TWM559048U - Environment-friendly green-energy mushroom cultivation system - Google Patents
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Abstract
本創作係關於一種環保綠能養菇系統,包含有一培養空間;一蓄水單元用以收集一雨水而儲存;一蓄電單元,用以將一陽光轉換成電能儲存;一控制單元係感測該培養空間內之一溫度值及一濕度值;一風扇單元,該控制單元係自動控制該風扇單元啟動運轉或調整轉速,以調整該溫度值;一灑水單元,該控制單元係自動控制該灑水單元啟動或調整其灑水量,以調整該濕度值;一照明單元,該控制單元係控制該照明單元的啟動時間及照明時間。利用陽光及雨水,以作為電力及用水的來源,並自動控制溫度、濕度及照明,藉以符合環保綠能的要求。The present invention relates to an environmentally-friendly green energy mushroom system comprising a cultivation space; a water storage unit for collecting a rainwater for storage; an electricity storage unit for converting a sunlight into electrical energy storage; and a control unit sensing the a temperature value and a humidity value in the training space; a fan unit, the control unit automatically controls the fan unit to start running or adjust the speed to adjust the temperature value; and a sprinkler unit, the control unit automatically controls the sprinkling The water unit starts or adjusts the amount of water sprinkling to adjust the humidity value; a lighting unit that controls the starting time and lighting time of the lighting unit. Use sunlight and rain as a source of electricity and water, and automatically control temperature, humidity and lighting to meet the requirements of environmental green energy.
Description
本創作係有關於一種可以利用陽光及雨水作為電力及用水來源,以及可自動控制溫度、濕度及照明之養菇系統。This creation is about a mushroom system that uses sunlight and rain as a source of electricity and water, as well as automatic control of temperature, humidity and lighting.
目前一般所常見的菇類培養,其所需要注意的培養條件主要是:溫度、濕度、空氣、光照、營養以及適當的灌溉水量等。At present, the mushroom cultures that are generally common are mainly required to pay attention to the following conditions: temperature, humidity, air, light, nutrition, and appropriate amount of irrigation water.
因此有中華民國105年10月21日所公告之發明第I554204號「主動式二氧化碳濃度調控及風場均勻化之系統」專利案,其係揭露:於一房舍設置至少一入風口,入風口連接一空調裝置,空調裝置經由入風口將冷空氣送入房舍;以及於房舍設置至少一抽吸口,抽吸口係設置於房舍之二氧化碳沉積處,抽吸口連接一抽吸裝置,抽吸裝置經由抽吸口將二氧化碳沉積處之二氧化碳抽出房舍外;依二氧化碳濃度需求,將二氧化碳回收利用或排出。並且進一步於房舍內設置溫度感測器、濕度感測器,或其他所需之感測器,用以感測房舍內之不同環境條件。Therefore, there is a patent case No. I554204 “Active Carbon Dioxide Concentration Control and Wind Field Homogenization System” announced by the Republic of China on October 21, 105. It is disclosed that at least one air inlet and air inlet are provided in one house. Connecting an air conditioning device, the air conditioning device sends cold air into the house through the air inlet; and providing at least one suction port in the house, the suction port is disposed at the carbon dioxide deposition site of the house, and the suction port is connected to a suction device The suction device extracts the carbon dioxide at the carbon dioxide deposition out of the house via the suction port; the carbon dioxide is recycled or discharged according to the carbon dioxide concentration requirement. And further, a temperature sensor, a humidity sensor, or other required sensors are disposed in the house to sense different environmental conditions in the house.
該專利前案雖然能提供適合菇類的生長環境,但卻需要耗費大量的電力及用水,因此於使用上仍然不盡理想。Although the patent case can provide a growing environment suitable for mushrooms, it requires a lot of electricity and water, so it is still not ideal for use.
又有中華民國104年12月1日所公告之新型第M512888號「菇菌類之培育裝置」專利案,其係揭露:培育架、複數發光二極體模組以及控制器,該培育架可供置放複數菇菌培育單元,該培育架並具有複數成長區域,該些發光二極體模組設置於該培育架之各成長區域並朝下方照射,該發光二極體模組內具有複數不同波長之發光二極體晶片,而該控制器與該些發光二極體模組連接,可設定該發光二極體模組內各發光二極體晶片輸出之波長組合、輸出功率以及輸出時間,讓菇菌可在有效的特定波長下迅速生長,達到良好的安全質量且增加其營養成分之含量。In addition, there is a new patent No. M512888 "Lignera breeding device" patent announced by the Republic of China on December 1, 104, which discloses: a cultivation frame, a plurality of light-emitting diode modules, and a controller. a plurality of mushroom cultivation units are disposed, the plurality of growth regions are disposed, and the light-emitting diode modules are disposed in each growth region of the cultivation frame and irradiated downward, and the light-emitting diode module has a plurality of different a wavelength LED light emitting diode, and the controller is connected to the light emitting diode modules to set a wavelength combination, an output power, and an output time of each LED output of the LED module. Let mushrooms grow rapidly at specific wavelengths that are effective, achieving good safety and increasing the amount of nutrients.
該專利前案之培育裝置進一步設有濕度控制裝置,該濕度控制裝置具有濕度感應器、加濕器及除濕器,可控制該培育裝置之濕度於最佳成長條件。又該培育裝置進一步設有溫度控制裝置,該溫度控制裝置具有溫度感應器、加熱器及致冷器,可控制該培育裝置之溫度於最佳成長條件。The cultivating device of the prior patent is further provided with a humidity control device having a humidity sensor, a humidifier and a dehumidifier, which can control the humidity of the cultivating device in an optimal growth condition. Further, the cultivating device is further provided with a temperature control device having a temperature sensor, a heater and a refrigerator, and the temperature of the cultivating device can be controlled to an optimum growth condition.
該專利前案雖然揭露對於光照、溫度及濕度的控制方式,但其同樣需要耗費大量的電力及用水,因此於使用上並不盡理想。Although the patent predecessor discloses the control method for light, temperature and humidity, it also requires a lot of power and water, so it is not ideal in use.
爰此,有鑑於目前的養菇系統具有上述之缺點。故本創作提供一種環保綠能養菇系統,係設有一培養空間;一蓄水單元,設於該培養空間,用以收集一雨水而儲存;一蓄電單元,設於該培養空間,用以將一陽光轉換成電能儲存;一控制單元,係電性連接至該蓄電單元,該控制單元係感測該培養空間內之一溫度值及一濕度值;一風扇單元,係設於該培養空間,該風扇單元係電性連接至該蓄電單元,又該風扇單元係訊號連接至該控制單元,該控制單元係控制該風扇單元啟動運轉,以調整該溫度值;一灑水單元,係設於該培養空間,該灑水單元係電性連接至該蓄電單元,又該灑水單元係訊號連接至該控制單元,該控制單元係控制該灑水單元啟動,以調整該濕度值;一照明單元,係設於該培養空間,該照明單元係電性連接至該蓄電單元,又該照明單元係訊號連接至該控制單元,該控制單元係控制該照明單元的啟動時間及照明時間。Therefore, in view of the fact that the current mushroom system has the above disadvantages. Therefore, the creation provides an environmentally-friendly green energy mushroom system, which has a cultivation space; a water storage unit is disposed in the cultivation space for collecting a rainwater for storage; and an electricity storage unit is disposed in the cultivation space for a control unit is electrically connected to the power storage unit, and the control unit senses a temperature value and a humidity value in the culture space; a fan unit is disposed in the culture space. The fan unit is electrically connected to the power storage unit, and the fan unit signal is connected to the control unit, the control unit controls the fan unit to start running to adjust the temperature value; a sprinkler unit is disposed at the a cultivating space, the sprinkling unit is electrically connected to the power storage unit, and the sprinkling unit is connected to the control unit, the control unit controls the sprinkling unit to start to adjust the humidity value; The lighting unit is electrically connected to the power storage unit, and the lighting unit is connected to the control unit, and the control unit controls the lighting. Yuan startup time and lighting time.
上述培養空間設有一屋頂,該蓄電單元設有一太陽能板,該太陽能板鋪設於該屋頂上,用以接收該陽光。The culture space is provided with a roof, and the power storage unit is provided with a solar panel, and the solar panel is laid on the roof for receiving the sunlight.
上述控制單元係訊號連接有一溫度感測器,該溫度感測器係感測該培養空間內的該溫度值,該控制單元於該溫度值超過一溫度預設值時發出一溫度調整訊號,該風扇單元係接收該溫度調整訊號而啟動運轉或調整轉速。The temperature control signal is connected to the control unit, and the temperature sensor senses the temperature value in the culture space. The control unit sends a temperature adjustment signal when the temperature value exceeds a preset temperature value. The fan unit receives the temperature adjustment signal to start the operation or adjust the rotation speed.
上述控制單元係訊號連接有一濕度感測器,該濕度感測器係用以感測該培養空間內的該濕度值,該控制單元於該濕度值低於一濕度預設值時發出一濕度調整訊號,該灑水單元接收該濕度調整訊號而啟動或調整其灑水量。The control unit is connected to a humidity sensor for sensing the humidity value in the culture space, and the control unit sends a humidity adjustment when the humidity value is lower than a preset humidity value. Signal, the sprinkler unit receives the humidity adjustment signal to activate or adjust the amount of water sprinkling.
上述培養空間設有呈斜面的一屋頂,該蓄水單元設有一集水槽及至少一儲水桶,該集水槽位於該屋頂的最低點,用以收集該雨水並導流儲存於該儲水桶內。The cultivating space is provided with a sloping roof. The water storage unit is provided with a sump and at least one water storage tank. The sump is located at the lowest point of the roof for collecting the rainwater and guiding and storing the rainwater in the water storage tank.
上述灑水單元係設有一抽水馬達,該灑水單元接收該濕度調整訊號後啟動該抽水馬達運轉,藉以抽取該儲水桶內的該雨水進行噴灑。The sprinkling unit is provided with a pumping motor, and the sprinkling unit receives the humidity adjustment signal to start the pumping motor operation, so as to extract the rainwater in the water tank for spraying.
上述抽水馬達係接設有一過濾器,藉以過濾該雨水。The pump motor is connected to a filter to filter the rainwater.
上述蓄水單元係外接一水源,以供外接一水進入儲存。The water storage unit is externally connected to a water source for external water to enter the storage.
上述技術特徵具有下列之優點:The above technical features have the following advantages:
1.係可利用大自然中取之不盡的陽光及雨水,以作為培養菇類的主要電力及用水來源,故不會耗費現有的能源,可完全符合環保綠能的要求。1. It can take advantage of the inexhaustible sunlight and rainwater in nature as the main source of electricity and water for the cultivation of mushrooms. Therefore, it does not consume the existing energy and can fully meet the requirements of environmental green energy.
2.可以全自動控制培養空間之溫度、濕度及照明的啟動時間及運轉時間,故可以節省管理及操作的人力,達到無人化管理,藉以大幅降低生產的成本。2. It can automatically control the temperature, humidity and lighting start-up time and running time of the training space, so it can save manpower for management and operation, and achieve unmanned management, so as to greatly reduce the cost of production.
請參閱第一圖及第二圖所示,本創作之實施例係包含有:培養空間(1)、蓄水單元(2)、蓄電單元(3)、控制單元(4)、風扇單元(5)、灑水單元(6)及照明單元(7),其中:Referring to the first and second figures, the embodiment of the present invention includes: a culture space (1), a water storage unit (2), a power storage unit (3), a control unit (4), and a fan unit (5). ), sprinkler unit (6) and lighting unit (7), wherein:
培養空間(1),設有呈斜面的一屋頂(11)。該培養空間(1)內係置入至少一菇架(A),藉以培養不同的菇類。The cultivation space (1) is provided with a roof (11) which is beveled. In the culture space (1), at least one mushroom rack (A) is placed to cultivate different mushrooms.
蓄水單元(2),設於該培養空間(1)。該蓄水單元(2)係設有一集水槽(21)及至少一儲水桶(22),該集水槽(21)係位於該屋頂(11)斜面的的最低點,用以收集一雨水,而儲存於該儲水桶(22)內。該儲水桶(22)係可外接一水源(B),以供外接一水進入儲存。The water storage unit (2) is provided in the culture space (1). The water storage unit (2) is provided with a sump (21) and at least one water storage tank (22), the sump (21) is located at the lowest point of the slope of the roof (11) for collecting rainwater, and Stored in the water storage bucket (22). The water storage tank (22) can be externally connected with a water source (B) for external water to enter the storage.
蓄電單元(3),設於該培養空間(1)。該蓄電單元(3)係設有一太陽能板(31),該太陽能板(31)係鋪設於該屋頂(11)上。利用該太陽能板(31)可以將陽光轉換成電能,而儲存於該蓄電單元(3)。The electricity storage unit (3) is provided in the culture space (1). The power storage unit (3) is provided with a solar panel (31) which is laid on the roof (11). The solar panel (31) can convert sunlight into electric energy and store it in the electric storage unit (3).
控制單元(4),其係電性連接至該蓄電單元(3)。該控制單元(4)係分別訊號連接有一溫度感測器(41)及一濕度感測器(42),該溫度感測器(41)及該濕度感測器(42)係用以分別感測該培養空間(1)內的一溫度值及一濕度值,當該溫度值或該濕度值超過一溫度預設值或低於一濕度預設值時,分別對應發出一溫度調整訊號或一濕度調整訊號。A control unit (4) electrically connected to the power storage unit (3). The control unit (4) is respectively connected with a temperature sensor (41) and a humidity sensor (42), and the temperature sensor (41) and the humidity sensor (42) are respectively used for sensing Detecting a temperature value and a humidity value in the culture space (1), and when the temperature value or the humidity value exceeds a preset temperature value or a preset value lower than a humidity, respectively, a temperature adjustment signal or a corresponding one is issued. Humidity adjustment signal.
風扇單元(5),其係設於該培養空間(1)。該風扇單元(5)係電性連接至該蓄電單元(3)。又該風扇單元(5)係訊號連接至該控制單元(4),藉以接收該溫度調整訊號,而啟動運轉或調整轉速。A fan unit (5) is provided in the culture space (1). The fan unit (5) is electrically connected to the power storage unit (3). The fan unit (5) is connected to the control unit (4) to receive the temperature adjustment signal to start the operation or adjust the rotation speed.
灑水單元(6),其係設於該培養空間(1)。該灑水單元(6)係電性連接至該蓄電單元(3)。又該灑水單元(6)係訊號連接至該控制單元(4),藉以接收該濕度調整訊號,而啟動一抽水馬達(61)運轉以抽取該儲水桶(22)內的該水,並調整其灑水量。又該抽水馬達(61)係接設有一過濾器(62),藉以能過濾該雨水,使其成為一潔淨之用水。A sprinkler unit (6) is provided in the culture space (1). The sprinkling unit (6) is electrically connected to the power storage unit (3). The sprinkler unit (6) is connected to the control unit (4) to receive the humidity adjustment signal, and activates a pumping motor (61) to extract the water in the water tank (22) and adjust The amount of water sprinkled. Further, the pumping motor (61) is connected with a filter (62), so that the rainwater can be filtered to make it a clean water.
照明單元(7),其係設於該培養空間(1)。該照明單元(7)係電性連接至該蓄電單元(3)。又該照明單元(7)係訊號連接至該控制單元(4),藉由該控制單元(4)自動控制該照明單元(7)的啟動時間及照明的時間。A lighting unit (7) is provided in the culture space (1). The lighting unit (7) is electrically connected to the power storage unit (3). The lighting unit (7) is connected to the control unit (4), and the control unit (4) automatically controls the starting time and the lighting time of the lighting unit (7).
使用時,如第二圖及第三圖所示,係可依照該培養空間(1)的大小,以排列適當數量的菇架(A),藉以可培養不同的菇類。當下雨天時,利用該培養空間(1)呈斜面的該屋頂(11),可以使落在該屋頂(11)上的雨水,順著該屋頂(11)的斜面而流到位於最低點的該集水槽(21)內,藉以可收集該雨水,並將該雨水導流至該儲水桶(22)內儲存,以作為供應用水使用。又當夏季乾旱雨水不足時,係可以外接水管的方式,以導引民生用水、工業用水或灌溉用水等水源(B)的水進入到該儲水桶(22)內儲存,以作為備用。When used, as shown in the second and third figures, an appropriate number of mushroom racks (A) can be arranged according to the size of the culture space (1), whereby different mushrooms can be cultivated. When it is raining, the roof (11) which is inclined by the cultivation space (1) can cause the rainwater falling on the roof (11) to flow along the slope of the roof (11) to the lowest point. The sump (21) is configured to collect the rainwater and divert the rainwater into the water storage tank (22) for use as water for supply. When the dry rainwater is insufficient in summer, the water can be externally connected to guide the water of the water source (B) such as the water for the livelihood, industrial water or irrigation water to be stored in the water storage tank (22) for use as a backup.
如第二圖及第四圖所示,又當出太陽時,陽光照射在該屋頂(11)上的該太陽能板(31),可以利用該太陽能板(31)將陽光轉換成電能,並將該電能儲存於該蓄電單元(3),以作為電力供應使用。As shown in the second and fourth figures, when the sun is taken out, the solar panel (31) on the roof (11) can be used to convert sunlight into electric energy, and This electric energy is stored in the electric storage unit (3) for use as a power supply.
該蓄電單元(3)可進一步供應該控制單元(4)作動時之所需電力。該控制單元(4)的該溫度感測器(41)及該濕度感測器(42),係可分別感測該培養空間(1)內的溫度值及濕度值。當該溫度感測器(41)感測到該培養空間(1)內的溫度值過高,而超過一溫度預設值時,該控制單元(4)係會發出該溫度調整訊號至該風扇單元(5)。該風扇單元(5)於接收到該溫度調整訊號後,即會開始啟動運轉,係可將該培養空間(1)內的熱氣排出於室外,藉以降低該培養空間(1)內的溫度。並且該溫度感測器(41)係會隨時感測該培養空間(1)內溫度值的變化,該控制單元(4)則會適時的自動控制調整該風扇單元(5)的轉速,使該培養空間(1)可以持續的維持在最佳的溫度值。The power storage unit (3) can further supply the power required when the control unit (4) is actuated. The temperature sensor (41) of the control unit (4) and the humidity sensor (42) are respectively capable of sensing a temperature value and a humidity value in the culture space (1). When the temperature sensor (41) senses that the temperature value in the culture space (1) is too high and exceeds a preset temperature value, the control unit (4) sends the temperature adjustment signal to the fan. Unit (5). After receiving the temperature adjustment signal, the fan unit (5) starts the operation, and the hot air in the culture space (1) can be discharged to the outside, thereby lowering the temperature in the culture space (1). And the temperature sensor (41) senses the change of the temperature value in the culture space (1) at any time, and the control unit (4) automatically adjusts the rotation speed of the fan unit (5) at a timely time to make the The culture space (1) can be continuously maintained at the optimum temperature value.
又當該濕度感測器(42)感測到該培養空間(1)內的濕度值過低,而低於一濕度預設值時,該控制單元(4)係會發出該濕度調整訊號至該灑水單元(6)。該灑水單元(6)於接收到該濕度調整訊號後,即會開始啟動該抽水馬達(61)運轉,而抽取該儲水桶(22)內的該水,並經由該過濾器(62)過濾該雨水使其潔淨,然後再噴灑於該培養空間(1)內之該菇架(A)的該菇類上,藉以能提高該培養空間(1)內及該菇類的濕度。並且該濕度感測器(42)係會隨時感測該培養空間(1)內濕度值的變化,該控制單元(4)則會適時的自動控制調整該灑水單元(6)的灑水量,使該培養空間(1)可以持續的維持在最佳的濕度值。When the humidity sensor (42) senses that the humidity value in the culture space (1) is too low, and below a preset value of humidity, the control unit (4) sends the humidity adjustment signal to The sprinkler unit (6). After receiving the humidity adjustment signal, the sprinkling unit (6) starts to start the operation of the pumping motor (61), and extracts the water in the water storage tank (22) and filters through the filter (62). The rain is cleaned and then sprayed on the mushroom of the mushroom rack (A) in the culture space (1), thereby increasing the humidity in the culture space (1) and the mushroom. And the humidity sensor (42) senses the change of the humidity value in the culture space (1) at any time, and the control unit (4) automatically adjusts the watering amount of the sprinkling unit (6) in time. This culture space (1) can be continuously maintained at an optimum humidity value.
又該控制單元(4)係可根據菇類培養所需的照明時間,自動控制該照明單元(7)啟動照明及關閉的時間,使該菇類可以接收最適當的照明時間,以利於其生長。The control unit (4) can automatically control the lighting unit (7) to start lighting and closing time according to the lighting time required for the mushroom culture, so that the mushroom can receive the most appropriate lighting time to facilitate its growth. .
如此,本創作實施例係可利用大自然中所存在的陽光及雨水,以作為培養菇類的主要電力及用水的來源,完全不需要耗費現有的能源。而且可全自動控制溫度、濕度及照明的啟動時間及運轉時間,故可以節省人力,大幅降低生產的成本,而且能完全符合環保綠能的要求。In this way, the present embodiment can utilize the sunlight and rainwater existing in nature as a source of main power and water for cultivating mushrooms, and does not need to consume existing energy at all. Moreover, the temperature, humidity and lighting start-up time and running time can be fully controlled, so that manpower can be saved, the production cost can be greatly reduced, and the requirements of environmental green energy can be fully met.
綜合上述實施例之說明,當可充分瞭解本創作之操作、使用及本創作產生之功效,惟以上所述實施例僅係為本創作之較佳實施例,當不能以此限定本創作實施之範圍,即依本創作申請專利範圍及創作說明內容所作簡單的等效變化與修飾,皆屬本創作涵蓋之範圍內。In view of the above description of the embodiments, the above-described embodiments are merely a preferred embodiment of the present invention, and the implementation of the present invention is not limited thereto. The scope, that is, the simple equivalent changes and modifications made in accordance with the scope of the patent application and the content of the creation of the creation, are within the scope of this creation.
(1)‧‧‧培養空間
(11)‧‧‧屋頂
(2)‧‧‧蓄水單元
(21)‧‧‧集水槽
(22)‧‧‧儲水桶
(3)‧‧‧蓄電單元
(31)‧‧‧太陽能板
(4)‧‧‧控制單元
(41)‧‧‧溫度感測器
(42)‧‧‧濕度感測器
(5)‧‧‧風扇單元
(6)‧‧‧灑水單元
(61)‧‧‧抽水馬達
(62)‧‧‧過濾器
(7)‧‧‧照明單元
(A)‧‧‧菇架
(B)‧‧‧水源(1) ‧‧‧Cultivation space
(11)‧‧‧ Roof
(2) ‧ ‧ water storage unit
(21) ‧‧‧ sink
(22) ‧ ‧ water storage bucket
(3) ‧‧‧Power storage unit
(31)‧‧‧ solar panels
(4) ‧‧‧Control unit
(41) ‧‧‧Temperature Sensor
(42) ‧‧‧Humidity Sensor
(5)‧‧‧Fan unit
(6) ‧ ‧ sprinkler unit
(61)‧‧‧ pumping motor
(62) ‧‧‧Filter
(7) ‧‧‧Lighting unit
(A)‧‧‧ mushroom rack
(B) ‧‧‧Water source
[第一圖]係為本創作實施例之構造示意圖。[First figure] is a schematic diagram of the construction of the present embodiment.
[第二圖]係為本創作實施例之控制方塊圖。[Second Picture] is a control block diagram of the present embodiment.
[第三圖]係為本創作實施例用以收集雨水之示意圖。[Third image] is a schematic diagram of the present embodiment for collecting rainwater.
[第四圖]係為本創作實施例用以將陽光轉換成電能之示意圖。[Fourth figure] is a schematic diagram of the present embodiment for converting sunlight into electrical energy.
Claims (8)
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CN109258315A (en) * | 2018-11-30 | 2019-01-25 | 百色学院 | A kind of environmental protection is green to support mushroom system |
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