201127278 六、發明說明： 【發明所屬之技術領域】 本發明為一種環境控制設備，特別县 控制系統。 9種水產養殖環境 【先前技術】 -般的傳統水產祕業，對於水產（例 的養殖方式，通常係於-養航巾培養魚類等） 後’再將水產養殖於養殖池中。 的澡頒、生物 另外，再以養殖蝦類為例，瑕苗從放 成瑕大約需要3個月，這段期間習慣通_1=捕:之 Γ、殖:殖業者都必須以人工定時對養心^ 種人純放飼料的過程不僅相當辛苦，也耗費許多的工 再者，為避免養殖池的池水溶氧量過低， =甚Γ亡’所以，也需要以人力定時前往養:池： 養殖池打錢的功，也❹t辛縣耗費^工域 '並且’由於養殖池的池水溫度會受到天候影響而改變水 脈:魚蝦又谷易因為低溫寒害而產生暴繁死亡的問題，所 :’養殖業者對於養舰水的水溫控_題也—直是相當困 擾，並且也持續尋求監控水溫的方法。 β因此’，對於從事水產養殖的業者而言，養殖池的環境控制 疋一員相田重要的工作’尤其是當養殖池的設置數量到達一定 的”二濟規彳脚’如何顧有限的人力資源來妥善的控制養殖池 201127278 的夂/里/奋氧里、並迠定時定量投放^ 獲好壞的關鍵。 ）了寸又疋决疋水產養殖收 =於此，本發明人乃累積多年相關 =發明出一種「水產養殖遠端控制系統 的人力、工時便可控制養殖池的 〜:耗，過夕 f營造出適合魚、瑕生存的理想環二達:二 置且降低養殖成本的目的，進而提高在市場上之。 【發明内容】 本發明之目的係在提供一種「水產養 侧時自動控制複數池養殖池的各種環控設有 的功能，進以減少習知水產養殖方式需要耗費過多人 時具有提高水產養殖魚、瑕品質的功效。 包括1^:、，本發明「水產#殖遠端控制系統」，係 二控:、以及至少—與監控器電氣連接的遠端控制器， =:中輸侧爾輪㈣—組養殖池環控 可直====== 殖池環控設備，並 、 °σ專輸操作訊就，运化控制器接收操作邙缺 並對養殖池環控賴輸出姆應的控舰號 制^ :使―用者直接控編組養細控設備進行相關 母組養殖池每控設備可健制訊號雛 魏度並财飼料，當投放侧量、水温或魏時間 值日年，便自動停止運作以節省飼料及能源的消耗。 1由Γ本發明可叫時自動控制複數養殖池的養殖池環控 权備’所以可減少能源及人力的需求，並提升水產魚瑕的產量 201127278 及品質，以達到降低水產養殖成本的目的。 以下再針對本發明各元件之詳細實施方式作進一步的說 明，其t :201127278 VI. Description of the Invention: [Technical Field to Be Invented] The present invention is an environmental control device, particularly a county control system. 9 kinds of aquaculture environments [Prior Art] - The traditional aquatic products secret industry, after aquaculture (usually in the culture method, which is based on the cultivation of fish, etc.), then aquaculture is carried out in the culture pond. In addition to the culture of shrimps, the seedlings take about 3 months from the cultivation of shrimps. During this period, it is customary to use _1 = catch: the colonies: the colonists must manually Yang Xin ^ The process of planting pure feed is not only very hard, but also cost a lot of work. In order to avoid the low dissolved oxygen in the pond of the breeding pond, it is very difficult to die. Therefore, it is necessary to manually raise the pool: : The work of playing pools to make money, but also the cost of the work area in the town of Tsin County and the change of the water veins due to the weather temperature of the ponds: the fish and shrimps and the valleys are prone to violent death due to low temperature and cold damage. : 'The aquaculture industry's water temperature control for raising water is also very troublesome, and it also continues to seek ways to monitor water temperature. β Therefore, for the aquaculture industry, the environmental control of the culture pond is an important part of the work of the field, especially when the number of breeding ponds reaches a certain level. Properly control the breeding pool 201127278 夂 / Li / 奋 里 、, and 迠 定量 定量 定量 定量 定量 定量 迠 迠 。 。 。 。 。 。 。 。 。 。 ) ) ) ) ) ) ) ) ) ) 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 A kind of "aquaculture remote control system manpower, working hours can control the breeding pool ~: consumption, the night eve f to create an ideal ring for the survival of fish, cockroaches: two sets and reduce the cost of breeding, and then [Invention] The object of the present invention is to provide a function of various environmental control of automatically controlling a plurality of pool culture ponds when the aquaculture side is raised, and it is necessary to reduce the amount of conventional aquaculture methods. It has the effect of improving the quality of aquaculture fish and alfalfa. Including 1^:, the "Aquatic Production Remote Control System" of the present invention is a second control: and at least - electrical connection with the monitor Connected remote controller, =: medium-transport side wheel (four) - group culture pool can be controlled directly ====== Colony environmental control equipment, and °σ special operation operation, the transport controller receives The operation is lacking and the control tank number of the breeding pool is controlled by the control system. ^: The user can directly control the group to control the fine control equipment to carry out the relevant parent group breeding pool. Each control device can be used to control the signal. When the side amount, water temperature or Wei time value is released, it will automatically stop running to save feed and energy consumption. 1 Because the invention can automatically control the breeding pools of multiple breeding ponds when it can be called, it can reduce the energy and manpower requirements, and improve the production of aquatic fish carp 201127278 and quality, in order to reduce the cost of aquaculture. Further details of the various embodiments of the present invention are further described below, t:
/述【控奸辦，係包括-與翻控顧相互電氣連接 雜=不組細及—操作組件，其中，顯示組件可供使用者遠距 4前猶雜f彳H及赫池縣賴㈣轉魏（如來數 =谷、飼料量、運轉時間、水溫等訊息），以降低巡視養殖池 ’人力^及工時；該顯示組件實施時，可以是㈣顯示器、 CD監視n等可用以顯示數據料的顯示器、監視器。 則述監控器的操作組件亦與遠端控制器相互電氣連接，當 =用者監看顯示組件時，亦可同_由猶組件向遠端控制^ 二入無作峨’以進行參數之設定、自動運轉模式之啟動/解 =手動㈣之啟動/停止以及特殊齡的執行，使得使用者 ^端監看養殖池時’也可同步控制養殖池環控設備 減少人力及工時需求的目的。 ㈣實施時，可以同時監控六十四台前述遠端 亀’而母一台运端控制器實施時，可 =====制四池養殖池的養殖環境；故該 同寺自動现控—百五十六組養殖池環控設備，以控制二百五 :六池養^_水溫，並對池水打氣增氧，而且對養殖池内的 …、蝦疋時疋讀放飼料；可以大幅減少管理多池養殖 ;Γ=Γ並可確保養殖池的環境變化維持在固‘ 間，進而k升魚'蝦的品質及產量。 該遠端控制器實施時係包括—顯示操作模組、 i 別與控制模組、顯示操作模組電氣連接的i源模 201127278 員不操作模組與控纏 以及顯示树，射，使时可；；H鲍括有操作元件 控制模組輸入相關的操作訊號；再操作元件，對前述 模組=的顯示訊號，依顯示訊號顯;^:可接收控制 月|J返控制模組實施時，係 =轉貝Λ 入單元、—中央處理私、以及單元、一類比輸 該數位輸人單^輪出單元，其中·· 號，並將該數位訊號輸人至;控設備的各種數位訊 時，是養殖崎設倩打氣增號實施 投放甸料定位、缺料、緊急停止==== 或者是 池水溫^ 崎航的财财，並將該 兑又的類比如虎，輸入至前述中央處理單元。 :£^===: r:=:: 位訊ίί及早Ί以接收前述數位輸人單元的數 比^舰主快]入車凡的類比訊號’並將該數位訊號以及類 換為控制養殖池環控設備的控制訊號，輪出至養殖池 电。。翰出早兀進仃養殖池相關的環境控制。 ，述繼電器輸出單元可以接受中央處理單元的控制訊 號，進而控制養殖池環控設備的作動，例如：控制養殖池環控 设備進行薇料、控制養殖池環控設備打氣增氧 控設備對水加熱，轉健池柏溫度。 201127278 …别述電賴組可連接電輯，軌提供前财制模組 不操作模組運作所需的電源。 另外，前述養殖池環控設備實施時，可以包括一 =量的自動歸機、一微細泡產生器、以及一自動加熱器? T · 料機包括有-與遠端控㈣之控制模組的繼電 益輸出早兀相互電氣連接的電磁閥及 以控制自動㈣機的作動與否。 ⑽以控制益可 别，微細/缝生s包括有__與控制模組之數位輸入單元 的電源導通開關，使得遠端控制器可以控制微細 浥屋生态的作動與否。 互電包括有一與控制模組之類比輸入單元相 熱器的作咖 輪物峨侧自動加 ί述監控器與遠端控制器、遠端控制器與養殖池環 ϋ牛•二接時’可以設置相互_連接的連接元件，該連 池環控設備的所有運髓訊（如參數内容、飼料量、utr 水溫等資訊）傳铜監控驗烟者參考。運柄間、 精技術，本發明「水產養殖遠端控制系統」可以 精間的人力’ _監看控制多達二百五十六池養殖池 氧，而且對養殖池内的魚、瑕定時定量投二 抖’可以大巾_少管理多池養殖池所f的人力以及 ^ ^保養殖池崎境變化轉在固定區間，進的 質及產量。 <斤”、、取的〇α 201127278/ Speaking of the "smuggling office, the system includes - and the control of the electrical connection between the control and the miscellaneous = non-group and operation components, wherein the display components are available for users to distance 4 before the miscellaneous f彳H and Hechi County Lai (four) Turn Wei (such as number = valley, feed volume, running time, water temperature and other information) to reduce the inspection of the breeding pool 'manpower ^ and working hours; when the display component is implemented, it can be (four) display, CD monitoring n, etc. can be used to display Display and monitor of data materials. The operating component of the monitor is also electrically connected to the remote controller. When the user monitors the display component, the parameter can also be set with the remote control of the device. The start/dissolution of the automatic operation mode = the start/stop of the manual (4) and the execution of the special age, so that the user can simultaneously control the control of the culture pool to reduce the manpower and working time requirements. (4) At the time of implementation, it is possible to simultaneously monitor 64 sets of the aforementioned remote 亀' and when the mother-end one-end controller is implemented, it can ===== the breeding environment of the four-pool breeding pond; One hundred and fifty-six groups of culture pool environmental control equipment to control two hundred and five: six pools to raise water temperature, and increase the oxygen in the pool water, and read the feed in the breeding pond... when the shrimps are simmered; Pool culture; Γ = Γ and can ensure that the environmental changes in the pond are maintained between the solid, and then the quality and yield of the fish. The remote controller is implemented as follows: the display operation module, the i source and the control module, and the display operation module are electrically connected to the i source module 201127278. The member does not operate the module and the control package and the display tree, and the time is ;;H Bao includes the operation signal control module to input the relevant operation signal; the operation component, the display signal of the above module = according to the display signal; ^: Receive control month | J back control module implementation, Department = transfer to the unit into the unit, - central processing private, and unit, a type of input to the digital input unit ^ wheel out unit, where · · number, and the digital signal is input to; control device various digital time It is the cultivation of the Qiaqi Qianqi gas increase number to implement the positioning of the material, the shortage of materials, the emergency stop ==== or the pool water temperature ^ Qihang's wealth, and the class of the exchange, such as the tiger, is input to the aforementioned central processing. unit. :£^===: r:=:: Bit ίί & early to receive the number of the above-mentioned digital input unit faster than the ship owner] the analog signal of the incoming vehicle 'and the digital signal and class for control farming The control signal of the pool environmental control equipment is taken out to the breeding pool. . Han came out early into the environmental control related to the aquaculture pond. The relay output unit can accept the control signal of the central processing unit to control the operation of the culture tank environmental control equipment, for example: control the culture tank environmental control equipment to carry out the material, control the culture tank environmental control equipment, the air and oxygen control equipment to the water Heat, turn to the temperature of the pool. 201127278 ...discussed that the electric Lai group can be connected to the electric series, and the rail provides the front financial module without operating the power supply required for the operation of the module. In addition, when the above-mentioned culture tank environmental control device is implemented, it may include a quantity of automatic return, a microbubble generator, and an automatic heater. The T-material machine includes a control module with and - remote control (four) After the power output is output, the solenoid valves are electrically connected to each other and control the operation of the automatic (four) machine. (10) In terms of control benefits, the micro/seam s includes a power-on switch with __ and the digital input unit of the control module, so that the remote controller can control the operation of the micro-small ecology. The mutual power includes an analog input unit of the control unit, the input side of the heat exchanger, and the remote controller, the remote controller, and the breeding pool ring yak. Set the connection elements of the mutual_connection, all the information of the connection control equipment (such as parameter content, feed volume, utr water temperature and other information) to pass the copper monitoring smoke detector reference. With the handle and fine technology, the "Aquaculture Remote Control System" of the present invention can control the oxygen of the pool of up to 256 pools by the manpower of the Jing's _ monitor, and regularly count the fish and cockroaches in the culture pond. The second shake 'can be a big towel _ less management of the multi-pool breeding pool f manpower and ^ ^ maintenance culture pool change in the fixed interval, the quality and yield. <Jian,, take 〇α 201127278
f實施方式J 以下依據本㈣之麟手段，釋出柄本發狀實施方 式’並配合圖式說明如後： 本發明為—種「水產養殖遠端控制系統」， ？rT控裔10、以及至少一與監控器10電氣連接的遠端 控=2〇，並且’每一遠端控制器20皆可電氣連接控制至少 一組養殖池環控設備30，其中： 監^器U)透過遠端控制器20可監看複數組養殖池環控設 ==直麟遠端控制器20傳輸操作訊號，遠端控制器 赛iJll對養殖鱗控設備3G輪出相對應的控制訊 織做时紐㈣魏轉舰環控設備 f卢,丁二，再者’母崎殖池環控設備3G可依控制訊 3的水溫、溶氧度並投放铜料，當投放飼料量、 能源的=㈣達奴值時’便自動停止運作以節省飼料及 設備由3rt购可明時自動控制複數姐池的養殖池環控 里及口口貝，以達到降低水產養殖成本的目的。 明，=再觸本發明各元件之詳細 實施方式作進一步的說 與遠^:器^圖t! 前述監控器10實施時，係包括一 12，其中，翻_目互電虱連接的顯示組件11以及一操作組件 器2〇及養殖U可供使用者遠距離監看前述遠端控制 運轉時間、水 備3G的運轉資訊(如參數内容、靖量、 該顯示組^Γίϋ)，崎低巡鱗祕的人相及工時； 貫也寺，可以是led顯示器、LCD監視器等 201127278 了用以顯示數據料的顯示器、監視器。 尸前述監控器ίο白勺操作組件12，亦與遠端控制器2〇相互電 =接，^使用者監看顯示組件n時，亦可同時藉由操作組 向遠端控制器20輸入操作訊號，以進行參數之設定、自 ，轉模式之啟動趣、手動運轉之啟動，停止以及又特殊指 _勺執行使仔使用者在达端監看養殖池時， 殖池環控賴3G，_減奴力仙控制養 士如第一、第三圖所示’再者，該監控器1〇實施時，可以 控’、十四口則述遠端控制器2〇 ’而每一台遠端控制器 、、知時，可以電氣連接四組養殖池環控設備％以同時控制 四池養殖池的養殖環境；故該監控器1〇可以同時自動監控二 ^五十六組養舰環控設備3〇，以控制二百五十六池養殖池 皿’並對池水打氣增氧，而且對養殖軸的魚、瑕定時定 =投放飼料；可以大幅減少管理多池養殖池所需的人力以及工 ，，並可確保養殖池的環境變絲持在固定㈣，進而 魚、蝦的品質及產量。 該遠端控制器20實施時係包括一顯示操作模組2卜一控 、查姑:、22以及力別與控制模組22、顯示操作模組u電 連接的電源模組23，其中： ^第-、第_所示，該顯示操作模組21與控制模組Μ 電氣連接’係包括有操作元件211以及顯示元件212，盆中， =者可崎祕作㈣元件211，對前触麵組Μ輸入 操作訊號；再者’該顯示元件212可接收控制模組2 所輸出的顯示訊號’依顯示訊號顯示運轉資$。 前述控制模組22實施時，係包括一數位輸入單元別、 一類比輸入單元222、-中央處理單元223、以及一繼電器輸 201127278 出單元224，其中： 该數位輸入單元221可以感測養殖池環控設備3〇的各種 數位訊號’並將該數位訊號輸入至中央處理單元您，該 訊，實辦，可叹養殖輯控設備3G打氣魏的設備數位 虎或妓投放觸雜、補、技敍触備數位訊號 =類比輸入單元222 ’可以感測養殖池的池水溫度，並 將^水溫度的類比訊號’輸入至前述中央處理單元223。 則述令央處理單元223，可以接收使用者從操作元 碱，並賴操___養_控設 控制峨，輸出至養舰_續心電器輪出 上，以令養殖池環控設備3〇以及繼電哭輸出單 進行養殖池相關的環境控制。 电。。輸出早兀224 瓜接收前述數位輸入單元 m位訊唬以及類比輸入單元22 位訊號以及類比訊號轉換為控制養殖池環控數f Embodiment J Hereinafter, according to the method of (4), the method of releasing the handle hair style is described and the following description is made with the following description: The present invention is a "aquaculture remote control system", ? rT control 10, and at least one remote control electrically connected to the monitor 10 = 2 〇, and 'each remote controller 20 can be electrically connected to control at least one group of culture tank environmental control devices 30, wherein: U) through the remote controller 20 can monitor the complex array culture pool ring control == straight Lin remote controller 20 transmission operation signal, remote controller race iJll control the breeding scale control equipment 3G corresponding control News Weaving Time New (four) Wei rot ship environmental control equipment f Lu, Ding two, and then 'Mothersquare Colony Environmental Control Equipment 3G can control the water temperature, dissolved oxygen and copper content of the control 3, when the amount of feed , energy = (four) when the value of the slaves will automatically stop operating to save feed and equipment from the 3rt purchase can automatically control the multi-sister pool of the breeding pool in the environmental control and mouth to achieve the purpose of reducing the cost of aquaculture. The detailed implementation of the components of the present invention is further described with respect to the remote device: when the monitor 10 is implemented, the system includes a 12, wherein the display component is connected 11 and an operating component 2 and a culture U can be used by the user to remotely monitor the aforementioned remote control operation time and operation information of the water supply 3G (such as parameter content, amount, display group ^Γίϋ), The secrets of the people and working hours; Guan Ye Temple, can be led display, LCD monitor, etc. 201127278 display to display data, monitors. The operation component 12 of the cadreic monitor ίο is also electrically connected to the remote controller 2, and when the user monitors the display component n, the operation signal can also be input to the remote controller 20 by the operation group. In order to set the parameters, the start of the self-transfer mode, the start of the manual operation, the stop, and the special reference _ spoon execution, the user will monitor the breeding pool when the terminal is in the end, the colony is controlled by 3G, _ minus The slaves control the nurses as shown in the first and third figures. 'Further, when the monitor is implemented, it can be controlled, and the fourteen ports describe the remote controller 2〇' and each remote control The equipment and the time can be electrically connected to the four groups of culture tank environmental control equipment to simultaneously control the breeding environment of the four-pool culture pond; therefore, the monitor can automatically monitor the two-fifth group of ship maintenance equipments at the same time. 〇, to control the 256 pools of cultured crockery' and pump the aeration and aeration of the water, and the fish and clams of the culture shaft are fixed = feed; the manpower and work required to manage the multi-pool culture pond can be greatly reduced. And can ensure that the environment of the culture pond is fixed in the fixed (four), into Fish, shrimp quality and yield. The remote controller 20 includes a display operation module 2, a control module, a 22, and a power module 23 electrically connected to the control module 22 and the display operation module u, wherein: In the first and the _th, the display operation module 21 and the control module 电气 are electrically connected to each other, including the operating element 211 and the display element 212. In the basin, the person can be accustomed to the (four) element 211, and the front contact surface The group input operation signal; in addition, the display element 212 can receive the display signal output by the control module 2 to display the operation cost according to the display signal. When the control module 22 is implemented, it includes a digital input unit, an analog input unit 222, a central processing unit 223, and a relay input 201127278 out unit 224, wherein: the digital input unit 221 can sense the culture pool ring Control the device 3 〇 various digital signals 'and input the digital signal to the central processing unit, the news, the actual, sigh breeding control equipment 3G pumping Wei's equipment digital tiger or 妓 placement touch, supplement, technology The touch digit signal=analog input unit 222' can sense the pool water temperature of the culture tank and input the analog signal of the water temperature to the aforementioned central processing unit 223. Then, the central processing unit 223 can receive the user from the operation of the base, and the control ___养_ control 峨, output to the maintenance ship _ Continuation of the electrical wheel, so that the breeding pool environmental control equipment 3 〇 and the relay crying output sheet for environmental control related to the culture pond. Electricity. . The output is as early as 224, the melon receives the aforementioned digital input unit, the m-bit signal and the analog input unit 22 bit signal and the analog signal are converted into the control culture pool
號，輸出至養殖池環控設備3〇以及繼電器輪出單卞K 30 2.22 5 相關的環境控制。 70 224進仃養殖池 前述繼電器輸出單元224可以接受 制訊號，進而控制養殖池環控設備30的作控 3〇 , ft 殖池環控節㈣水加熱 、=曰 月'J迷電源模組23可連接雷伽a 艰的/皿度。 22與顯示操作模組21運作所需的電源。以提供前述控制模組 如第一、第五圖所示，另外，前述養殖池環控設備30實 201127278 可以包括—控制飼料投放量的自動傲料機3卜一微细 泡產生器32、以及一自動加熱器33， *田 該自_料機31包括有與遠端控制器 _電;!輸出單相互電氣連接的電磁閥及馬達 端控制$ 20可以控制自驗料機31的作動與否。 3生器32包括有—與控制模組U之數位輸入 可以㈣連接㈣源導通關，麟遠端控制器2〇 了以控制微細泡產生II 32的作動與否。 元熱器33包括有一與控制模組22之類比輸入單 •ifs㈣接賴賴，使得遠端蝴112G可以残庫 並控制自動加熱器33的作動與否。 饮應 此外，所述監控器1〇與遠端控制器2〇 與養殖池環控設備30帝名、击社± 响徑制益20 連接元件:二 接時，可以設置相互電氣連接的No., output to the culture tank environmental control equipment 3〇 and the relay wheel output single 卞 K 30 2.22 5 related environmental control. The above-mentioned relay output unit 224 of the 70 224 inlet culture tank can receive the signal, and then control the control of the culture tank environmental control device 30, the ft colony control section (4) water heating, = 曰月'J fan power module 23 It can be connected to Reggae. 22 and display the power required to operate the operation module 21. In order to provide the foregoing control module as shown in the first and fifth figures, in addition, the aforementioned culture tank environmental control device 30 201127278 may include an automatic weighing machine 3 for controlling the amount of feed, a microbubble generator 32, and a The automatic heater 33, the fielding machine 31 includes a solenoid valve and a motor end control $20 electrically connected to the remote controller _ electric output unit to control the operation of the self-inspecting machine 31. The raw device 32 includes a digital input with the control module U. (4) The source is turned on, and the remote controller 2 is controlled to control the operation of the microbubble to generate the II 32. The heat exchanger 33 includes an analog input module with the control module 22, and the remote butterfly 112G can be used to control the operation of the automatic heater 33. In addition, the monitor 1〇 and the remote controller 2〇 and the culture pond environmental control device 30, the name of the hitting machine ± the diameter of the loop 20 to connect the components: two connections, can be set to each other electrically connected
連接ft 鍵接元件4〇實施時可以是队485通訊埠， 以將遂端㈣U〇及養殖轉控3G 參數内容、飼料量、運轉時間、水溫等，訊有傳運二： 10供使用者參考。 得迗幻瓜控斋 上述各名稱係為方便描述本發明 _制本__如，舉凡依_=^= 的等效讀轉換 '替代，均應涵蓋在本案之贿範圍内。 201127278 【圖式簡單說明】 第一圖係本發明之方塊示意圖用以說明本發明之結構。 第二圖係監控器之結構示意圖。 第三圖係本發明其中一實施例之示意圖用以說明一監控器同 時監控複數養殖池環控設備之示意圖。 第四圖係顯示操作模組之結構示意圖。 第五圖係養殖池環控設備之結構不意圖。When connecting the ft key component 4〇, it can be a team 485 communication port, to transfer the rear end (4) U〇 and the culture to control the 3G parameter content, feed amount, running time, water temperature, etc., there are two transmissions: 10 for users reference. The following names are used to facilitate the description of the present invention. _ _ _ _ _ _ _ _ = ^ = equivalent reading conversion 'alternatives, should be covered in the scope of the bribery. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a block diagram of the present invention for explaining the structure of the present invention. The second figure is a schematic diagram of the structure of the monitor. The third figure is a schematic diagram of one embodiment of the present invention for explaining a schematic diagram of a monitor simultaneously monitoring a plurality of culture tank environmental control devices. The fourth figure shows the structure of the operation module. The fifth picture is not intended to be the structure of the culture tank environmental control equipment.
【主要元件符號說明】 ίο監控器 12操作組件 21顯示操作模組 212顯示元件 221數位輸入單元 223中央處理單元 23電源权組 31自動餵料機 33自動加熱器 11顯示組件 20遠端控制器 211操作元件 22控制模組 222類比輸入單元 224繼電器輸出單元 30養殖池環控設備 32微細泡產生器 40連接元件[Main component symbol description] ίο monitor 12 operation component 21 display operation module 212 display component 221 digital input unit 223 central processing unit 23 power supply group 31 automatic feeder 33 automatic heater 11 display component 20 remote controller 211 Operating element 22 control module 222 analog input unit 224 relay output unit 30 culture pool environmental control device 32 microbubble generator 40 connection element