TWM574392U - Automatic environment control system for cultivation room - Google Patents
Automatic environment control system for cultivation room Download PDFInfo
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- TWM574392U TWM574392U TW107203633U TW107203633U TWM574392U TW M574392 U TWM574392 U TW M574392U TW 107203633 U TW107203633 U TW 107203633U TW 107203633 U TW107203633 U TW 107203633U TW M574392 U TWM574392 U TW M574392U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
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Abstract
本新型是一種培植室環境自動控制系統，包含有能夠放置一植栽的一 植物栽培裝置，而該植物栽培裝置內設有一溫度感測器、一光照感測器、一環境濕度感測器及一土壤濕度感測器，藉由前述感測器量測該植物栽培裝置內的環境變因，進而藉由裝設於該植物栽培裝置上的一風扇、一燈具、一噴霧器及一滴水器對環境變因進行改善，使該植物栽培裝置內的環境符合該植栽的需求；更佳的，使用者能夠透過網際網路連接至一雲端儲存模組內，並自該雲端儲存模組下載不同種類植栽所需要的環境，進而控制風扇、燈具、噴霧器及滴水器自動改變植物栽培裝置內的環境。 The present invention is an automatic control system for a cultivation room environment, which comprises a plant capable of placing a plant. a plant cultivation device, wherein the plant cultivation device is provided with a temperature sensor, a light sensor, an environmental humidity sensor and a soil moisture sensor, wherein the plant cultivation device is measured by the sensor Environmental causes, and the environment change is improved by a fan, a lamp, a sprayer and a drip device installed on the plant cultivation device, so that the environment in the plant cultivation device meets the needs of the plant. More preferably, the user can connect to a cloud storage module through the Internet, and download the environment required for different types of planting from the cloud storage module, thereby controlling the automatic change of the fan, the lamp, the sprayer and the dripper. The environment within the plant cultivation device.
Description
本新型係涉及栽培植物的培植室，特別係關於一種培植室環境自動控制系統。 The novel relates to a cultivation room for cultivated plants, in particular to an automatic control system for a cultivation room environment.
一般植栽者將植物種植於土地上，為使植物快速成長，植栽者須對植物進行施肥、澆灌、鬆土…等作業，使植物能夠在相較於自然天候下更佳的環境中生長，進而讓植物以較快的速度成長，更佳者則是產量增長。 In general, planters plant plants on the land. In order to make plants grow rapidly, plants must fertilize, water, and loosen plants to enable plants to grow in a better environment than natural weather. In order to allow plants to grow at a faster rate, the better is the increase in production.
為提供植物更佳的生長環境，有業者將植物種植於溫室內，不僅對植物進行施肥、澆灌及鬆土…等作業，更控制溫室內的溼度、溫度…等環境變因，使植物能夠生長的更快速，且產量更多。 In order to provide a better growing environment for plants, some farmers plant plants in greenhouses, not only for fertilizing, watering and loosening the plants, but also controlling environmental factors such as humidity, temperature, etc. in the greenhouse, so that plants can grow. Faster and more productive.
然而，一般業者控制溫室內的溫度多是藉由溫度計先量測溫室內的溫度，業者再開啟加溫器或風扇以調整溫室內的溫度，而調整溫室內濕度的方法亦同，業者藉由濕度計量測溫室內的濕度，業者再選擇開啟除濕機或加濕機。 However, in general, the temperature in the greenhouse is controlled by the thermometer to measure the temperature in the greenhouse. The operator then turns on the heater or fan to adjust the temperature in the greenhouse. The method of adjusting the humidity in the greenhouse is also the same. Humidity measurement measures the humidity in the greenhouse, and the operator chooses to turn on the dehumidifier or humidifier.
前述方式雖能夠改善溫室環境，使種植於溫室內的植物生長狀況更佳，然而，使用者卻需要時刻監控溫室的環境溫度及濕度，不僅讓使用者需耗費大量心力管控溫室環境，亦因人為控管無法時刻監視，導致溫室內的溫度及濕度無法時刻維持適中。 Although the above method can improve the greenhouse environment and make the plants grown in the greenhouse grow better, the user needs to monitor the ambient temperature and humidity of the greenhouse at all times, which not only requires the user to spend a lot of effort to control the greenhouse environment, but also because of artificial The control cannot be monitored at all times, and the temperature and humidity in the greenhouse cannot be maintained at all times.
有鑑於此，確有必要提供一種培植室環境自動控制系統，提供一種培植室環境自動控制系統，以提供使用者更方便控制溫室種植環境的控制系統。 In view of this, it is indeed necessary to provide an automatic control system for the cultivation room environment, and provide an automatic control system for the cultivation room environment to provide a control system for the user to more conveniently control the greenhouse cultivation environment.
本新型之目的在於，解決習知的溫室需藉由人工監控其環境溫度、日照、環境濕度及土壤濕度…等環境變因，進而讓控制溫室環境更容易及準確。 The purpose of the novel is to solve the environmental changes caused by artificially monitoring the environmental temperature, sunshine, environmental humidity and soil moisture, etc., thereby making it easier and more accurate to control the greenhouse environment.
為達成前述目的，本新型為一種培植室環境自動控制系統，適用於一植栽，而該培植室環境自動控制系統，包含：一植物栽培裝置，具有一培植空間，該培植空間供以放置該植栽；一風扇，裝設於該培植空間內；一噴霧器，裝設於該培植空間內，供以增加該培植空間內的濕度；一燈具，裝設於該培植空間內，供以照射該植栽；一滴水器，裝設於該培植空間內，供以澆灌該植栽；一溫度感測器，裝設於該培植空間內，該溫度感測器供以感測培植空間內的溫度；一環境濕度感測器，裝設於該培植空間內，該環境濕度感測器供以感測該培植空間內的環境濕度；一光照感測器，裝設於該培植空間內，該光照感測器供以感測該培植空間內的光照度；一土壤濕度感測器，裝設於該植栽內，該土壤濕度感測器供以感測該植栽的土壤之濕度； 一控制模組，與該風扇、該噴霧器、該燈具及該滴水器控制連接，且該控制模組又與該溫度感測器、該環境濕度感測器、該光照感測器及該土壤濕度感測器訊號連接。 In order to achieve the foregoing objective, the present invention is an automatic control system for a cultivation room environment, which is suitable for a planting, and the automatic control system for the cultivation room environment comprises: a plant cultivation device having a cultivation space for the placement of the cultivation room Planting; a fan installed in the cultivation space; a sprayer installed in the cultivation space to increase the humidity in the cultivation space; a lamp installed in the cultivation space for illuminating the Planting a dripper installed in the cultivation space for watering the plant; a temperature sensor installed in the cultivation space, the temperature sensor is provided for sensing the temperature in the cultivation space An environmental humidity sensor is disposed in the cultivation space, the environmental humidity sensor is configured to sense the environmental humidity in the cultivation space; and a light sensor is installed in the cultivation space, the illumination The sensor is configured to sense the illuminance in the cultivation space; a soil moisture sensor is installed in the plant, and the soil moisture sensor is configured to sense the humidity of the planted soil; a control module is connected to the fan, the atomizer, the lamp and the dripper, and the control module is further coupled to the temperature sensor, the ambient humidity sensor, the illumination sensor, and the soil moisture Sensor signal connection.
在一較佳實施例中，該控制模組另具有一溫度設定資料庫、一日照設定資料庫、一環境濕度設定資料庫及一土壤濕度設定資料庫；另具有一雲端儲存模組，該雲端儲存模組具有儲存一第一溫度資料的一溫度資料庫、儲存一第一日照資料的一日照資料庫、儲存一第一環境濕度資料的一環境濕度資料庫及儲存一第一土壤濕度資料的一土壤濕度資料庫，該雲端儲存模組透過一網際網路資訊連接該控制模組，並將該第一溫度資料儲存於該溫度設定資料庫，將該第一日照資料儲存於該日照設定資料庫，將該第一環境濕度資料儲存於該環境濕度設定資料庫，將該第一土壤濕度資料儲存於該土壤濕度設定資料庫，而該控制模組根據該溫度設定資料庫、該日照設定資料庫、該環境濕度設定資料庫及該土壤濕度設定資料庫內的資料控制該風扇、該燈具、該噴霧器或該滴水器。 In a preferred embodiment, the control module further has a temperature setting database, a daily setting database, an environmental humidity setting database, and a soil moisture setting database; and a cloud storage module, the cloud The storage module has a temperature database for storing a first temperature data, a daily photo database for storing a first sunshine data, an environmental humidity database for storing a first environmental humidity data, and a first soil moisture data for storing a soil moisture storage database, the cloud storage module connects the control module through an internet information, and stores the first temperature data in the temperature setting database, and stores the first sunshine data in the sunshine setting data The first environmental humidity data is stored in the environmental humidity setting database, and the first soil moisture data is stored in the soil moisture setting database, and the control module sets the database according to the temperature and the sunshine setting data. The library, the ambient humidity setting database, and the data in the soil moisture setting database control the fan, the lamp, the nebulizer or the Water heater.
在一較佳實施例中，另具有一管理者控制裝置，該管理者控制裝置透過該網際網路與該雲端儲存模組資訊連接，透過該管理者控制裝置能夠輸入一第二溫度資料儲存於該溫度資料庫，輸入一第二日照資料儲存於該日照資料庫，輸入一第二環境濕度資料儲存於該環境濕度資料庫，輸入一第二土壤濕度資料儲存於該土壤濕度資料庫。 In a preferred embodiment, there is another administrator control device, wherein the administrator control device is connected to the cloud storage module through the Internet, and the administrator control device can input a second temperature data to be stored in the The temperature database stores a second sunshine data stored in the sunshine database, inputs a second environmental humidity data stored in the environmental humidity database, and inputs a second soil moisture data to the soil moisture database.
在一較佳實施例中，該控制模組內另具有一訊號接收單元，一使用者控制裝置訊號連接該控制模組，且能夠藉由該使用者控制裝置操作該控制模組透過該網際網路連接至該雲端儲存模組。 In a preferred embodiment, the control module further has a signal receiving unit, a user control device is connected to the control module, and the user control device can operate the control module through the Internet. The road is connected to the cloud storage module.
在一較佳實施例中，該控制模組內另具有一IP位址設定資料庫，該IP位址設定內儲存有所在的一地理位址地點並同時儲存該地理位址地點的常態 溫度、常態日照及常態環境濕度，而該雲端儲存模組內另具有一IP位址資料庫，該IP位址資料庫內則跟據該IP位址的常態溫度、常態日照及常態環境濕度調整該溫度資料庫、該日照資料庫、該環境濕度資料庫及該土壤濕度資料庫內的資料。 In a preferred embodiment, the control module further has an IP address setting database, wherein the IP address is stored in a geographical address location and the normal state of the geographic address is stored. The temperature, the normal sunshine and the normal environment humidity, and the cloud storage module further has an IP address database, and the IP address database is adjusted according to the normal temperature, the normal sunshine and the normal environment humidity of the IP address. The temperature database, the sunshine database, the environmental humidity database, and the data in the soil moisture database.
在一較佳實施例中，該雲端儲存模組內另具有一統計資料庫，該統計資料庫供以讓使用者回傳一月份中該植栽的生長狀況，並藉由該統計資料庫統計分析最佳生長資料，進而推薦下一個使用者該月份的最佳生長資料。 In a preferred embodiment, the cloud storage module further has a statistical database for allowing the user to return the growth status of the plant in January, and counting by the statistical database. Analyze the best growth data to recommend the best growth data for the next user for the month.
藉由該調節單元的該環境濕度調節鈕設定一預定環境濕度，而該環境濕度感測器感測該培植空間內的環境濕度，當該環境濕度感測器測得之環境濕度低於該預定環境濕度，則該環境濕度感測器傳輸一訊號至該控制模組，該控制模組再傳輸一控制訊號至該噴霧器，藉由啟動該噴霧器並噴出水霧，使該培植空間內的環境濕度增加。 Setting a predetermined ambient humidity by the ambient humidity adjustment button of the adjustment unit, and the ambient humidity sensor senses an environmental humidity in the cultivation space, when the ambient humidity measured by the ambient humidity sensor is lower than the predetermined The ambient humidity sensor transmits a signal to the control module, and the control module transmits a control signal to the atomizer, and the ambient humidity in the cultivation space is activated by starting the sprayer and spraying water mist. increase.
較佳的，使用者能夠透過該IP位址設定資料庫儲存其所在地理位置的常態溫度、常態日照及常態環境濕度…等環境因素，當使用者透過該網際網路連接至該雲端儲存模組時，該IP位址資料庫能夠根據該IP位址設定資料庫內儲存的信息改變溫度資料、日照資料、環境濕度資料及土壤濕度資料，再將其傳輸至該控制模組，使其資料能夠符合使用者當前地理位置的常態環境。 Preferably, the user can use the IP address setting database to store environmental factors such as a normal temperature, a normal sunshine, and a normal ambient humidity in the geographical location of the user, and the user connects to the cloud storage module through the Internet. The IP address database can change temperature data, sunshine data, environmental humidity data, and soil moisture data according to the information stored in the IP address setting database, and then transmit the data to the control module to enable the data to be A normal environment that matches the user's current geographic location.
較佳的，使用者能夠藉由該使用者控制裝置無線或有線的連接該控制模組，並藉由該使用者控制裝置操作該控制模組透過該網際網路連接至該雲端儲存模組，更能夠藉由該使用者控制裝置使該控制模組自該雲端儲存模組下載該溫度資料庫、該日照資料庫、該環境濕度資料庫及該土壤濕度資料庫的資料。 Preferably, the user can connect the control module wirelessly or by wire through the user control device, and the user control device operates the control module to connect to the cloud storage module through the internet. The control module can further download the temperature database, the sunshine database, the environmental humidity database, and the soil moisture database from the cloud storage module by the user control device.
較佳的，使用者能夠藉由該控制模組透過該網際網路自該雲端儲存模組下載資料，根據使用者種植的不同種類的該植栽，透過該網際網路自該溫度資料庫取得對應該植栽種類的該第一溫度資料、自該日照資料庫取得該第一日照資料、自該環境濕度資料庫取得該第一環境濕度資料、自該土壤濕度資料庫取得該土壤濕度資料，而該第一溫度資料儲存至該溫度資料庫、該第一日照資料儲存至該日照設定資料庫、該第一環境濕度至該環境濕度設定資料庫、該第一土壤濕度資料儲存至該土壤濕度設定資料庫，該控制模組根據該第一溫度資料調整該預定溫度，根據該第一日照資料調整該預定日照，根據該第一環境濕度資料調整該預定環境濕度，根據該第一土壤濕度資料調整該預定土壤濕度，藉此，使用者能夠根據不同種類的該植栽，直接至該雲端儲存模組下載最合適之該溫度資料、該日照資料、該第一環境濕度資料及該第一土壤濕度資料，以提供該植栽最佳的生長環境。 Preferably, the user can download data from the cloud storage module through the Internet through the control module, and obtain the data from the temperature database through the Internet according to different types of plantings planted by the user. Obtaining the first temperature data from the planting species, obtaining the first sunshine data from the sunshine database, obtaining the first environmental humidity data from the environmental humidity database, and obtaining the soil moisture data from the soil moisture database, And storing the first temperature data in the temperature database, storing the first sunshine data in the sunshine setting database, the first ambient humidity to the environmental humidity setting database, and storing the first soil moisture data to the soil moisture Setting a database, the control module adjusts the predetermined temperature according to the first temperature data, adjusts the predetermined sunshine according to the first sunshine data, and adjusts the predetermined environmental humidity according to the first environmental humidity data, according to the first soil moisture data Adjusting the predetermined soil moisture, thereby enabling the user to download directly to the cloud storage module according to different types of the planting Suitable materials of this temperature, the sunshine information, the first humidity data and the first soil moisture data, to provide the optimum environment planting.
更佳的，一管理者能夠使用該管理者控制裝置透過該網際網路連接至該雲端儲存模組，而該管理者能夠輸入不同種類的植栽之該第二溫度資料、該第二日照資料、該第二環境濕度資料及該第二土壤濕度資料至該雲端儲存模組，而該第二溫度資料儲存於該溫度資料庫，該第二日照資料儲存於該日照資料庫，該第二環境濕度資料儲存於該環境濕度資料庫，該第二土壤濕度資儲存於該土壤濕度資料庫，且該第二溫度資料、該第二日照資料、該第二環境濕度資料及該第二土壤濕度資料相互綁定，藉此，使用者能夠自該管理者控制裝置透過該網際網路連接至該雲端儲存模組，並儲存多種不同種類植栽的資料至該雲端儲存模組內，而使用者能夠自該控制裝置透過該網際網路連接至該雲端儲存模組，並根據使用者種植的該植栽的種類下載最適合該植栽種植的空 間，使本新型培植室環境自動控制系統能夠提供該植栽最佳的生長環境，亦無需透過使用者時刻監控並調整其環境變因。 More preferably, a manager can use the administrator control device to connect to the cloud storage module through the Internet, and the administrator can input the second temperature data of the different kinds of plants, the second sunshine data. And the second environmental humidity data and the second soil moisture data are stored in the cloud storage module, and the second temperature data is stored in the temperature database, and the second sunshine data is stored in the sunshine database, the second environment The humidity data is stored in the environmental humidity database, the second soil moisture is stored in the soil moisture database, and the second temperature data, the second sunshine data, the second environmental humidity data, and the second soil moisture data are stored Binding to each other, whereby the user can connect to the cloud storage module through the Internet through the administrator control device, and store a plurality of different types of planted data into the cloud storage module, and the user can The control device is connected to the cloud storage module through the internet, and downloads the space most suitable for the planting according to the type of the plant planted by the user. In this way, the automatic environment control system of the new cultivation room can provide the optimal growth environment for the plant, and it is not necessary to monitor and adjust the environmental causes through the user.
10‧‧‧植物栽培裝置 10‧‧‧plant cultivation equipment
11‧‧‧支架 11‧‧‧ bracket
12‧‧‧外照 12‧‧‧External photos
13‧‧‧培植空間 13‧‧‧ cultivation space
14‧‧‧風扇 14‧‧‧Fan
15‧‧‧噴霧器 15‧‧‧ sprayer
16‧‧‧燈具 16‧‧‧Lighting
17‧‧‧滴水器 17‧‧‧Dripper
18‧‧‧溫度感測器 18‧‧‧ Temperature Sensor
19‧‧‧環境濕度感測器 19‧‧‧Environmental Humidity Sensor
110‧‧‧光照感測器 110‧‧‧Lighting sensor
111‧‧‧土壤濕度感測器 111‧‧‧ Soil moisture sensor
20‧‧‧控制模組 20‧‧‧Control Module
21‧‧‧調節單元 21‧‧‧Adjustment unit
211‧‧‧溫度調節鈕 211‧‧‧temperature control button
212‧‧‧日照調節鈕 212‧‧‧ Sunlight control button
213‧‧‧環境濕度調節鈕 213‧‧‧Environmental humidity control button
214‧‧‧土壤濕度調節鈕 214‧‧‧ Soil moisture control knob
22‧‧‧溫度設定資料庫 22‧‧‧ Temperature setting database
23‧‧‧日照設定資料庫 23‧‧‧ Sunshine setting database
24‧‧‧環境濕度設定資料庫 24‧‧‧Environmental Humidity Setting Database
25‧‧‧土壤濕度設定資料庫 25‧‧‧ Soil moisture setting database
26‧‧‧IP位址設定資料庫 26‧‧‧IP address setting database
27‧‧‧訊號接收單元 27‧‧‧Signal receiving unit
30‧‧‧雲端儲存模組 30‧‧‧Cloud Storage Module
31‧‧‧溫度資料庫 31‧‧‧ Temperature database
32‧‧‧日照資料庫 32‧‧‧ Sunshine Database
33‧‧‧環境濕度資料庫 33‧‧‧Environmental Humidity Database
34‧‧‧土壤濕度資料庫 34‧‧‧ Soil moisture database
35‧‧‧IP位址資料庫 35‧‧‧IP address database
36‧‧‧統計資料庫 36‧‧‧Statistical database
40‧‧‧網際網路 40‧‧‧Internet
50‧‧‧管理者控制裝置 50‧‧‧Manager control device
60‧‧‧使用者控制裝置 60‧‧‧User control device
A‧‧‧植栽 A‧‧‧planting
圖1 為本新型於一較佳實施例中植物栽培裝置的立體圖。 Figure 1 is a perspective view of a plant cultivation apparatus in accordance with a preferred embodiment of the present invention.
圖2 為本新型於一較佳實施例中植物栽培裝置的後視圖。 Figure 2 is a rear elevational view of the plant cultivation apparatus of the present invention in a preferred embodiment.
圖3 為本新型於一較佳實施例中植物栽培裝置的側視圖。 Figure 3 is a side elevational view of the plant cultivation apparatus of the present invention in a preferred embodiment.
圖4 為本新型於一較佳實施例中結構連接的方塊圖。 4 is a block diagram of a structural connection of the present invention in a preferred embodiment.
請參閱圖1至圖4，本新型為一種培植室環境自動控制系統，適用於一植栽A，而該培植室環境自動控制系統，包含：一植物栽培裝置10，具有一支架11及一外照12，該外照12套設於該支架11上，使該外照12及該支架11共同圍繞界定一培植空間13，該培植空間13供以放置該植栽A；一風扇14，裝設於該支架11上，且該風扇14連通該培植空間13及外部空間；一噴霧器15，裝設於該支架11上並位於該培植空間13內，該噴霧器15供以噴出水霧以增加該培植空間13內的濕度；一燈具16，裝設於該支架11讓並位於該培植空間13內，該燈具16供以照射該植栽A；一滴水器17，裝設於該培植空間13內，該滴水器17連接一水源並供以澆灌該植栽A； 一溫度感測器18，裝設於該支架11上並位於該培植空間13內，該溫度感測器18供以感測培植空間13內的溫度；一環境濕度感測器19，裝設於該支架11上並位於該培植空間13內，該環境濕度感測器19供以感測該培植空間13內的環境濕度；一光照感測器110，裝設於該支架11上並位於該培植空間13內，該光照感測器110供以感測該培植空間13內的光照度；一土壤濕度感測器111，裝設於該植栽A內，該土壤濕度感測器111供以感測該植栽A的土壤之濕度；一控制模組20，具有一調節單元21，該調節單元21具有一溫度調節鈕211、一日照調節鈕212、一環境濕度調節鈕213及一土壤濕度調節鈕214，該控制模組20與該風扇14、該噴霧器15、該燈具16及該滴水器17控制連接，且該控制模組20又與該溫度感測器18、該環境濕度感測器19、該光照感測器110及該土壤濕度感測器111訊號連接；而該控制模組20具有一溫度設定資料庫22、一日照設定資料庫23、一環境濕度設定資料庫24及一土壤濕度設定資料庫25。 Referring to FIG. 1 to FIG. 4 , the present invention is an automatic control system for a cultivation room environment, which is suitable for a plant A, and the automatic control system of the cultivation room environment comprises: a plant cultivation device 10 having a support 11 and an outer According to 12, the external photo 12 is set on the bracket 11, so that the external photo 12 and the bracket 11 together define a cultivation space 13, the cultivation space 13 is provided for placing the plant A; a fan 14 is installed On the support 11, the fan 14 is connected to the cultivation space 13 and the external space; a sprayer 15 is mounted on the support 11 and located in the cultivation space 13, and the sprayer 15 is sprayed with water mist to increase the cultivation. The damper 16 is disposed in the cultivating space 13 and is disposed in the cultivating space 13 for illuminating the plant A; a dripper 17 is disposed in the cultivating space 13 The dripper 17 is connected to a water source and is provided for watering the plant A; a temperature sensor 18 is disposed on the bracket 11 and located in the cultivation space 13, the temperature sensor 18 is configured to sense the temperature in the cultivation space 13; an environmental humidity sensor 19 is installed in The bracket 11 is located in the cultivation space 13, and the ambient humidity sensor 19 is configured to sense the ambient humidity in the cultivation space 13; a light sensor 110 is mounted on the bracket 11 and located in the cultivation In the space 13, the illumination sensor 110 is configured to sense the illuminance in the cultivation space 13; a soil moisture sensor 111 is installed in the plant A, and the soil moisture sensor 111 is provided for sensing. The humidity of the soil of the plant A; a control module 20 having an adjusting unit 21 having a temperature adjusting button 211, a daylight adjusting button 212, an environmental humidity adjusting button 213 and a soil moisture adjusting button 214, the control module 20 is connected to the fan 14, the atomizer 15, the lamp 16 and the dripper 17, and the control module 20 is further connected to the temperature sensor 18, the ambient humidity sensor 19, The illumination sensor 110 and the soil moisture sensor 111 are connected by a signal; and the control Temperature setting group 20 has a database 22, setting database 23 a sunshine, humidity setting a database 24 and a soil moisture setting database 25.
一雲端儲存模組30，該雲端儲存模組30具有儲存一第一溫度資料的一溫度資料庫31、儲存一第一日照資料的一日照資料庫32、儲存一第一環境濕度資料的一環境濕度資料庫33及儲存一第一土壤濕度資料的一土壤濕度資料庫34，該第一溫度資料、該第一日照資料、該第一環境濕度資料及該第一土壤濕度資料相互綁定，該控制模組20透過一網際網路40資訊連接該雲端儲存模組30，該控制模組20透過該網際網路40將該第一溫度資料儲存於該溫度設定資料庫22，將該第一日照資料儲存於該日照設定資料庫23，將該第一環境濕度資料儲存於該環境濕度設定資料庫24，將該第一土壤濕度資料儲存於該土壤濕度設定資料庫25，而該控制模組20根據該溫度設定資料庫22、該日照設定資料庫23、該環 境濕度設定資料庫24及該土壤濕度設定資料庫25內的資料控制該風扇、該燈具16、該噴霧器15或該滴水器17。 a cloud storage module 30, the cloud storage module 30 has a temperature database 31 for storing a first temperature data, a daylight database 32 for storing a first sunshine data, and an environment for storing a first environmental humidity data. a humidity database 33 and a soil moisture database 34 storing a first soil moisture data, wherein the first temperature data, the first sunshine data, the first environmental humidity data, and the first soil moisture data are mutually bound, The control module 20 is connected to the cloud storage module 30 through an Internet 40. The control module 20 stores the first temperature data in the temperature setting database 22 through the Internet 40, and the first sunshine. The data is stored in the sunshine setting database 23, and the first environmental humidity data is stored in the environmental humidity setting database 24, and the first soil moisture data is stored in the soil moisture setting database 25, and the control module 20 According to the temperature setting database 22, the sunshine setting database 23, the ring The ambient humidity setting database 24 and the data in the soil moisture setting database 25 control the fan, the lamp 16, the nebulizer 15, or the dripper 17.
一管理者控制裝置50，透過該網際網路40與該雲端儲存模組30資訊連接，透過該管理者控制裝置50能夠輸入一第二溫度資料儲存於該溫度資料庫31，輸入一第二日照資料儲存於該日照資料庫32，輸入一第二環境濕度資料儲存於該環境濕度資料庫33，輸入一第二土壤濕度資料儲存於該土壤濕度資料庫34。 An administrator control device 50 is connected to the cloud storage module 30 through the Internet 40, and the administrator control device 50 can input a second temperature data to be stored in the temperature database 31, and input a second sunshine. The data is stored in the sunshine database 32, and a second environmental humidity data is stored in the environmental humidity database 33, and a second soil moisture data is input to the soil moisture database 34.
更佳的，該控制模組20內具有一IP位址設定資料庫26，該IP位址設定資料庫26內儲存有本新型培植室環境自動控制系統所在的位址地點並同時儲存該地點的常態溫度、常態日照及常態環境濕度，而該雲端儲存模組30內另具有一IP位址資料庫35，該IP位址資料庫35內則跟據該IP位址的常態溫度、常態日照及常態環境濕度調整該溫度資料庫31、該日照資料庫32、該環境濕度資料庫33及該土壤濕度資料庫34內的資料。 More preferably, the control module 20 has an IP address setting database 26, and the IP address setting database 26 stores the address location of the new cultivation room environment automatic control system and stores the location at the same time. The normal temperature, the normal sunshine and the normal ambient humidity, and the cloud storage module 30 further has an IP address database 35, and the IP address database 35 is in accordance with the normal temperature and normal sunshine of the IP address. The normal environment humidity adjusts the data in the temperature database 31, the sunshine database 32, the environmental humidity database 33, and the soil moisture database 34.
更佳的，該控制模組20內另具有一訊號接收單元27，使用者能夠透過一使用者控制裝置60無線或有線的連接該控制模組20，且能夠藉由該使用者控制裝置60操作該控制模組20。 More preferably, the control module 20 further has a signal receiving unit 27, and the user can connect the control module 20 wirelessly or by wire through a user control device 60, and can be operated by the user control device 60. The control module 20.
更佳的，該雲端儲存模組30內另具有一統計資料庫36，每次使用者自該雲端儲存模組30下載該第一溫度資料、該第一環境濕度資料、該第一光照資料及該第一土壤濕度資料後，該植物栽培裝置10根據該雲端儲存模組30內的資料調整該風扇14、該噴霧器15、該燈具16及該滴水器17，而使用者在種植該植栽A結束後，能夠將該植栽A的生長狀況透過網際網路40回傳至該雲端儲存模組30內，藉由該統計資料庫36將回傳的生長資料以及使用者下載的資料統計分析，該統計資料庫36內儲存複數筆該第一溫度資料、該第一環境濕度資料、該第一光照資料及該第一土壤濕度資料及植物生長狀綁定下載月份之資料，該統計資料庫36分析該些資料及植物最佳生長狀態，藉此，下一個使用者在藉由該網際 網路40連接制該雲端儲存模組30時，該統計資料庫36能夠推薦使用者該月份最佳的生長資料。 More preferably, the cloud storage module 30 further has a statistical database 36. Each time the user downloads the first temperature data, the first environmental humidity data, the first illumination data, and the first storage data from the cloud storage module 30. After the first soil moisture data, the plant cultivation device 10 adjusts the fan 14, the sprayer 15, the light fixture 16, and the dripper 17 according to the data in the cloud storage module 30, and the user is planting the plant A. After the completion, the growth status of the plant A can be transmitted back to the cloud storage module 30 through the Internet 40, and the statistical data bank 36 can statistically analyze the returned growth data and the data downloaded by the user. The statistical database 36 stores a plurality of pieces of the first temperature data, the first environmental humidity data, the first illumination data, and the first soil moisture data and the plant growth shape binding download month, the statistical database 36 Analyzing the data and the optimal growth state of the plant, whereby the next user is using the internet When the network 40 is connected to the cloud storage module 30, the statistical database 36 can recommend the user's best growth data for the month.
室環境自動控制系統的結構組態及其連接關係，本新型之使用方式如下所述：請參閱圖1至圖4，使用者先藉由該調節單元21的該溫度調節鈕211設定一預定溫度，而該溫度感測器18感測該植栽A空間內的溫度，當該溫度感測器18測得之溫度超過該預定溫度時，該溫度感測器18傳輸一訊號至該控制模組20，該控制模組20再傳輸一控制訊號至該風扇，使該風扇啟動並對該植栽A空間進行降溫；使用者藉由該調節單元21的該日照調節鈕212設定一預定日照，而該日照感測器感測該植栽A空間內的日照，當該日照感測器測得之日照低於該預定日照時，該日照感測器傳輸一訊號至該控制模組20，該控制模組20再傳輸一控制訊號至該燈具16，使該燈具16啟動光照，進而讓該燈具16對該植栽A進行光照。 The structure configuration of the room environment automatic control system and the connection relationship thereof are as follows: Referring to FIG. 1 to FIG. 4, the user first sets a predetermined temperature by the temperature adjustment knob 211 of the adjustment unit 21. The temperature sensor 18 senses the temperature in the plant A space. When the temperature measured by the temperature sensor 18 exceeds the predetermined temperature, the temperature sensor 18 transmits a signal to the control module. 20, the control module 20 transmits a control signal to the fan to enable the fan to start and cool the plant A space; the user sets a predetermined sunshine by the sun control knob 212 of the adjusting unit 21, and The sunshine sensor senses the sunshine in the plant A space, and when the sunshine measured by the sunshine sensor is lower than the predetermined sunshine, the sunshine sensor transmits a signal to the control module 20, the control The module 20 then transmits a control signal to the luminaire 16 to cause the luminaire 16 to activate illumination, thereby allowing the luminaire 16 to illuminate the plant A.
使用者藉由該調節單元21的該環境濕度調節鈕213設定一預定環境濕度，而該環境濕度感測器19感測該植栽A空間內的環境濕度，當該環境濕度感測器19測得之環境濕度低於該預定環境濕度，則該環境濕度感測器19傳輸一訊號至該控制模組20，該控制模組20再傳輸一控制訊號至該噴霧器15，藉由啟動該噴霧器15並噴出水霧，使該植栽A空間內的環境濕度增加。 The user sets a predetermined ambient humidity by the ambient humidity adjustment knob 213 of the adjustment unit 21, and the ambient humidity sensor 19 senses the environmental humidity in the plant A space, when the ambient humidity sensor 19 measures The ambient humidity sensor 19 transmits a signal to the control module 20, and the control module 20 transmits a control signal to the atomizer 15 by actuating the atomizer 15 by the ambient humidity sensor. The water mist is sprayed to increase the environmental humidity in the plant A space.
使用者藉由該調節單元21的該土壤濕度調節鈕214設定一預定土壤濕度，而該土壤濕度感測器111感測該植栽A的土壤濕度，當該土壤濕度感測器111測得該植栽A的土壤濕度低於該預定土壤濕度時，該土壤濕度感測器111傳輸 一訊號至該控制模組20，該控制模組20再傳輸一控制訊號至該滴水器17，藉由啟動該滴水器17對該植栽A澆灌水，使該植栽A的土壤濕度增加。 The user sets a predetermined soil moisture by the soil moisture adjustment knob 214 of the adjustment unit 21, and the soil moisture sensor 111 senses the soil moisture of the plant A, and the soil moisture sensor 111 measures the soil moisture. When the soil moisture of the plant A is lower than the predetermined soil moisture, the soil moisture sensor 111 transmits A signal is sent to the control module 20, and the control module 20 transmits a control signal to the dripper 17. By initiating the dripper 17, the plant A is watered to increase the soil moisture of the plant A.
較佳的，使用者能夠透過該IP位址設定資料庫26儲存其所在地理位置的常態溫度、常態日照及常態環境濕度…等環境因素，當使用者透過該網際網路40連接至該雲端儲存模組30時，該IP位址資料庫35能夠根據該IP位址設定資料庫26內儲存的信息改變溫度資料、日照資料、環境濕度資料及土壤濕度資料，再將其傳輸至該控制模組20，使其資料能夠符合使用者當前地理位置的常態環境。 Preferably, the user can store the environmental conditions such as the normal temperature, the normal sunshine and the normal environment humidity of the geographical location of the location through the IP address setting database 26, and connect the user to the cloud storage through the Internet 40. In the module 30, the IP address database 35 can change the temperature data, the sunshine data, the environmental humidity data and the soil moisture data according to the information stored in the IP address setting database 26, and then transmit the data to the control module. 20, the normal environment for making the data conform to the user's current geographic location.
較佳的，使用者能夠藉由該使用者控制裝置60無線或有線的連接該控制模組20，並藉由該使用者控制裝置60操作該控制模組20透過該網際網路40連接至該雲端儲存模組30，更能夠藉由該使用者控制裝置60使該控制模組20自該雲端儲存模組30下載該溫度資料庫31、該日照資料庫32、該環境濕度資料庫33及該土壤濕度資料庫34內儲存的資料。 Preferably, the user can connect the control module 20 wirelessly or by wire via the user control device 60, and the user control device 60 operates the control module 20 to connect to the network through the network 40. The cloud storage module 30 can further enable the control module 20 to download the temperature database 31, the sunshine database 32, the environmental humidity database 33, and the cloud control module 30 from the cloud storage module 30. Information stored in the soil moisture database 34.
較佳的，使用者能夠藉由該控制模組20透過該網際網路40自該雲端儲存模組30下載資料，根據使用者種植的不同種類的該植栽A，透過該網際網路40自該溫度資料庫31取得對應該植栽A種類的該第一溫度資料、自該日照資料庫32取得該第一日照資料、自該環境濕度資料庫33取得該第一環境濕度資料、自該土壤濕度資料庫34取得該土壤濕度資料，而該第一溫度資料儲存至該溫度資料庫31、該第一日照資料儲存至該日照設定資料庫23、該第一環境濕度至該環境濕度設定資料庫24、該第一土壤濕度資料儲存至該土壤濕度設定資料庫25，該控制模組20根據該第一溫度資料調整該預定溫度，根據該第一日照資料調整該預定日照，根據該第一環境濕度資料調整該預定環境濕度，根據該第一土壤濕度資 料調整該預定土壤濕度，藉此，使用者能夠根據不同種類的該植栽A，直接至該雲端儲存模組30下載最合適之該溫度資料、該日照資料、該環境濕度資料及該土壤濕度資料，以提供該植栽A最佳的生長環境。 Preferably, the user can download data from the cloud storage module 30 through the Internet 40 through the control module 20, and according to different types of the plant A planted by the user, through the Internet 40 The temperature database 31 obtains the first temperature data corresponding to the type of plant A, obtains the first sunshine data from the sunshine database 32, and obtains the first environmental humidity data from the environmental humidity database 33, from the soil The humidity database 34 obtains the soil moisture data, and the first temperature data is stored in the temperature database 31, the first sunshine data is stored in the sunshine setting database 23, and the first environmental humidity is used to the environmental humidity setting database. 24, the first soil moisture data is stored in the soil moisture setting database 25, the control module 20 adjusts the predetermined temperature according to the first temperature data, and adjusts the predetermined sunshine according to the first sunshine data, according to the first environment Humidity data adjusts the predetermined ambient humidity, according to the first soil moisture Adjusting the predetermined soil moisture, the user can download the most suitable temperature data, the sunshine data, the environmental humidity data, and the soil moisture directly to the cloud storage module 30 according to different types of the plant A. Information to provide the best growing environment for the plant A.
更佳的，一管理者能夠使用該管理者控制裝置50透過該網際網路40連接至該雲端儲存模組30，而該管理者能夠輸入不同種類的植栽A之該第二溫度資料、該第二日照資料、該第二環境濕度資料及該第二土壤濕度資料至該雲端儲存模組30，而該第二溫度資料儲存於該溫度資料庫31，該第二日照資料儲存於該日照資料庫32，該第二環境濕度資料儲存於該環境濕度資料庫33，該第二土壤濕度資儲存於該土壤濕度資料庫34，且該第二溫度資料、該第二日照資料、該第二環境濕度資料及該第二土壤濕度資料相互綁定，藉此，使用者能夠自該管理者控制裝置50透過該網際網路40連接至該雲端儲存模組30，並儲存多種不同種類植栽A的資料至該雲端儲存模組30內，而使用者能夠自該控制裝置透過該網際網路40連接至該雲端儲存模組30，並根據使用者種植的該植栽A的種類下載最適合該植栽A種植的空間，使本新型培植室環境自動控制系統能夠提供該植栽A最佳的生長環境，亦無需透過使用者時刻監控並調整其環境變因。 More preferably, a manager can use the administrator control device 50 to connect to the cloud storage module 30 through the Internet 40, and the administrator can input the second temperature data of different types of plant A, The second sunshine data, the second environmental humidity data and the second soil moisture data are sent to the cloud storage module 30, and the second temperature data is stored in the temperature database 31, and the second sunshine data is stored in the sunshine data The second environmental humidity data is stored in the environmental humidity database 33, and the second soil moisture is stored in the soil moisture database 34, and the second temperature data, the second sunshine data, and the second environment The humidity data and the second soil moisture data are bound to each other, whereby the user can connect to the cloud storage module 30 from the administrator control device 50 through the Internet 40, and store a plurality of different types of plant A. The data is connected to the cloud storage module 30, and the user can connect to the cloud storage module 30 through the Internet 40 from the control device, and download the most according to the type of the plant A planted by the user. The space suitable for the planting of the plant A enables the automatic cultivation system of the cultivation room to provide the optimal growth environment of the plant A, and does not need to monitor and adjust the environmental causes through the user at all times.
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| CN110825145A (en) * | 2019-12-04 | 2020-02-21 | 安徽强英鸭业集团有限公司 | Automatic supervision system of cowshed is raised in meat duck cage |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110825145A (en) * | 2019-12-04 | 2020-02-21 | 安徽强英鸭业集团有限公司 | Automatic supervision system of cowshed is raised in meat duck cage |
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