護蝦類等水產生物免受飛禽及盜賊的侵襲，使 飼養戶損失減少；所述線控滑輪組6可展收控制該内側防 護網4’觀捕榜作業；如此，#由所述太陽能面板3、内 側防護網4、外侧防護網4〇、線控滑輪組6及棚架2的結 合，使該棚架2具有太陽能發電設施及養殖池的防護功 能，而達成節能減碳，充分利用土地資源的功效。 此外，所述棚架2頂面也可以是由遮陰板7佈設而 成，並將所述太陽能面板3架設於該遮陰板7的上方(如圖 6所示）^同樣地，遮陰板7上方的太陽能面板3也可是製 成斜面形態而朝向理想的受光角度θ，以提升所述太陽能 面板3接收太陽熱輻射能的效率（如圖7所示）^配設有所述 遮陰板7的棚架2亦可設有該線控滑輪組6，連結該内挪防 護網4，以展收控制該内側防護網4，利於捕撈作業（如圖7 所示）。 再者，在另一具體實施上，該内側防護網4的設置位 7 M436334 置，也可以替換成佈設於相對稱設立之所述棚架2的一内 側之間（如圖8所示），並旋空坐落於該養殖池1的池水上方 空域。如此，可免除於該内側防護網4底部設置重物5，並 且可阻撓飛禽飛入而停留於養殖池1的水面上，以保護蝦 類等水產生物免受飛禽及盜賊的侵襲。 .綜上所P東，僅為本創作之較佳實施例而已，並非用以 限定本創作；凡其他未脫離本創作所揭示之精神下而完成 的等效修飾或置換，均應包含於後述申請專利範圍内。 【圖式簡單說明】 圖1 :為本創作第一實施例的示意圖； 圖2 :為圖1的立體示意圖； 圖3:為圖1的俯視圖； 圖4 :為圖1的側視圖； 圖5 :為圖1增設控滑輪組的示意圖； 圖6 :為本創作第二實施例的立體示意圖； 圖7 :為圖6增設控滑輪組的示意圖； 圖8 :為本創作第三實施例的示意圖。 【主要元件符號說明】 1 養殖池 11 水產生物 12 飛禽 2 棚架 3 太陽能面板 4 内側防護網 8 M436334 40 外側防護網 5 重物 6 線控滑輪組 60 引線 7 遮陰板M436334 V. New description: [New technical field] This creation provides solar scaffolding protection device for the aquaculture pond, especially a solar scaffolding that integrates the solar power generation and the anti-S vine structure of the culture pond. Protective device. [Prior Art] It is well known that it is very common for aquaculture operators to use fish gills or breeding ponds to raise water, such as fish, shrimp, and shellfish. Water in these fishing rods or ponds • In areas or in land space, especially in the airspace where the sun can reach these fish or ponds, it is generally mostly inter-spaced. And knowing that today, the promotion of solar power generation to promote energy-saving and carbon reduction targets, the land or construction cost necessary to build a solar power generation facility is also one of the economic factors to consider 'if the above-mentioned fishing rod or breeding pool can be used idle Airspace, to set up solar power facilities, will help to improve its economic efficiency, but currently it is rare for aquaculture operators to set up solar energy facilities around fishing rods or breeding ponds. Furthermore, the above-mentioned aquaculture farmers are farming fish, shrimp and shellfish. When water is produced, there is also a lack of effective hardware protection measures to reduce the damage caused by external and environmental factors. For example, cultured mites 'because shrimps are shelled for the purpose of growth, repair damage and reproduction and mating' and because shrimps are most vulnerable when shelling', so in order to avoid mutual attack by shrimps and shrimps Food, some of the shrimps are off the shore shoal. In general, the juvenile shrimp period grows very quickly in a good environment and with ample food. It shells almost every week. The shelled shrimp has a soft body due to the hardening of the shell. In addition to being easily crippled, it is often subjected to migratory birds, egrets, and nights. The part of the net is sunk into the pool or sinks into the pool. The bottom of the scaffolding is provided with a line of control pulleys connected to the inner protective net to control the inner protective net. In another specific implementation, the inner protective net may be replaced by an inner side of the scaffold which is relatively erected, and is vacantly placed in the air above the pool water of the culture pond. In this way, a plurality of weights can be dispensed from the bottom of the inner protective net. The solar panel can provide power required for a farming device such as a pumping motor or a water truck or a heating device. The shading plate can be moderately shielded to prevent the water temperature from rising in summer. The inner and outer protective nets can protect the shrimps from being attacked by birds and thieves, and reduce the losses of the farmers; wherein the outer protective net can be attached with a curtain to block the strong wind and avoid the sudden drop of water temperature in winter. . The wire-controlled pulley block can display and control the inner protective net to facilitate fishing operations. Thus, by the combination of the solar panel, the inner protective net, the outer protective net, the wire controlled pulley block and the scaffold, the scaffold has the protection function of the solar power generation facility and the culture pond, thereby adjusting the water quality and reducing the water consumption. And achieve energy saving and carbon reduction, and make full use of land resources. However, in order to clearly and fully disclose the present invention, and to illustrate the preferred embodiment, the detailed description will be described as follows: [Embodiment] The present invention provides a solar scaffolding protection device for a breeding pond, which is suitable for one The thinning pool 1 is located in a sufficient sunshine area for cultivating the water producing material 11, and the water producing material 11 may be fish, shrimp, shellfish and the like. In the case that the water-producing material 11 is a shrimp, a scaffolding 2 can be placed on the bank of the shrimp breeding pond 1 to shield the pool side of the breeding pond 1 (as shown in FIG. 1), so that the shrimp M436334 Curtains (such as canvas or crepe) to block the northeast monsoon. Furthermore, the inner:: the bottom of the net 4 can be provided with a plurality of weights 5, so that the protective net 4 is smashed into the pool water (as shown in Fig. 2). The weight $ is a sinking block, and the stone has an object of considerable weight. The δHai scaffolding 2 can be provided with a - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Shrimp group and catching operation shown in Figure 5). ^The solar panel 3 can provide a pumping motor, a water truck, etc., and prepare or add /jnLji and the required electric power; the inner protective net 4 and the outer sigh can be used to protect water products such as shrimps. Protected from the infestation of birds and thieves, the loss of the farmers is reduced; the wire-controlled pulley block 6 can be controlled to control the inner protective net 4' viewing list operation; thus, # by the solar panel 3, the inner protective net 4, The combination of the outer protective net 4〇, the wire-controlled pulley block 6 and the scaffolding 2 enables the scaffolding 2 to have the protection function of the solar power generation facility and the breeding pond, thereby achieving the effects of energy conservation and carbon reduction and full utilization of land resources. The top surface of the scaffolding 2 may also be laid out by the shading plate 7, and the solar panel 3 is placed above the shading plate 7 (as shown in FIG. 6). Similarly, above the shading plate 7. The solar panel 3 may also be formed into a sloped shape to face an ideal light receiving angle θ to enhance the efficiency of the solar panel 3 to receive solar heat radiation energy (as shown in FIG. 7). The scaffolding provided with the shading plate 7 2 can also be provided with the line control pulley set 6, linking the The inner protective net 4 controls the inner protective net 4 to facilitate the fishing operation (as shown in Fig. 7). Further, in another specific implementation, the inner protective net 4 is set at position 7 M436334, Alternatively, it may be disposed between an inner side of the scaffolding 2 (as shown in FIG. 8), and the space above the pool water of the breeding pool 1 may be emptied. Thus, the inner protective net may be omitted. 4 The weight 5 is placed at the bottom, and the bird can be prevented from flying in and staying on the water surface of the breeding pool 1 to protect the water products such as shrimp from the birds and thieves. In summary, the P East is only for the creation. The preferred embodiments are not intended to limit the present invention; any equivalent modifications or permutations that are not to be construed in the spirit of the present invention should be included in the scope of the appended claims. 1 is a schematic view of a first embodiment of the present invention; FIG. 2 is a perspective view of FIG. 1; FIG. 3 is a plan view of FIG. 1; FIG. 4 is a side view of FIG. Schematic diagram of the second embodiment of the present invention Fig. 7 is a schematic view showing the addition of the control pulley block for Fig. 6. Fig. 8 is a schematic view showing the third embodiment of the creation. [Main component symbol description] 1 Aquaculture tank 11 Water production 12 Bird 2 Scaffolding 3 Solar panel 4 Inside Protective net 8 M436334 40 Outer protective net 5 Heavy object 6 Wired pulley block 60 Lead 7 Shading board