九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種循環成長裝置，尤指一種可 善加利用土地之使用功能的裝置設備，藉以將養殖用 池對應設置可種植植物之植栽循環組，讓一物多用達 到善加運用資源為首先發明者。 【先前技術】 按，土地的運用不外是建築蓋房屋，就是養殖、 耕種的用途，而一般的植物栽培方法有土栽培法及水 耕栽培，而土栽培法即將植物種子或幼苗栽植於土壤 中，而由土壤提供植物生長必需之營養素。換言之， 植物與土壤間之關係架構於養分之供給與固持作用 上。而所謂水耕栽培即不再使用土壤作為栽培介質， 而將植物體所需之各種營養成分直接調配於水中〔植 物生長所必需之營養素計有氮、填、钟、碳、氫、氧、 #5、鎮、硫、鐵、鋅、侧、銅、氯、翻、猛等多種〕， 並利用各種人工介質，將植物體固持於水面，而使之 直接吸收水中之營養成分的栽培法；而土地無論是以 土或水來栽培，其僅能作為單一的栽培種植用途。 而針對養殖方面有漁業與家禽養殖，而台灣地區 有許多從事家禽雞、鴨、鵝養殖生產，而家禽的排泄 物過多而無作適當的處理會造成水污染。而另一漁業 主要是池塘養魚、魚塭養殖，長期的生產技術經驗積 累形成了一套經濟合理的生態養殖法。當資源、環境 和市場需求等方面的壓力對傳統養殖漁業提出了挑 戰，對於土地資源運用、節水、環保、高值水產品養 殖等要求越來越迫切；依照養殖漁業與家禽養殖所衍 生之肥沃的水質，除可使養殖收成更佳之外，並無其 他的運用，以致浪費水中所存具之養分資源〔如氧、 磷、鎂、氮等等〕’所以，在這土地資源開發過度的時 代中，更需將資源加以再利用，以促進推動環保的理 想。IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a circulation growth device, and more particularly to a device and device capable of making good use of the function of using the land, thereby setting a planting plant corresponding to the planting plant The cycle group, let a multi-purpose to achieve the best use of resources for the first inventor. [Prior Art] According to the land use, it is not only the building cover house, but also the cultivation and cultivation purposes. The general plant cultivation methods include soil cultivation method and hydroponic cultivation, while the soil cultivation method plantes plant seeds or seedlings in the soil. In the soil, the nutrients necessary for plant growth are provided by the soil. In other words, the relationship between plants and soil is based on the supply and retention of nutrients. The so-called hydroponic cultivation means that the soil is no longer used as a cultivation medium, and the various nutrients required for the plant body are directly formulated in water [the nutrients necessary for plant growth include nitrogen, filling, clock, carbon, hydrogen, oxygen, # 5, town, sulfur, iron, zinc, side, copper, chlorine, turn, fierce, etc., and use a variety of artificial media, the plant body is held on the water surface, so that it directly absorbs the nutrients in the water cultivation method; Whether the land is cultivated by soil or water, it can only be used for single cultivation. There are fisheries and poultry farming for aquaculture, while many in Taiwan are engaged in the production of poultry, chickens, ducks and geese, and excessive excretion of poultry without proper treatment can cause water pollution. The other fishery is mainly pond fish farming and surimi breeding. The long-term production technology experience has accumulated a set of economic and rational ecological farming methods. When the pressures of resources, environment and market demand pose challenges to traditional aquaculture fisheries, the requirements for land resource utilization, water conservation, environmental protection, and high-value aquatic product aquaculture are becoming more and more urgent; fertilization derived from aquaculture and poultry farming The water quality, in addition to making the farming harvest better, has no other application, so that it wastes the nutrient resources (such as oxygen, phosphorus, magnesium, nitrogen, etc.) stored in the water. Therefore, in the era of excessive development of land resources It is also necessary to reuse resources to promote the ideal of promoting environmental protection.
緣是，發明人有鑑於此，本著多年對土地開發的 運用領域中的見解，經不斷研究改進，創造了一種可 善加利用土地的循環成長裝置’藉以將土地多工性的 開發利用以解決現今土地資源難求的困境，是本發曰月 中的一大突破，也期可完全改善習用的缺失。 【發明内容】 本發明主要提供一種循環成長裝置，主要以原有 之土地資源具設有漁業、家禽養殖、種植之多工養殖 之效能的運用為目的。The reason is that the inventors have, in view of this, in the field of application of land development for many years, through continuous research and improvement, have created a recycling device that can make good use of land 'to exploit the development and utilization of land multiplex Solving the dilemma of today's land resources is hard to find, it is a major breakthrough in this month, and it can also completely improve the lack of custom. SUMMARY OF THE INVENTION The present invention mainly provides a cycle growth device, which mainly aims at the use of the original land resources with the efficiency of multi-culture farming of fishery, poultry breeding and planting.
友疋 •t ^ η ιχμ -73 I5PJ 一裡備樣成長裝置，其主 要係對應設置在養殖用池内，於池内兩側分別架1 旋轉36G度之植栽循環組，該植栽循環組中設二 分佈於池内之數旋赫體，於㈣目鄰之旋 ^ 距設有可雖水物之耕植承槽，承^ 旋轉組的轉動而與池中水面接觸者，藉由上= 了依 該循環成長裝置利用原有#_池内的二 分運用於植栽耕種，讓土地資源具有多 發明應用者。 双此马1'先疋 疋 t t t - - - - - - - - - - - - - - - - I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I Secondly, the number of circumflex bodies distributed in the pool is located at the distance of (4) the neighboring spurs. The shovel can be used for the cultivating of the water, and the rotation of the rotating group is in contact with the water surface of the pool. The cycle growth device utilizes the two-point pool in the original #_ pool for planting and cultivation, so that the land resources have multiple invention applications. Double this horse 1' first
6 ’：S 【實施方式】 為令本發明所運用之技術内容、發明目的及其達 成之功效有更完整且清楚的揭露，茲於下詳細說明 之’並請一併參閱所揭之圖式及圖號： 首先，請參閱第一圖所示，係本發明循環成長裝 置之立體外觀示意圖’該循環成長裝置其主要係對應 設置在養殖用池（1)内，於池内兩側分別架設可旋轉 360度之植栽循環組（2)，該植栽循環組（2)中設有橫 .跨分佈於養殖用池（1)内之數旋轉架體（21),於旋轉架 體（21)上等距設有組接端（22)，且令兩相鄰之旋轉架 體（21)上之組接端（22)對應設置可耕種栽培植物之耕 植承槽（23)，該耕植承槽（23)可依植栽循環組（2)的轉 動而與池中水面接觸者。 請一併參閱第二圖所示，係本發明循環成長裝置 之外觀示意圖，當組裝使用時，係於原有之養殖用池 (1)的基底（11)對應組裝循環成長裝置，該循環成長装 置之植栽循環組（2)設有旋轉架體（21)對應架設於養 殖用池（1)内基底（Π)，且於露出水面的一端處設有樞 接端（211)，而該樞接端（2Π)對應與一轉盤（212)樞 設，於轉盤（212)上等距設有數個組接端（22)，且令兩 相鄰之旋轉架體（21)上之組接端（22)對應設置可耕種 栽培植物之耕植承槽（23)，該耕植承槽（23)之兩側邊 或底面設有入水孔（231)，可依植栽循環組（2)的轉動 而令養殖水注入耕植承槽（23)中〔請一併參閱第三圖 所不〕。作動時，其係設有動力源（213)〔可為馬達〕 來驅動植栽循環組（2)中的轉盤（212)轉動，同時，設 有時序控制器（24)來控制動力源（213)轉動的時間順 序，即可依所耕植的植物種類、土壤、水耕、天氣或 水質等等因素，讓時序控制器（24)來控制動力源（213) 帶動轉盤（212)轉動輸送耕種植物浸潰時間，如；1〇 分鐘轉動一組的距離〔即為一組耕植承槽（23)浸潰於 養殖用池（1)的時間〕或每隔2〇分鐘旋轉一圈讓每一 組耕植承槽（23)都可浸潰於養殖用池（1)，其方式可依 所需或所種植的植物而定；當植栽循環組（2)之轉盤 (212)轉動，而使耕植承槽（23)可依序的浸入養殖用池 (1)，由耕植承槽（23)之入水孔（231)進水來培植耕種 植物，而因養殖用池（1)内具有水耕植物所需之各種營 養成分，如此，於單一土地上即可同時有養殖與耕種 的運用效果；續，請一併參閱第四圖所示，係本發明 循環成長裝置之耕植承槽收成示意圖，該耕植承槽（23) 之兩端係可分別設有可開啟之拉門（232)，當於耕植收 成時，其係可於養殖用池（1)之池邊處對應啟開拉門 (232)，由拉門（232)處將耕種植物抽拉出來達到收成 的目的；藉由上述可知，該循環成長裝置利用原有養 殖用池内的池水所具之養分運用於植栽耕種，讓土地 負源具有多工效能者。 请一併參閱第五圖所示，係本發明循環成長裝置 的使用示意圖，於一養殖用池（！）内可視其池水面積之 大小而對應組設數旋轉架體（21)，且令兩相鄰之旋轉 架體（21)上之組接端（22)對應設置可耕種栽培植物之 耕植承槽（23)，該耕植承槽（23)可依植栽循環組（2) 的轉動而與池中水面接觸者。 請一併參閱第六〜八圖所示，係本發明循環成長 裝置另一實施例示意圖，於植栽循環組（2)之轉盤（212) 的中心對應樞接旋轉架體（21)之樞接端（211)，而旋轉 架體（21)上設有可令轉盤（212)調整高低位置之調整 部（25)，調整部（25)受一動力源（251)〔可為馬達或壓 缸〕而驅動令轉盤（212)可上下位移調整高度，同時， 該動力源（251)亦可受時序控制器（24)來控制，以對應 水位來驅動動力源（251)調整，讓調整部（25)對應養殖 用池（1)之水量的高低而調整轉盤（212)之耕植承槽 (23)池中水面接觸的位置。 請一併參閱第九〜十圖所示，係本發明循環成長 裝置之收成、播種實施例立體及側視示意圖，係可於 一耕植承槽（23)上環設有拉帶循環組（3)或數耕植承 槽（23)上依序對應組裝拉帶循環組（3);而於收成耕種 植物時’可利用該拉帶循環組（3)設置在耕植承槽（23) 一端’於耕植承槽（23)與組接端（22)之樞接處的下方 設有以支桿（31)組設兩對應的滑輪（32)，於耕植承槽 (23)該端之拉門（232)套固一拉繩（33A)，同時拉繩 (33A)環繞滑輪（32)至耕植承槽（23)另一端頭，而耕植 承槽（23)另一端頭之耕植承槽（23)亦套固一拉繩 (33B)，如此，於將耕植承槽（23)拉回岸上收成時，係 僅需拉動拉繩（33B)而能將耕植承槽（23)拉回岸上，當 收成完畢再度播種時，再拉動拉繩（33A)，利用拉繩 (33A)與滑輪（32)的對應關係，而能將播種後的耕植承 槽（23)送回植栽循環組（2)中，繼續進行培養耕種者。 藉由上述可知，該循環成長裝置利用原有養殖用 池（1)内的池水所具之養分運用於水耕種植，讓土地資 源具有多工效能為首先發明應用者。 刚述之實施例或圖式並非限定本發明之方法樣態 或尺寸，任何所屬技術領域中具有通常知識者之適當 變化或修飾，皆應視為不脫離本發明之專利範疇。 根據上述可知，藉由本發明循環成長裝置相較於 現有技術確實具有諸多優點，其詳述如下： 1. 本發明循環成長裝置，利用於原有之養殖用池内組 設該循環成長裝置，讓土地資源同時可具有養殖、 種植等多工效能的運用，為一具有土地資源再利用 之環保功效者。 2. 本發明循環成長裝置，利用養殖用池内所具之諸多 養为〔如氮、鱗、鉀、破、氫、氧、妈、鎮、硫、 鐵'鋅、硼、銅、氯、鉬、錳等多種〕，讓養殖的肥 水可供應養分給循環成長裝置中的耕種植物，達到 二者平衡的效果。 3. 本發明循環成長裝置，於旋轉組上設有時序控制器 來帶動設定植物浸潰或轉盤旋轉時間，而其設定之 時間及方式可依所需或所種植的耕種植物而定，達 到讓耕種植物的栽培順利。 4. 本發明循環成長裴置，於旋轉組之轉盤的中心軸對 應樞接基架之樞接端處設有可令中心軸調整高低位 10 1321986 置之調整部，讓轉盤之中心軸於調整部處位移高 度，以對應養殖用池之水量的高低而調整轉盤之耕 植承槽池中水面接觸的位置，不會造成水位高低而 影響種植的成果。 5. 本發明循環成長裝置，藉由植栽循環組的轉動，使 耕植承槽中的植物在浸水與離水的運動下，產生生 長激素的特質，讓槽中的植物生長快速。 6. 本發明循環成長裝置，利用植栽循環組栽種植物， 使耕植承槽中的植物可吸取養殖水中養分及所需， 以相互對應互補的需求，達到可淨化養殖池内的土 質者。 7. 本發明循環成長裝置，於耕植承槽兩侧設有拉門及 拉帶循環組以便利於收成時，方便施工收成達到簡 易操作的新型設計。 综上所述，本發明實施例確能達到所預期之使用 功效，又其所揭露之具體構造，不僅未曾見諸於同類 產品中，亦未曾公開於申請前，誠已完全符合專利法 之規定與要求，爰依法提出發明專利之申請，懇請惠 予審查，並賜准專利，則實感德便。 11 1321986 【圖式簡單說明】 第一圖：本發明之立體外觀示意圖 第二圖：本發明之外觀示意圖 第三圖：本發明之耕植承槽示意圖 第四圖：本發明之耕植承槽收成示意圖 第五圖：本發明之使用示意圖 第六圖：本發明之另一實施例示意圖（一） 第七圖：本發明之另一實施例示意圖（二） 第八圖：本發明之另一實施例示意圖（三） 第九圖： 本發明之收成 第十圖： 本發明之收成 【主要元件符號說明】 <本發明> (1) 養殖用池 (2) 植栽循環組 (211) 樞接端 (213) 動力源 (23) 耕植承槽 (232) 拉門 (25) 調整部 (3) 拉帶循環組 (32) 滑輪 (33B) 拉繩 、播種實施例立體示意圖 、播種實施例侧視示意圖 (11) 基底 (21) 旋轉架體 (212) 轉盤 (22) 組接端 (231) 入水孔 (24) 時序控制器 (251) 動力源 (31) 支桿 (33A) 拉繩 126 ':S [Embodiment] For a more complete and clear disclosure of the technical content, the object of the invention and the effects thereof achieved by the present invention, it will be described in detail below, and please refer to the illustrated figure. And the figure number: First, please refer to the first figure, which is a schematic diagram of the three-dimensional appearance of the cycle growth device of the present invention. The cycle growth device is mainly disposed in the breeding pool (1), and is respectively erected on both sides of the pool. Rotating the 360-degree planting cycle group (2), the planting cycle group (2) is provided with a plurality of rotating frame bodies (21) distributed in the breeding pool (1) in the rotating frame body (21) The upper equidistant portion is provided with a set end (22), and the assembly end (22) on the two adjacent rotating frame bodies (21) is correspondingly provided with a cultivating planting trough (23) for cultivating cultivated plants, the ploughing The planting tank (23) can be in contact with the water surface of the pool according to the rotation of the planting cycle group (2). Please refer to the second figure, which is a schematic diagram of the appearance of the circulating growth device of the present invention. When assembled and used, the base (11) of the original breeding tank (1) is corresponding to the assembly cycle growth device, and the cycle grows. The planting circulation group (2) of the device is provided with a rotating frame body (21) correspondingly disposed on the base (Π) in the breeding pool (1), and a pivoting end (211) is provided at one end of the exposed water surface, and the The pivoting end (2Π) is correspondingly pivoted to a turntable (212), and the plurality of connecting ends (22) are equidistantly arranged on the turntable (212), and the two adjacent rotating frame bodies (21) are connected The end (22) is correspondingly provided with a cultivating planting trough (23) for cultivating cultivated plants, and the water collecting holes (231) are provided on both sides or the bottom surface of the cultivating bearing trough (23), which can be according to the planting circulation group (2) The rotation of the culture water is injected into the cultivation tank (23) (please refer to the third figure). When actuated, it is provided with a power source (213) (which can be a motor) to drive the turntable (212) in the planting cycle group (2) to rotate, and a timing controller (24) is provided to control the power source (213). The chronological sequence of rotation allows the timing controller (24) to control the power source (213) to drive the turntable (212) to rotate and cultivate according to the plant species, soil, hydroponic, weather or water quality. Plant dipping time, such as: 1 minute to rotate a group of distances (that is, a group of tillage tanks (23) immersed in the breeding pool (1) time) or rotate every 2 minutes to make each A group of cultivating tanks (23) can be immersed in the breeding pond (1) in a manner that depends on the plant to be planted or planted; when the turntable (212) of the planting cycle group (2) is rotated, The cultivating tank (23) can be immersed in the breeding pond (1) in sequence, and the irrigated plant is cultivated by the water inlet hole (231) of the cultivating tank (23), and the breeding pond (1) It has various nutrients needed for hydroponic plants, so that the effects of farming and farming can be simultaneously applied to a single land; Referring to the fourth figure, it is a schematic diagram of the cultivation of the cultivating groove of the circulating growth device of the present invention, and the two ends of the cultivating bearing groove (23) are respectively provided with an openable sliding door (232), which is used for cultivation. At the time of harvest, it is possible to open the sliding door (232) at the edge of the pool of the breeding pond (1), and pull the cultivated plant out of the sliding door (232) to achieve the purpose of harvesting; The circulating growth device utilizes the nutrients in the pool water in the original breeding pond for planting and cultivating, so that the land negative source has multiplex efficiency. Please refer to the fifth figure, which is a schematic diagram of the use of the circulating growth device of the present invention. In a breeding pond (!), the number of the water pool area can be set corresponding to the number of rotating frame bodies (21), and two The assembly end (22) on the adjacent rotating frame body (21) is correspondingly provided with a cultivating planting trough (23) for cultivating cultivated plants, and the cultivating bearing trough (23) can be according to the planting circulation group (2) Rotate to contact the water surface of the pool. Please refer to the sixth to eighth diagrams together, which is a schematic diagram of another embodiment of the cyclic growth device of the present invention. The center of the turntable (212) of the planting cycle group (2) corresponds to the pivot of the rotating frame body (21). The connecting end (211), and the rotating frame body (21) is provided with an adjusting portion (25) for adjusting the height position of the turntable (212), and the adjusting portion (25) is subjected to a power source (251) (may be a motor or a pressure The cylinder is driven to rotate the dial (212) up and down to adjust the height. At the same time, the power source (251) can also be controlled by the timing controller (24) to drive the power source (251) to adjust the water level corresponding to the water level. (25) Adjust the position of the water surface contact in the pond of the cultivation tank (23) of the turntable (212) corresponding to the amount of water in the culture tank (1). Please refer to the ninth to tenth drawings, which are schematic diagrams of the three-dimensional and side-viewing of the harvesting and seeding embodiments of the circulating growth device of the present invention, which can be arranged on the upper ring of a cultivating tank (23). ) or several rows of cultivating tanks (23) are sequentially arranged to assemble the belt loop group (3); and when harvesting crops, 'the belt loop group (3) can be set at one end of the cultivating tank (23) Below the pivotal joint between the cultivating tank (23) and the joint end (22), two corresponding pulleys (32) are arranged with the struts (31), and the end of the cultivating tank (23) The sliding door (232) is sleeved with a drawstring (33A), while the drawstring (33A) surrounds the pulley (32) to the other end of the tillage tank (23), while the other end of the tillage tank (23) The cultivating tank (23) also sets a drawstring (33B). Thus, when the cultivating tank (23) is pulled back to the shore, it is only necessary to pull the drawstring (33B) and the cultivating tank (23) Pull back to the shore, and when the harvest is completed again, pull the drawstring (33A) again, and use the corresponding relationship between the drawstring (33A) and the pulley (32) to be able to plant the groove after planting (23). Returned to the planting cycle group (2), Continue to train the farmers. As can be seen from the above, the cycle growth apparatus utilizes the nutrient of the pool water in the original culture tank (1) for hydroponic cultivation, and the land resource has multiplex efficiency as the first invention application. The exemplified embodiments or the drawings are not intended to limit the scope or the scope of the invention, and any suitable variations or modifications of the invention may be made without departing from the scope of the invention. According to the above, the cycle growth device of the present invention has many advantages compared with the prior art, and the details thereof are as follows: 1. The cycle growth device of the present invention is used in the original breeding pool to set up the circulation growth device to make the land Resources can also be used for breeding, planting and other multiplex efficiency, and it is an environmentally friendly person with land resource reuse. 2. The circulating growth device of the present invention utilizes many nutrients (such as nitrogen, scale, potassium, broken, hydrogen, oxygen, mother, town, sulfur, iron 'zinc, boron, copper, chlorine, molybdenum, Manganese and other kinds of], so that the fertilized water can supply nutrients to the cultivated plants in the circulating growth device to achieve the balance between the two. 3. The circulating growth device of the present invention has a timing controller on the rotating group to drive the setting of the plant dipping or the rotation time of the turntable, and the setting time and manner can be determined according to the required or planted plantings, The cultivation of cultivated plants is smooth. 4. The circulating growth device of the present invention is provided with an adjustment portion for adjusting the height of the central axis 101321986 at the pivot end of the central axis corresponding to the pivot base of the rotary table, so that the central axis of the turntable is adjusted The height of the displacement at the department is adjusted to the position of the water surface contact in the cultivating tank of the turntable in accordance with the amount of water in the breeding pond, and does not cause the water level to affect the planting result. 5. The circulatory growth device of the present invention, by rotating the planting cycle group, causes the plants in the cultivating planting tank to produce growth hormone characteristics under the action of water immersion and water detachment, so that the plants in the tank grow rapidly. 6. The circulating growth device of the present invention uses the planting cycle to plant the plant, so that the plants in the cultivating tank can absorb the nutrients and the needs of the aquaculture water, and meet the complementary needs of each other to reach the soil in the purifying culture pond. 7. The circulating growth device of the invention has a sliding door and a draw belt circulation group on both sides of the cultivating tank to facilitate the construction of the new design which is easy to operate. In summary, the embodiments of the present invention can achieve the expected use efficiency, and the specific structure disclosed therein has not been seen in similar products, nor has it been disclosed before the application, and has completely complied with the provisions of the Patent Law. And the request, the application for the invention of a patent in accordance with the law, please forgive the review, and grant the patent, it is really sensible. 11 1321986 [Simplified illustration of the drawings] First: a schematic view of the three-dimensional appearance of the present invention: a schematic view of the appearance of the present invention, a third drawing: a schematic diagram of the cultivating tank of the present invention, a fourth drawing: the cultivating tank of the present invention FIG. 5 is a schematic view showing the use of the present invention. FIG. 6 is a schematic view showing another embodiment of the present invention. FIG. 7 is a schematic view showing another embodiment of the present invention (II). FIG. 8 is another embodiment of the present invention. EMBODIMENT OF THE EXAMPLES (III) Ninth diagram: Tenth drawing of the present invention: Harvest of the present invention [Description of main component symbols] <Invention> (1) Aquaculture pond (2) Planting cycle group (211) Pivot end (213) Power source (23) Cultivating bearing groove (232) Sliding door (25) Adjustment part (3) Pulling belt circulation group (32) Pulley (33B) Pulling rope, seeding embodiment stereoscopic diagram, seeding implementation Example side view (11) Base (21) Rotating frame body (212) Turntable (22) Assembly end (231) Water inlet hole (24) Timing controller (251) Power source (31) Strut (33A) Pull rope 12