Ί257996 九、發明說明： 【發明所屬之技術領域】 可由提供最賴紅❾縣缺紐辦法，係指一種 之；Ϊ1敢適風量以滿足各空調區個別送風及空調能量需求 其控制方法，藉以達到空調能量的供應，能與空調負荷 2 ’ k供最觀量於侧蝴區，有效料麟及防止風寒效 應之發生，進而確保空調供應之品質者。 【先前技術】 由調系統之終端箱2配置(如第-、二圖所示)，主要係 氣源或暖氣源^=1=1=^ _源供應系統係提供冷 r的入口設有-風門==== 的作動，以控制-次空氣送入之風丄了δ周式跳2 11 將空氣經由送風口 2 5送人 小/亚觀—風扇馬達2 2 回風口2 4，其係為-固定截面 亥終曰端箱2的側緣設有一 另-設定面板2 3具有設定空調^Αη °二提供二次空氣之回風， 【發明内容】 H皿度值TAo。Ί257996 IX. Description of invention: [Technical field to which the invention belongs] It can be provided by the method of providing the most indispensable means of the county in Hung Hom, which means one type; the method of controlling the air supply and air conditioning energy requirements of each air-conditioned area by Ϊ1 The supply of air-conditioning energy can be compared with the air-conditioning load 2'k for the most observing amount in the side butterfly area, effective material Lin and prevent the occurrence of wind-cooling effect, and thus ensure the quality of air-conditioning supply. [Prior Art] It is configured by the terminal box 2 of the tuning system (as shown in the first and second figures), mainly for the air source or heating source ^=1=1=^ _ The source supply system is provided with the inlet of the cold r - The operation of the damper ====, to control the air of the secondary air, the δ week type jump 2 11 The air is sent to the small air/Asian view via the air supply port 2 fan motor 2 2 air return port 2 4 An additional-setting panel 2 is provided for the side edge of the fixed-section end-end box 2, and the air-conditioning is provided to provide a return air of the secondary air. [Invention] The H-degree value TAo.
Air Volume^System%^^^ ’，，固定風量系統(C_aiit Air Volume System，簡稱VAV二、，就是採用變風量系統（v_We 該固定風量_輕持±^)二者主要差異是·· 適應負荷的變，细改魏舰㈣手段以 送風量的手段以適應負荷的變化持—定的送風溫度’利用改變 的變化，最簡捷的控制方式㈣田:固定風量系統為適應空調負荷 盤，這種控制方式雖然經濟^用2關斷冰水或熱水進入熱交換管 過大，能量控制不易，無法^到'^旦^區内的溫度、濕度將會變動 為改善固定風量系統的缺點，^榦，已不符合時代進步的需求， 、…雜用比例式開_方式來調節送風 5Air Volume^System%^^^ ',, fixed air volume system (C_aiit Air Volume System, referred to as VAV II, is the variable air volume system (v_We the fixed air volume _ light ± ^)) the main difference is · adapt to the load Change, fine-tuning Wei Ship (four) means to supply air volume means to adapt to changes in load - set the supply air temperature 'utilize changes, the simplest control method (four) Tian: fixed air volume system to adapt to air conditioning load plate, this Although the control method is economical, the use of 2 shuts off ice water or hot water into the heat exchange tube is too large, and energy control is not easy. It is impossible to change the temperature and humidity in the area where the temperature and humidity will change to improve the shortcomings of the fixed air volume system. , has not met the needs of the times of progress, ..., mixed proportions open _ way to adjust the supply of air 5
1257996 # 溫度’，方，軸在溫度、濕度魏過大方面獲得部份改善，但在冰 /熱水里改艾日守，官排溫度變動很難取得最佳平衡點；因此空調區内 的溫度、濕度很難達到理想的，故此方式在暖氣模式中，可獲得 較理心的彳工制但在冷氣模式運轉冰水流量改變時，管棑平均有效溫 度亦改變’在低顯熱負荷環境濕度很難獲得理想的控制。至於變風量 系，，雖已改善傳統固定風量系統水分回吐，溫度、濕度變動過大等 諸多缺失，且具有節能、低噪音與溫度、減敎，轉率低等多項 垃點’但在低負載運轉時，因送風量不足，會衍生空調區内氣流循環 不良1溫度分佈不均及外氣補充不足之情況，導致人員舒適度降低， 尤其是冷流縣效應龍錄弱者，甚至會嚴重影響其雜健康。 2者’身又空调使用者只知空雛是要提供舒適的環境，即使節 保已成為全球重大的議題，但有關空調一切節能與環保的措施 符ί制者舒躺要求，就是⑽令酬規定，W得到民眾 =支持，由於傳統無論是VAV或CAν系統，皆無法滿足使用者舒 ^要求’加上人為的操作因素讓原本已相當耗能的空調系統，反 為新一代的能源殺手。 為了解決以上習式空調祕之缺失，本案發明人提出—種由線端 最適風量之空調統，即本發明主要係在該空調系統之每4 =風相_風Η設有-第—可調錢板，以令該 門 ，’係依各空調區之空調能量需求的變化，調控其二次 2可次空氣進人的空氣量，並藉轉—終端箱二】 〜^逮之風扇馬達’依空調區其風量需求，在環境溫度 疋/皿又值時’控制該風扇馬達轉速於最適風量下，提供其所需風旦者又 2發明提出一種㈣最適風量變溫差之送風空調“制 列之^驟;1包括有：㈠選擇運轉模態、（二）將設定溫度值轉 境溫度錢行崎、（三）根據輯結果控伽風Η之 合度^調控一次空氣之進風量及二次空氣之回風量，並配 空調二自量’達到空調能量的供應與 6 •1257996 #利用本發明之效果’可調控各空調區其空調能量的供應，與空調 ^何自，平衡，使各空調區其環境溫度值於接（趨）近於設定溫度值 日=在最適風量狀況下’達到節省能源及防止風寒效應之發生，進而 確保空調供應之品質者。 【實施方式】 Λ餘下，茲配合圖式詳細說明介紹本發明之具體實施例，以及其所 月匕達成之功能效益如后：1257996 #温度', square, the shaft has been partially improved in terms of temperature and humidity, but it is difficult to obtain the best balance point in the ice/hot water. Humidity is difficult to achieve, so in this way, in the heating mode, a more reasonable system can be obtained. However, when the ice water flow changes in the cold air mode, the average effective temperature of the pipe also changes. It is difficult to get the ideal control. As for the variable air volume system, although the traditional fixed air volume system has improved the water respiration, the temperature and humidity changes too much, and many other defects, and has many points of energy saving, low noise and temperature, reduced enthalpy, low conversion rate, etc. During operation, due to insufficient air supply, the airflow in the air-conditioned area may be degraded. 1 The temperature distribution is uneven and the external air is insufficiently replenished, resulting in a decrease in personnel comfort, especially if the cold-flow county effect is weak, or even seriously affecting it. Miscellaneous health. 2 people's air-conditioning users only know that the empty chicks are to provide a comfortable environment, even if the insurance has become a major global issue, but all the energy-saving and environmental protection measures related to air-conditioning are required to be relegated to (10) It is stipulated that W gets the public = support, because the traditional VAV or CAν system can not meet the user's requirements ^ plus the artificial operating factors to make the air-conditioning system, which is already quite energy-consuming, a new generation of energy killers. In order to solve the lack of the above air conditioning secrets, the inventor of the present invention proposed an air conditioning system with an optimum air volume from the line end, that is, the present invention is mainly provided in the air conditioning system every 4 = wind phase _ wind Η - - adjustable The money board, in order to make the door, 'depending on the change of the air conditioning energy demand of each air-conditioned area, regulate the amount of air that enters the second secondary air, and borrows the terminal box 2】~^Catch the fan motor' According to the air volume demand of the air-conditioned area, when the ambient temperature is 疋/dish value, the fan motor speed is controlled at the optimum air volume, and the required wind speed is provided. 2The invention proposes a (four) optimum air volume and temperature difference air supply air conditioner "manufacturing The first step includes: (1) selecting the operating mode, (2) setting the temperature value to the temperature of the market, and (3) controlling the combination of the wind and the wind according to the result of the series. The return air volume of the air, and the air conditioning two self-contained 'to achieve the supply of air-conditioning energy and 6 • 1257996 #Using the effect of the invention' can regulate the supply of air-conditioning energy in each air-conditioned area, and the air conditioning ^ balance, make each air conditioner The ambient temperature value of the zone is connected ( ) Close to the set temperature value day = Under the optimal air volume condition, 'to achieve energy saving and prevent the occurrence of wind-cooling effect, and to ensure the quality of the air-conditioning supply. [Embodiment] The following is a detailed description of the present invention. The embodiments, as well as the functional benefits achieved by them in the future, are as follows:
首先4^閱第三圖所示，係本發明之具體實施例示意圖，該空調 接=係ί Γ第—熱源供應系統3提供所需之空調（該熱源供應系統所 久二凋係為一冷氣源或暖氣源）給一個以上之空調區A，並經由 刹=二箱ί入口所設之一風口 41提供一次空氣送入各空調區A，並 入久逮之風扇馬達4 2將空調之一次空氣經由送風口 4 5送 4 ^區八中’而该終端箱4的側緣設有一回風門4 4，該回風門 A之一可調式播板4 4 1，一設定面板4 3具有設定空調區 溫度ΐΐΓ SA利用一溫度感測器B 2_空調區A之環境 右一楚二月之主要特徵在於該空調系統之終端箱4的回風Η4 4設 Α的能板4 4 1 ’該第—可調式擔板4 4 1可隨著空調區 方面= ϋ其開度，利用該第—可調式擋板4 4 1的作動，- 變，藉以人^之 ，使其谓敎雛量需求調 圍，並經維持在最低值的送風溫度範 扇馬達轉賴設定溫雜Τ s時，控_節該風 空調能量以提供所需之風量，以達到各空調區A其 四、五圖所示7Γ、工调負荷自動平衡，其控制方法之步驟為（如第 遥擇運轉模態（步驟S 1 ) ··使用者 空調系統的__「牛^1/用又疋面板43選擇該 運術聽〔步1^10 ’即選擇冷氣運轉模態（步 7 1257996 暖氣運轉模態（步驟s 1 2)〕，而此步驟5 1的 廷擇運轉杈恶，亦可經由網路連線來執行· 、=^溫度值丁㈣侧之環境溫度值丁錢行比對（步驟s 、=.利用設定面板43設定空_A之設定溫度值TS，並虚 j感測HB 2所偵測空調區A之環境溫度值TA進行比對，· 、，據比對結果控伽風門44之第—可調式擋板4 4丄之開 次空氣之進風量及二次空氣之回風量，並配合風 對應轉速’以提供最適風量，達到使空調能量 與空調負荷自動平衡（步驟S3)，各空調區八其環境溫 於接（趨）近於設定溫度值丁叫，風量係維持在最 =風㈣條件下作動（最適風量的設定係根據美國冷來空調協 ^所定，準，其魏據使用場合換紐需錄選定其最適風 里，此最適風量通常為風扇馬達的最低運轉風量）。 =上述本發明之步驟S 2、s 3，在·該第—可調式擔板4 4 1來調控-次及二次空氣時，配合風扇馬達4 2的調變對應轉 速，以提供最適風量，其控制步驟如下： )在冷氣運轉模態（步驟S i i，如第五、六圖所示）其控制步 驟為. •當丁A>TS.X時（步驟s 2!工），即環境溫度值TAA 於設定溫度值T S加上設定差值X時，該第一可調式擋板4 4 1的回風開度為最小（二次空氣的回風量為最小值），一次空 氣的進風量為最大值，風扇馬達4 2以最大轉速運轉（步驟s 3 11); •在TS+X^ta^ts時（步驟S2丄2)，即環境溫度值 T A小於或等於設定溫度值τ s加上設定差值X，但大於或等 於設定溫度值T S時，風扇馬達4 2之轉速與λτ (λτ表示 TA與T S之間的溫度差值，即—丁 s )成正比（步 驟S 3 1 2 )，該第一可調式擋板4 4 χ的開度作動為（如第 七圖所示）： 1257996 (1)當ΔΤ>γ條件成立時 Τ大於讯令枯ν 士才k Υ代表设定值），即溫度差值△ γ/二心 間），並於每—祕里2 (t表7^定的時 (2 )當ΔΤ< —丫停件::严進行新-次比對與動作； 時，該第-可調’即Δτ小於設定值Υ的負值 一設定風Η二的開度係依Y/t比值開啟 比對與動作； 亚於母-单位時間t後進行新一次 (3 二，可_式擋板4 41的開度維持不變， 亚於母-早位時間t後進行新—次 3 ·在TACTS時（步驟S9 τ Q、B四乍， 宗、K1 3)卩魏溫度值TA小於設 /皿二μ 可調式擋板4 4 1的回風開度為最大開 又-人工氣進風量為最小值（步驟s 3工3 )，風速馬 2轉速為取小值（通常此最小錢設定為最適風: (二）在暖氣運轉模態（步驟S 1 2，如第五、八圖所示）·· 1 :_^<Τ S X日守（步驟S 2 2 1 )，即環境溫度值TA小 =又疋溫度值T S減去設定差值X時，第-可調式擋板4 4 1 的，開，為最小（二次空氣回風量為最小值），一次空氣的 2進八里為隶大值’風扇馬達以最大轉速運轉（步驟s 3 2 1 ); XSTASTS時（步驟S 2 2 2 ) ’即環境溫度值 A小於或等於設定溫度值冗，但大於鱗於設定溫度值了 =減去奴差值X時，風扇馬達4 2轉速與Λτ成反比（步驟 所^)2 2 )，第一可調式擋板4 4 1的開度作動為（如第九圖 (1)當△丁< — γ條件成立時，即溫度差值△丁小於設定值Υ 的負值日卞’该弟一可調式擋板4 4 1的開度係依γ/ 士比 值關閉一没定風門移動量Z，並於每一單位時間^後進行 新一次比對與動作； 9 1257996 (2)當ΔΤ>Y條件成立時，即Δτ大於設定值γ時，該第一 可調f擋板4 41的開度係依γ/t的比值開啟-設定 風門私動;sZ，並於每一單位時間t後進行新一次比對盥 動作； ^ (3 ) § | 條件成立時，即Λτ的絕對值小於或等於 口又疋值Υ日寸，δ亥第一可調式擋板4 4 1的開度維持不變， 並於每一單位時間t後進行新一次比對與動作； 3在TA>T S時（步驟s 2 2 3 )，即環境溫度值TA大於設 定溫度時，第一可調式擋板4 4 1的回風開度為最大開 度’二次空氣回風量為最大值，一次空氣進風量為最小值，風 扇馬達4 2之轉速為最小值（步驟s 3 2 3)。 /青再參閱第十圖所示，係本發明之第二實施例系統圖，即在上述 ^圖=示之實施例的架構下，該風扇馬達4 2的後側或其前側（如 弟十/圖所不）设置-第二熱源供應裳置4 7 (47，），其設置的 3係^ί空氣送風量的前提下，當第—熱源供應裝置3的 、岭）來降溫；反之，當第—熱源供應裝置3之空調- _ 又過?時(指冷氣供應狀態)，利用該第二熱源供應裝 置4 ( ( 4 7 )來升溫。 防止，所示’係本發明之第三實施例系統圖，係為了 力空調區編度值低於設定崎值時啟動 施於本^明之第四實施例系統圖，係針對本發明實 系統二二變=統之情況’其係由 門δΐ=工虱並於該終端箱5其入口設一風 2的能量需求調整第二可調式擋板5 1 1，可隨著空調區A 用-風Θ I ’啸制㈣—次空氣進人的空氣量，並利 羽…、2將一次空氣經由送風口 5 5送入空調區a 2，而該 1257996 4 ’該晴15 4為—可調回風截面 ^ 2之^〜^共一次空氣的回風，m板5 3具有設定空調區 严产S 2及利用-溫度感測器B 3偵測空調區A 2 -ί二二捧η’利用該空調系統之終端箱5的回風門5 4設有 产，並^二^二-4 1 ’可隨著空調區Α 2的能量需求調整其開 可調式擋板5 1 1的開度調整…方面調節空 可以p $ί曰1進入的空氣量，另—方面使二次空氣之回風量 ，藉以達到送風溫度與回風溫度的差值維持在 r s能2與空s調=動平衡，其控制方法之步驟== 氣的回風量，另一方面 利用兮第 1 = 周彳工V :尺工 制t為 2的調變對應轉速，以提供最適風量，其控 在冷氣運轉模恶（如第十四圖所示）· 1 ·當TA2>TS 2+X時（步驟s 2 丄 4) 2大於設定^tT s _2加上設^差值第; 二可調式概511之開度為全開，-次空氣的= 值，風扇馬達5 2以最大轉速運轉（步驟、里、’、、、取 於或等於設定溫度值t2加上設定差值χ，但大 比 _s 3 i 2_與^成正 板5 11的開度作動為（如第七圖所田示）5 41及弟—可調式擔 (1)當ΛΤ>Y條件成立時，即Λτ大於設定值γ時 調式擔板5 41的開度係依Y/t 二° 移動量Ζ，而第二可調式擋板51 =—:= 移動量Ζ，並於每—單位_彳__:=_= 門 11 1257996 :\ Y條件成立時，即△丁小於設定值γ的負值時， 〜田二可"周?4擋板5 4 1的開度係依Y/ t比值開啟-設 ，而第二可調式擋板5 1 1則對應關閉-設 =私動里z ’並於每一單位時間t後進行新-次比對與 1H乍； 二1 條件成立時，即△丁的絕對值小於或等於設First, as shown in the third figure, a schematic diagram of a specific embodiment of the present invention, the air conditioner connection system provides a required air conditioner (the heat source supply system is a cold air supply system) The source or the heating source is given to more than one air-conditioned area A, and one air is supplied to each air-conditioning area A via one of the air outlets 41 provided by the entrance of the brake box, and the fan motor 4 2 is incorporated into the air-conditioning area. The air is sent to the side of the terminal box 4 via the air supply port 45, and the side edge of the terminal box 4 is provided with a return air door 44. One of the return air door A can be adjusted to the board 4, and a setting panel 4 3 has a set air conditioner. The temperature of the zone ΐΐΓ SA utilizes a temperature sensor B 2_ the environment of the air-conditioned zone A. The main feature of the right-handed second month is that the return air Η 4 of the terminal box 4 of the air-conditioning system is provided with an energy board 4 4 1 ' -Adjustable slab 4 4 1 can be used as the air conditioning area = ϋ its opening degree, using the first adjustable baffle 4 4 1 to act, change, by means of people, so that the 敎 敎 quantity demand adjustment Surrounding, and after maintaining the lowest value of the supply air temperature fan motor to the set temperature miscellaneous s s, the control _ section of the wind air conditioning can In order to provide the required air volume, to achieve the automatic balance of the 7 Γ and the work load as shown in the fourth and fifth diagrams of each air-conditioned area A, the steps of the control method are as follows (for example, the first remote operation mode (step S 1 ) ·· __"Niu ^ 1 with the panel 43 43 select the operation to listen to [step 1 ^ 10 ' that is to select the air-conditioning mode (step 7 1257996 heating mode (step s 1 2)), and The step selection of this step 5 1 is abhorrent, and can also be performed via the network connection. The temperature value of the temperature value of the (4) side is compared with the data of the D4 (steps s, =. _A sets the temperature value TS, and imaginary j senses the ambient temperature value TA of the air-conditioned area A detected by HB 2 for comparison, and, according to the comparison result, the damper 44 is adjusted - the adjustable baffle 4 4丄 开 开 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气(trend) near the set temperature value, the air volume is maintained at the most = wind (four) conditions (optimal air volume According to the US Cold Air Conditioning Co., the standard is required. The optimum wind volume is usually the minimum operating air volume of the fan motor. The step S 2 of the present invention is as follows. s 3, when the first-adjustable support plate 4 4 1 regulates the secondary and secondary air, the fan motor 42 is adjusted to correspond to the rotational speed to provide an optimum air volume, and the control steps are as follows: The modality (step S ii, as shown in the fifth and sixth figures) has a control step of: • when D>TS.X (step s 2!), that is, the ambient temperature value TAA is added to the set temperature value TS. When the difference X is set, the return air opening degree of the first adjustable baffle 44 1 is the smallest (the return air amount of the secondary air is the minimum value), the air intake amount of the primary air is the maximum value, and the fan motor 42 is the maximum. Speed operation (step s 3 11); • at TS+X^ta^ts (step S2丄2), ie the ambient temperature value TA is less than or equal to the set temperature value τ s plus the set difference X, but greater than or equal to When the temperature value TS is set, the rotation speed of the fan motor 42 is λτ (λτ represents the temperature difference between TA and TS, - s s ) is proportional (step S 3 1 2 ), the opening of the first adjustable baffle 44 4 作 is (as shown in the seventh figure): 1257996 (1) When the ΔΤ>γ condition is established Τ More than the commander ν 士 士 才 Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Υ Stopping:: Strictly perform new-time comparison and action; When the first-adjustable 'that is Δτ is less than the negative value of the set value 一, set the opening degree of the wind two to open the comparison and action according to the Y/t ratio ; sub-mother - a new time after unit time t (3, the opening of the _ baffle 4 41 remains unchanged, sub-mother-early time t after the new-time 3 · in TACTS (step S9 τ Q, B four 乍, Zong, K1 3) 卩Wei temperature value TA is less than set / dish two μ adjustable baffle 4 4 1 return air opening is maximum open and artificial gas intake air is minimum (step s 3 3), the speed of the wind speed 2 is a small value (usually the minimum money is set to the optimum wind: (2) in the heating mode (step S 1 2, as shown in the fifth and eighth figures)·· 1 :_^<Τ SX day guard (step S 2 2 1 ), ie ring When the ambient temperature value TA is small = the temperature value TS is subtracted from the set difference value X, the first-adjustable baffle 4 4 1 is opened to the minimum (the secondary air return air amount is the minimum value), and the primary air is 2 in.八里 is a large value 'fan motor running at maximum speed (step s 3 2 1 ); XSTASTS (step S 2 2 2 ) 'that is, the ambient temperature value A is less than or equal to the set temperature value, but greater than the scale at the set temperature value When the slave difference X is subtracted, the fan motor 42 speed is inversely proportional to Λτ (step 2) 2 2 ), and the opening degree of the first adjustable baffle 44 1 is (for example, the ninth figure (1) When the condition of Δ丁<- γ is established, that is, the temperature difference Δ is less than the negative value of the set value Υ, the opening degree of the adjustable baffle 4 4 1 is closed according to the γ/s ratio. The damper moves by Z and performs a new comparison and action after each unit time; 9 1257996 (2) When the ΔΤ>Y condition is established, that is, Δτ is greater than the set value γ, the first adjustable f-baffle The opening degree of 4 41 is opened according to the ratio of γ/t - the damper private action is set; sZ, and a new comparison action is performed after each unit time t; ^ (3 ) § | When the piece is established, that is, the absolute value of Λτ is less than or equal to the value of the port and the value of the day, the opening degree of the first adjustable baffle 44 1 of δHi remains unchanged, and a new ratio is obtained after each unit time t When the TA>TS (step s 2 2 3 ), that is, the ambient temperature value TA is greater than the set temperature, the return air opening of the first adjustable baffle 44 1 is the maximum opening degree 'secondary air The amount of return air is the maximum value, the amount of primary air intake is the minimum value, and the rotational speed of the fan motor 42 is the minimum value (step s 3 2 3). Referring to FIG. 10, a system diagram of a second embodiment of the present invention, that is, the rear side of the fan motor 42 or its front side (such as the younger brother) under the structure of the embodiment shown above. / Figure does not) set - the second heat source supply skirt 4 7 (47,), the set of 3 series ^ ί air supply air volume, when the first - heat source supply device 3, the ridge) to cool; When the air conditioner - _ of the first heat source supply device 3 passes again (refers to the cold air supply state), the second heat source supply device 4 (( 4 7 ) is used to raise the temperature. Prevention, shown as 'the third implementation of the present invention' The system diagram is a system diagram for the fourth embodiment of the present invention when the code value of the air conditioning area is lower than the set value, and is for the case of the second system of the present invention. =Working and setting the second adjustable baffle 5 1 1 for the energy demand of the wind 2 at the entrance of the terminal box 5, which can be used with the air-conditioning area A The amount of air, and plume..., 2 will send the primary air to the air-conditioning zone a 2 via the air supply port 5 5, and the 1257996 4 'the clear 15 4 is - adjustable Wind section ^ 2 ^ ^ ^ a total of air return air, m board 5 3 has set the air conditioning area to produce S 2 and use - temperature sensor B 3 to detect the air conditioning area A 2 - ί二二捧 η 'utilization The air return door 5 of the terminal box 5 of the air conditioning system is provided with a production, and ^2^2-4 1 ' can adjust the opening degree of the open adjustable baffle 51 1 with the energy demand of the air conditioning area ... 2... The aspect adjusts the amount of air that can be entered by p $ί曰1, and the amount of return air of the secondary air, so as to achieve the difference between the supply air temperature and the return air temperature is maintained at rs can 2 and the air s = dynamic balance, The control method steps == the return air volume of the gas, on the other hand, the 转速1 = 彳 彳 V : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : 4)) 1 · When TA2>TS 2+X (step s 2 丄4) 2 is greater than the setting ^tT s _2 plus the difference value; the second adjustable mode 511 opening is fully open, - The value of the secondary air, the fan motor 52 is operated at the maximum speed (step, inside, ',,, or equal to or equal to the set temperature value t2 plus the set difference χ, but the ratio _s 3 i 2_ The opening degree of the positive plate 5 11 is (as shown in the seventh figure) 5 41 and the brother-adjustable load (1) when the ΛΤ>Y condition is established, that is, when the Λτ is larger than the set value γ, the adjustable plate 5 The opening degree of 41 is Y t 2° movement amount Ζ, and the second adjustable baffle 51 =—:= movement amount Ζ, and in every unit _彳__:=_= door 11 1257996 :\ Y When the condition is established, that is, when the value of Δ is less than the negative value of the set value γ, the opening degree of the "Tian 2" "4? baffle 5 4 1 is opened according to the Y/t ratio, and the second adjustable baffle 5 1 1 corresponds to close-set = private action z ' and performs new-time comparison and 1H乍 after each unit time t; 2 1 When the condition is established, the absolute value of △ is less than or equal to
Ui，該第—可調式擋板5 41及第二可調式播板51 的開度維持不變，並於每-單位時間t後進行新-次比對 丁 S2時（步驟S2 1 6)，即環境溫度值TA2小 S 2時’該第—可調式擋板5 4 1的回風開度為 Ί pi二次空氣的回風量為最大值），該第二可調式擋板5 幵又最】、，一次空氣的進風量則為最小值（步驟S 3 1 6 )，風扇馬達5 2轉速為最小值；Ui, the opening degree of the first adjustable baffle 51 and the second adjustable dash plate 51 are maintained, and when the new-time comparison D2 is performed after each unit time t (step S2 16), That is, when the ambient temperature value TA2 is small S 2 'the return air opening degree of the first adjustable baffle 51 1 is 最大值 pi secondary air return air is the maximum value), the second adjustable baffle 5 is the most 】, the air intake amount of the primary air is the minimum value (step S 3 16), and the fan motor 52 speed is the minimum value;
二、^氣運轉模態（如第十五圖所示）： 1 .，yA^2<TS2-X時（步驟S 2 2 4)，即環境溫度值TA ’、，设定溫度值T S 2減去設定差值χ時，該第一可調式播板 f ^的回風開度為最小（二次空氣的回風量為最小值），該第 ^可調式擔板511之開度為全開，—次空氣的進風量則為最大 ’風扇馬達5 2以最大轉速運轉（步驟S 3 2 4 ); 庚插^。X^ T A 2 ‘ T S 2時（步驟S 2 2 5 )，即環境溫 ^ 大於或專於设定溫度值T S 2減去設定差值X，但小 於設定溫度值T s 2時，風扇馬達5 2轉速與成反比 =驟S 3 2 5 )’該第-可調式撞板5 4 i及第二可調式撞板 5 1 1的開度作動為（如第九圖所示）： (1)當△丁<—γ條件成立時，即ΛΤ小於設定值γ的負值時， f第一可調式擋板5 41的開度係依Y/t比值關閉一設 —八門私動昼Z，而弟一可調式擋板51 1則對應開啟一設 定風門移動量Z，並於每—單位時間t後進行新—次比對與 12 1257996 動作； 调式擒板541的開度係依Y/t的比值開啟-設定風Second, ^ gas operation mode (as shown in the fifteenth figure): 1, yA ^ 2 < TS2-X (step S 2 2 4), that is, the ambient temperature value TA ',, set the temperature value TS 2 When the set difference χ is subtracted, the return air opening degree of the first adjustable broadcast plate f ^ is the smallest (the return air amount of the secondary air is the minimum value), and the opening degree of the second adjustable type plate 511 is fully open. - The amount of intake air of the secondary air is the maximum 'The fan motor 5 2 is operated at the maximum speed (step S 3 2 4 ); X^ TA 2 'TS 2 (step S 2 2 5 ), that is, the ambient temperature ^ is greater than or exclusively for the set temperature value TS 2 minus the set difference X, but less than the set temperature value T s 2, the fan motor 5 2 rpm and inverse ratio = step S 3 2 5 ) 'The opening of the first-adjustable striker 5 4 i and the second adjustable striker 5 1 1 is as shown in the figure IX: (1) When the condition of Δ丁<-γ is established, that is, ΛΤ is less than the negative value of the set value γ, the opening degree of the first adjustable baffle 51 is closed according to the Y/t ratio - eight private 昼Z The younger one adjustable baffle 51 1 correspondingly opens a set damper movement amount Z, and performs a new-time comparison and 12 1257996 action after each unit time t; the opening degree of the adjustable sill plate 541 is Y/ The ratio of t is on - set the wind
It Γ而第二可調式擋板5 1 1則對應酬-設定風Η 私動里ζ，麟每—單辦間t後進行新—次崎與動 (3)當^丁 I 條件立時，即△丁的絕對值小於或等於設定It Γ and the second adjustable baffle 5 1 1 corresponds to the reward - setting the wind Η 私 ζ 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟 麟The absolute value of △ is less than or equal to the setting
值Υ時，該第一可調式擋板54丄及第二可調式播板5 U 的開度維持不變，並於每一單位時間t後進行新一次比對與 動作； 一 3·在TA2>TS2時（步驟S2 2 6)，即環境溫度值TA2大 又疋服度值TS 2時，該第-可調式擋板5 4丄的回風開度為 敢大開度了夂工氣的回風量為最大值，該第二可調式擋板5 1 1之開度為最小，-次空氣的進風量則為最小值，風扇馬達5 2 之轉速為最小值（步驟s 3 2 6)。 藉由上述本發_㈣步驟與實補，可般齡統其終端箱在 空調區的環境溫度達_設溫度範_前提下，使送風溫度與回風溫 度是值維持在最低的範_，空調能量的供應與空調負荷自動平衡， ^空調區其環境溫度值於接（趨）近於設定溫度_，風量係維持在 最適風量雜件下作動，藉此有效達聊城源，及防止風窠效應， 確保空調供應品質之維持者。 惟=上所述者，僅4本發明之較佳實施例而已，當不能以此限定 本發明^施之範圍，即大凡依本發明申請專利範圍及發明說明書内容 所作之簡單的等效變化與修飾，皆應仍屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 第一圖，係習式空調實施例示意圖（一）。 第二圖，係習式空調實施例示意圖（二）。 13 1257996 第三圖，係本發明空調實施例示意圖。 第四圖，係本發明控制流程圖（一）。 第五圖，係本發明控制流程圖（二）。 第六圖，係本發明控制流程圖（三）。 第七圖，係本發明控制流程圖（四）。 第八圖，係本發明控制流程圖（五）。When the value is Υ, the opening degree of the first adjustable baffle 54丄 and the second adjustable baffle 5 U remain unchanged, and a new comparison and action is performed after each unit time t; a 3· in TA2> When TS2 (step S2 26), that is, when the ambient temperature value TA2 is large and the service value TS 2 is large, the return air opening degree of the first-adjustable baffle 54 4 is a bold opening degree. The air volume is the maximum value, the opening degree of the second adjustable baffle 51 is the minimum, the air intake amount of the secondary air is the minimum value, and the rotational speed of the fan motor 52 is the minimum value (step s 3 26). By the above-mentioned _(four) step and the actual compensation, the temperature of the air supply temperature in the air-conditioning zone can be maintained at a minimum value under the premise that the ambient temperature of the terminal box is _, The supply of air-conditioning energy is automatically balanced with the air-conditioning load. ^ The ambient temperature value of the air-conditioned area is close to the set temperature _, and the air volume is maintained under the optimum air volume, thereby effectively reaching the source of the city and preventing the wind. Effect, ensuring the maintenance of air conditioning supply quality. However, the above description is only for the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the simple equivalent change of the patent application scope and the description of the invention is Modifications are still within the scope of the invention. [Simple description of the diagram] The first figure is a schematic diagram of a conventional air conditioning embodiment (1). The second figure is a schematic diagram of a conventional air conditioning embodiment (2). 13 1257996 The third figure is a schematic diagram of an air conditioning embodiment of the present invention. The fourth figure is a control flow chart (1) of the present invention. The fifth figure is a control flow chart (2) of the present invention. The sixth figure is a control flow chart (3) of the present invention. The seventh figure is a control flow chart (4) of the present invention. The eighth figure is a control flow chart (5) of the present invention.
第九圖，係本發明控制流程圖（六）。 第十圖，係本發明第二實施例示意圖（一）。 第十一圖，係本發明第二實施例示意圖（二）。 第十二圖，係本發明第三實施例示意圖。 第十三圖，係本發明第四實施例示意圖。 第十四圖，係本發明第四實施例控制流程圖（一）。 第十五圖，係本發明第四實施例控制流程圖（二）。 2 1 風門 22 風扇馬達 2 4 回風口 4 終端箱 42 風扇馬達 4 4 回風門 4 5 送風口 【主要元件符號說明】 2 終端箱 211 可調式擋板 2 3 設定面板 2 5 送風口 3 第一熱源供應系統 4 風口 4 3 設定面板 441 第一可調式擋板 14 1257996 4 7 、4 7’ 第二熱源供應裝置 4 8 加溼器 5 終端箱 5 1 風門 5 1 1 弟·一可调式撞板 5 2 風扇馬達 5 3 設定面板 5 4 回風門 5 4 1 第一可調式擋板 5 5 送風口 6 第一熱源供應系統 A0 空調區 A 1 、A2 空調區 B 1 溫度感測器 B 2、 B 3 温度感測器 S1、S2、S3、S10、S11、S12、S211、S2 12、S213、S214、S215、S216、S221、 S222、S223、S224、S225、S226、S31 1、S313、S314、S315、S316、S321、S 323、S324、S325、S326 步驟 TAo環境溫度值 TA、ΤΑ 2環境溫度值 T So設定溫度值 T S、T S 2設定溫度值 ΔΤ 溫度差值 X設定差值 z 設定風門移動量 t 設定的時間 Y設定值 15The ninth diagram is a control flow chart (6) of the present invention. Figure 10 is a schematic view (1) of a second embodiment of the present invention. Figure 11 is a schematic view (2) of a second embodiment of the present invention. Figure 12 is a schematic view showing a third embodiment of the present invention. Figure 13 is a schematic view showing a fourth embodiment of the present invention. Figure 14 is a control flow chart (1) of the fourth embodiment of the present invention. The fifteenth diagram is a control flow chart (2) of the fourth embodiment of the present invention. 2 1 damper 22 fan motor 2 4 return air port 4 terminal box 42 fan motor 4 4 return air door 4 5 air supply port [main component symbol description] 2 terminal box 211 adjustable baffle 2 3 setting panel 2 5 air supply port 3 first heat source Supply system 4 tuyere 4 3 setting panel 441 first adjustable baffle 14 1257996 4 7 , 4 7' second heat source supply 4 8 humidifier 5 terminal box 5 1 damper 5 1 1 brother · an adjustable bumper 5 2 Fan motor 5 3 Setting panel 5 4 Return air door 5 4 1 First adjustable baffle 5 5 Air supply port 6 First heat source supply system A0 Air conditioning area A 1 , A2 Air conditioning area B 1 Temperature sensor B 2, B 3 Temperature sensors S1, S2, S3, S10, S11, S12, S211, S2 12, S213, S214, S215, S216, S221, S222, S223, S224, S225, S226, S31 1, S313, S314, S315, S316, S321, S 323, S324, S325, S326 Step TAo ambient temperature value TA, ΤΑ 2 ambient temperature value T So set temperature value TS, TS 2 set temperature value Δ Τ temperature difference X set difference z set damper movement amount t Set time Y setting value 15