201231888 六、發明說明： 【發明所屬之技術領域】 • 本發明財_境優化控織置 中之溫度、财及錢㈣ 从於—種令環境 間。 &條件’使其達富舒適感之環境空 【先前技術】 一般人們皆希所處之環境為—舒適之空間， 處於一建築物之中時，對节豪 、右疋/頁長期 町对錢病物中環境品 上而除了聲音之外，對於環境之 視。傳統 面之要求。 。〇質要求不外乎為溫度及濕度方 有關溫度方面之要求乃有賴於冷、暖氣_繼行控 制’目前的科技之應用，已使 工 使大尿足以可獲得-適當溫度之室内 工B。、濕度方面之要__於除，加濕設備為之，一般 而吕，目前的科技相關設備亦能提供一般日常生活上濕度表現之 =制要求。然」除了溫度、濕度之外，人們所處之空間實際上尚 =滿足夠之氧氣，方足以稱為—優質之環境空間，當人們所處 兄中右長期處於含氧量不足之情況下，即易使處於其中之人 員感到不適’甚至有危害身體健康之虞，足見氧氣於人員所處之 空間中佔有極大之重要性。 有id於此’本案發明人遂潛心研發’並經多次實驗，終獲至 本案。 【發明内容】 [si 本發明乃係有關一種環境優化控制裝置，主要乃在常保一環 201231888 境中之優化品質’使處於其中之人們享受到極佳之舒適感。 為此’本發明之環境優化控制裝置，至少具有監控感知器組、 微電腦處理器及環境設備組。其中，監控感知器組乃至少包含有201231888 VI. Description of the invention: [Technical field to which the invention pertains] • The temperature, money, and money in the invention of the invention are controlled by the environment. & conditions 'environment to make it comfortable and comfortable [previous technology] The environment where people generally want to be in a comfortable space, when in a building, on the festival, right 疋 / page long-term town In addition to sound, the environment of the money and the disease is the view of the environment. The traditional requirements. . The requirements for enamel are nothing but the temperature and humidity. The temperature requirements depend on the cold and heating _ relay control. The current technology application has enabled the large urine to be obtained - the indoor temperature B. In terms of humidity, __ in addition to humidification equipment, general and Lu, the current technology-related equipment can also provide general humidity performance in daily life = system requirements. However, in addition to temperature and humidity, the space in which people live is actually enough oxygen, which is enough to be called a high-quality environmental space. When people are in the middle of their brothers, they have long been in an oxygen-deficient situation. That is to say, it is easy for the person in it to feel uncomfortable, and even harms the health of the body, which shows that oxygen is of great importance in the space in which the person is located. There is id in this case, the inventor of this case devote himself to research and development, and after many experiments, he finally got the case. [Summary of the Invention] [Si The present invention relates to an environment-optimized control device, which is mainly optimized in the environment of Changbao First Ring 201231888, so that people in it enjoy excellent comfort. To this end, the environmental optimization control device of the present invention has at least a monitoring sensor group, a microcomputer processor, and an environmental device group. Wherein, the monitoring sensor group includes at least
溫度感知器、濕度感知器及氧氣感知器，透過監控感知器組中各 感知器之偵側，而可得知該所處環境中狀況。各感知器所得之偵 側結果並會傳遞至微電腦處理器進行比對，微電腦處理器中則預 植有如溫度、濕度及含氧濃度之環境條件參數。另，環境設備組 至少包含有冷/暖氣空調設備、除/加濕設備及富氧供給設備。 當監控感知器組中有偵測到任一環境條件未符預設之條件時，微 電腦處理器即輸出訊號令環境設備組中相對應之設備啟動，對該 環境進行優化之改善工程。 【實施方式】 為使貴審查員能更易於了解本發明所能達成之功效，兹配 合圖式說明如后： 首先敬請參閱圖-所示’本發明之環境優化控制震置至少包 含有監控感知器組1、微電腦處理器2及環境設備組3。其中， 【控感知器組1至少包含有溫度感知器丨丨、濕度感知器12及 氣氣感知器1 3，微電胳> 處理ts 2並至少預植有严戶：产 氣含量之各參數，微電腦處理器2亦可接受來自監控感知器組T 中各感知ϋ傳遞各參數之訊號’且可對環境設備組3輪出其啟動 及停止之訊號：環贼備組3至少包含有冷/暖氣空調設備3 1、除/加濕設備3 2及富氧供給設備3 3。 201231888 ,控感知H組1中之溫度感知H !丨、濕度感知器丄2及氧 氣感知器13乃分別可偵測環境中之溫度、濕度及含氧濃度之狀 况並將偵測所得之結果傳遞給予微電腦處理器2供其判讀，微 電腦處理器2中乃預值有欲對環境達成之溫度、濕度及含氧濃度 之條件參數，遂會將各壯騎得之_結料行比對，一旦比 對結果有任—環境條件未達預設標準時，即輸出訊號至環境設備 組3，並令環境設備組3中相對應之設備啟動，直到感知器情測 參到環境條件達預設之條件時，該相對應之設備才停止運轉。 抑本發明實施時’監控感知器組丄中之溫度感知器工工乃對應 於壤境設備組3中之冷/暖氣空調設備3丄；濕度感知器工2乃 對應於除/加濕设備3 2 ;而氧氣感知器丄3則對應於富氧供給 設備3 3。 於疋透過監控感知器組丄中之溫度感知器丄丄將其侦測結 果傳遞予微電腦處理器2進行比對，若環境中之溫度高於或低於 鲁預設之溫度時’微電腦處理器2隨即對冷/暖氣空調設備3工輸 出π其啟動之喊’該冷/暖氣空調設備3 1之啟動運轉將對環 兄L皿度進仃降溫或升溫之動作，直至該環境中之溫度被溫度感 器11偵測到已達預設之溫度時，微電腦處理器2將再對冷/ 暖Hit 3 1輸出令其停止運轉之訊號，如此即可使環境長 保於一預設之溫度中。 或’透過監控感知器組工中之滿度感知器丄2將其情測結果 傳遞予微電腦處理器2進行比對，若環境中之濕度高於或低於預[s] 5 201231888 設之濕度時，微電腦處理器2隨即對除/加濕設備3 2輪出八其 啟動之訊號，該除/加濕設備3 2之啟動運轉將對環境中之^产 •造成改變，直到該環境中濕度被濕度感知器丄2_到已達預二 .·之濕度條件’微電腦處理器2將再對除/加濕設備3 2輪出^ 停止運轉之訊號，如此即可使環境長保於一預設之濕度中。 《，透過監控感知器組1中之氧氣感知器工3將其偵測妹果 傳遞予微魏處理器2進行比對，若環境中之含氧濃度低㈣設 修之條件時’微電腦處理器2隨即對富氧供給設備3 3輸出令且啟 動之訊號’透過富氧供給設備3 3之啟動運轉，將對該環境中輸 出含富氧之空氣，直至該環境中之含魏度被氧氣感知器工3偵 測到達預設條件時，微電腦處理器2將再對富氧供給設備3 3輸 出令其停止運轉之滅，如此即可使觀之空氣含氧量長保於一 預設之條件中。 上述中微電腦處理器2中溫度、濕度及氧氣含量之各參數， _除了預植於其中之外’微電腦處理器2進一步更可連結予pLc人 機介面裝置2 1，透過該PLC人機介面裳置2丄可讓使用者隨時 對監控感知器組1、環境設備組3之各訊號進行操控調整。 本發明之功效乃在於，概控壯驗1巾各溫度感知器i 1、濕度感知器12及氧氣感知n!3設置於—建築物空間中， f過該等感知器可_得知該建築物中之溫度、濕度及空氣含氧 ®等環境狀況，並將偵測所得結果傳遞予微電腦處理器2進行比 對’若經微電腦處理器2進行比對出有任-環境條件未符所預設m 6 201231888 之條件時’微電腦處理器2即輸出訊號令所對應之環境設備組3 啟動，以對該環境進行優化之改善工程。 紅上所述，本發明之環境優化控制裝置，確實可達到環境優 化之功效，因此具有毅產業實用價值，並具備新雛及進步性 之要件，羑依法提出發明專利之申請，懇請貴審查委員能准予 專利權之審定，至感德便。 【圖式簡單說明】 圖一係本發明之應用示意圖。 圖二係本發明之另一實施應用示意圖。 【主要元件符號說明】 1監控感知器組 11溫度感知器 12濕度残知器 13氧氣感知器 2微電腦處理器 2 1PLC人機介面裝置 3環境設備組 31冷/暖氣空調設備3 2除/加濕設備 3 3富氧供給設備The temperature sensor, the humidity sensor, and the oxygen sensor can know the condition in the environment by monitoring the side of each sensor in the sensor group. The detection results obtained by each sensor are transmitted to the microcomputer processor for comparison. The microcomputer processor is pre-planted with environmental conditions such as temperature, humidity and oxygen concentration. In addition, the environmental equipment group includes at least cold/heating air conditioning equipment, dehumidification/humidification equipment, and oxygen enrichment equipment. When any condition in the monitoring sensor group that detects that any environmental condition does not match the preset condition, the microcomputer processor outputs a signal to enable the corresponding device in the environmental device group to start, and optimize the environment for improvement. [Embodiment] In order to make it easier for the examiner to understand the effects that can be achieved by the present invention, the following description is in conjunction with the following: First, please refer to the figure - the environmental optimization control of the present invention includes at least monitoring. Sensor group 1, microcomputer processor 2 and environment device group 3. Wherein, [the sensory sensor group 1 includes at least a temperature sensor 丨丨, a humidity sensor 12, and an air sensation device 13 , a micro singer > s 2 and at least pre-planted with a strict household: gas content The parameter, the microcomputer processor 2 can also receive the signal from each sensor in the monitoring sensor group T to transmit the parameters 'and can start and stop the environmental device group 3: the ring thief group 3 contains at least cold / Heating and air conditioning equipment 3 1. Dehumidification/humidification equipment 3 2 and oxygen-enriched supply equipment 3 3. 201231888, Temperature Sensing H!丨, Humidity Sensor 丄2 and Oxygen Sensor 13 in H group 1 can detect the temperature, humidity and oxygen concentration in the environment and detect the result. The transfer is given to the microcomputer processor 2 for interpretation, and the microcomputer processor 2 is pre-valued with the conditional parameters of the temperature, humidity and oxygen concentration to be achieved for the environment, and the 壮 行 遂 , , , , , Once the comparison result is in place—the environmental condition does not reach the preset standard, the signal is output to the environmental device group 3, and the corresponding device in the environmental device group 3 is activated until the sensor condition reaches the preset environmental condition. When the condition is met, the corresponding device stops operating. In the implementation of the present invention, the temperature sensing device in the monitoring sensor group corresponds to the cold/heating air conditioning device in the ground equipment group 3; the humidity sensing device 2 corresponds to the dehumidification/humidification device. 3 2 ; and the oxygen sensor 丄 3 corresponds to the oxygen-rich supply device 3 3 . Yu Wei transmits the detection result to the microcomputer processor 2 through the temperature sensor in the monitoring sensor group. If the temperature in the environment is higher or lower than the preset temperature, the microcomputer processor 2 Immediately on the cold / heating air conditioning equipment 3 output π its start shout 'The cold / heating air conditioning equipment 3 1 start operation will be on the ring brother L degree into the temperature to cool or warm up until the temperature in the environment is When the temperature sensor 11 detects that the preset temperature has been reached, the microcomputer processor 2 will output a signal for stopping the operation of the cold/warm Hit 3 1 so that the environment can be kept at a predetermined temperature. Or 'pass the monitor sensor to the fullness sensor 丄 2 to pass the test result to the microcomputer processor 2 for comparison, if the humidity in the environment is higher or lower than the pre-[s] 5 201231888 humidity At the same time, the microcomputer processor 2 immediately turns on the activation signal of the dehumidification/humidification device 3 2, and the startup operation of the dehumidification/humidification device 32 will change the environment in the environment until the humidity in the environment By the humidity sensor 丄2_ to the humidity condition of the pre-second. The microcomputer processor 2 will turn off the signal of the dehumidification/humidification device 3 2 to stop the operation, so that the environment can be kept at a preset. In the humidity. "Through the oxygen sensor 3 in the monitoring sensor group 1, the detection result is transmitted to the Weiwei processor 2 for comparison. If the oxygen concentration in the environment is low (4), the condition of the repair is performed. Then, the oxygen-enriched supply device 3 3 outputs the command and the activated signal 'runs through the oxygen-enriched supply device 3 3 , and the oxygen-enriched air is output to the environment until the Wei-degree of the environment is controlled by the oxygen sensor. When the process 3 detects that the preset condition is reached, the microcomputer processor 2 will output the oxygen-enriched supply device 3 3 to stop the operation, so that the oxygen content of the air is maintained in a predetermined condition. The parameters of temperature, humidity and oxygen content in the above-mentioned microcomputer processor 2, _ in addition to being pre-planted in it, the microcomputer processor 2 is further connected to the pLc human-machine interface device 2, through which the human-machine interface is Setting 2丄 allows the user to adjust and adjust the signals of the monitor sensor group 1 and the environment device group 3 at any time. The effect of the invention is that the temperature sensor i 1 , the humidity sensor 12 and the oxygen sensing n! 3 of the 1 towel are set in the building space, and the sensor can be known to the building. Environmental conditions such as temperature, humidity and air oxygenation®, and the results of the detection are transmitted to the microcomputer processor 2 for comparison. If the microcomputer processor 2 is used for comparison, the environmental conditions are not met. When the condition of m 6 201231888 is set, 'Microcomputer processor 2 outputs the signal to the corresponding environmental equipment group 3 to start the optimization project to optimize the environment. As described above, the environmental optimization control device of the present invention can indeed achieve the effect of environmental optimization, and therefore has the practical value of the industry, and has the requirements for new and progressive, and the application for the invention patent is filed according to law, and the review committee is invited. Can grant the approval of the patent right, to the sense of virtue. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic diagram of the application of the present invention. Figure 2 is a schematic view of another embodiment of the present invention. [Main component symbol description] 1 monitor sensor group 11 temperature sensor 12 humidity residual device 13 oxygen sensor 2 microcomputer processor 2 1PLC human interface device 3 environmental equipment group 31 cold / heating air conditioning equipment 3 2 de-icing / humidification Equipment 3 3 oxygen-rich supply equipment