1 五、發明説明（ <發明背景〉 有關電風扇配合計日车哭4 卞時态控制的方法，習用的做法請參閱 :圖。當電風扇被啟動（步驟A)，設定風速（大、 中、小）、運轉模式（自然風或恆吹）及計時器時 1、2、4、6及8小時）（步 1奴為 Μ步B )。在步驟c中，重複 式依.上述設定組合吹拂A Α七 又建轉杈 人彿為恆吹或自然風模 判斷是否到達計時哭今金伯心 '風眉 、 …又疋值時（步驟D)，則停止風扇運轉 並自動關閉電源（步驟Ε )，石 & — ) Q J依吕又疋的組合重複運轉。 習用電風扇運轉模式 、 式包括恆吹（以固定風速持續吹拂）及 自然風万式重複運轉中之重複係採用變化吹拂速度或 秒數但固定風扇之總吹拂量）。不論採上述何種方式，在 夜間睡眠時，由於室溫會隨著 曰丨思者睡眠時間增長而逐漸降低， 在使用者睡眠一段期間後，茲山， 傻猎由風扇吹拂散熱的需求量亦 相對減少。_若仍採上述之習用風扇吹拂量的方式，將不符 合室溫降低及逐漸進入熟睡狀態時減少吹拂的生理需求， 易因使用者過度散熱而造成感冒等症狀的產生。 因此，如何將上述缺失加以排除，即為本案在技術上須 解決的地方。 〈發明目的〉 有万、此纟木主要之目的在於考量人體隨夜間睡眠時 間增長而對於風扇吹拂散熱之需求有遞減的現象，因此， 設計風扇在夜間睡眠模式運轉下，其風扇運轉小循環 (cycle)係由-吹拂秒數加上-停止運轉秒數組成。風扇運 轉之每一時間間隔（大循環）係由許多相同之小循環（cycie) 本紙張尺度適用中國國家標準(CNS) A4規格(210X 297公袭：） 512207 A7 B7 五、發明説明（2 組成。不同時間間隔(大循環)内其小循環(⑽)隨睡眠時 間逐漸增加而改變(每一時間間隔内仍由許多相同之小循環 組成）。起初，風扇運轉小循環由長秒數吹拂加上短秒數停 止運轉，隨睡眠時間逐漸增加，使吹拂秒數逐漸變短，且 使停=運轉秒數逐漸變長；或風扇運轉小循環以一固定秒 數之人拂再加上一可變秒數之停止運轉，隨睡眠時間逐漸 增加，使每一小循環的吹拂秒數固定不變，且使停止運轉 f可變秒數值則隨睡眠時間增長而增加；或風扇運轉小循 %以可’交秒數之吹拂運轉再加上一固定秒數之停止運 轉，隨睡眠時間逐漸增加，使吹拂運轉秒數值隨睡眠時間 逐漸增長而減少，且使停止運轉秒數不變。如此，可配合 人體對於風扇吹拂需求減少的特性，不致因習用於低溫; 的散熱過度而易造成感冒等不適的現象。本發明以撰寫軟 狀於微處理器内方式或以特殊應用積體電路 (Appllcatlon Specific Integrated Circuit )方式控制風扇的 運轉。故本發明具有極大的實用價值。 為便於了解本發明之内容及所能達成之功效，茲配合圖 示列舉一具體實施例，詳細介紹說明如下·· 圖示簡單說明 圖1係習知風扇配合計時器控制方法之流程圖 圖2係本發明實施例流程圖 圖3係本發明貫施例一之時序圖 圖4係本發明實施例二之時序圖 圖5係本發明實施例三之時序圖 本紙浪尺度適用中國國家標準一---'~ - 512207 A71 V. Description of the invention (< Background of the invention) For the method of controlling the electric fan in conjunction with the daytime car crying 4 习 tense control, please refer to the figure: when the electric fan is activated (step A), set the wind speed (large, Medium, small), operation mode (natural wind or constant blowing) and timer 1, 2, 4, 6 and 8 hours) (step 1 is M step B). In step c, repeat the formula according to the above settings. Blow A, A, A, A, and B. The Buddha is set to be a constant blow or a natural wind model to determine whether the time has reached the time of crying, Jin Boxin's wind eyebrow, ... and the threshold value (step D). Then, the fan is stopped and the power is automatically turned off (step E), and the combination of Q & A and QJ Yiluyou is repeated. The conventional electric fan operation modes include constant blowing (continuous blowing at a fixed wind speed) and natural wind Wan type repeating operation in repeating operation using a variable blowing speed or seconds but the total blowing amount of a fixed fan). Regardless of which method is used, during night sleep, the room temperature will gradually decrease as the sleep time of the thinker increases. After the user sleeps for a period of time, the demand for heat dissipation by fans in Silshan and Silly Hunting is also reduced. Relatively reduced. _If the conventional fan blowing method is still adopted, it will not meet the physiological requirements of reducing the room temperature and gradually reducing the blowing when entering a deep sleep state, and it is easy to cause colds and other symptoms due to excessive heat dissipation by the user. Therefore, how to eliminate the above-mentioned shortcomings is the place where this case must be technically resolved. <Objective of the Invention> The main purpose of this Tochigi is to consider that the human body's demand for cooling by the fan decreases with the increase of sleep time at night. Therefore, when the fan is designed to operate in the night sleep mode, its fan runs a small cycle ( cycle) is composed of -flick seconds plus -stop seconds. Each time interval (large cycle) of the fan operation is composed of many identical small cycles (cycie). The paper size applies the Chinese National Standard (CNS) A4 specification (210X 297 public attack :) 512207 A7 B7 V. Description of the invention (2 components The small cycle (⑽) in different time intervals (large cycles) changes with increasing sleep time (each time interval is still composed of many of the same small cycles). At first, the small cycle of fan operation is added by long seconds. Stop the operation for a short period of time, with the sleep time gradually increasing, make the blowing seconds gradually shorter, and make the stop = the operating seconds gradually become longer; or the fan operation small cycle is flicked by a fixed number of people plus one may The stop of the variable seconds will gradually increase with the sleep time, so that the blowing seconds of each small cycle will be fixed, and the variable seconds of the stop operation will increase as the sleep time increases; or Can't blow the seconds of operation, plus a fixed number of seconds of stop operation, gradually increase with the sleep time, so that the value of the blow operation seconds decreases with the gradual increase of sleep time, and the number of seconds of stop operation In this way, it can match the human body's reduced demand for fan blowing, so that it is not easy to cause colds and other discomforts due to excessive heat dissipation. This invention is written in a soft way in a microprocessor or in special applications. The body circuit (Appllcatlon Specific Integrated Circuit) mode controls the operation of the fan. Therefore, the present invention has great practical value. In order to facilitate the understanding of the content of the present invention and the effect that can be achieved, a specific embodiment is listed with illustrations to describe in detail The diagram is as follows: Figure 1 is a flowchart of a conventional method for controlling a fan with a timer. Figure 2 is a flowchart of an embodiment of the present invention. Figure 3 is a timing chart of the first embodiment of the present invention. Figure 4 is a second embodiment of the present invention. Timing chart of Figure 5 is the timing chart of the third embodiment of the present invention. The paper scale is applicable to the Chinese national standard 1 --- '~-512207 A7
圖式元件符號說明 A · ·開啟電源 B ..設定風速、運轉模式及計時器時間 C ··依設定之運轉模式運轉 D ··判斷是否到達計時器設定值 E · ·自動關閉電源 1 0 ··開啟電源 1 1 ··更改系統設定值 1 2 ··是否在睡眠模式 13··第一個時間間隔内依恆吹模式運轉 1 4 ··是否到達下一個時間間隔 15 ··設定初始值及運轉小循環公式 1 6 ··依設定運轉小循環公式執行一小循環 1 7 ··判斷是否到達下一個時間間隔(大循環) 1 8 ··判斷是否到達計時器關電設定值 1 9 ··自動關閉電源 本發明詳細說明 如圖2所示，本發明為-種電風扇睡眠狀態_制之 法。電風扇於睡眠模式下之控制流程圖說明如下二 電源被開啟（步驟i 〇 )時，其起 田 、“ 头U口狀怨（咖lal state)預設 速為弱速、计時器為歸零、運轉模式為恒吹。之後 使用人手動操作電風扇按鍵更改系統設定值（步 1 括：1 .風速按鍵之弱速、中g~ ， T逯強連寺又選擇的設定· 計時器按键之卜2、4、6、8小時等之選㈣設定Μ 512207Symbols of the graphic components A · · Turn on the power B · Set the wind speed, running mode and timer time C · · Run according to the set running mode D · · Determine whether the timer set value E has been reached · · Auto power off 1 0 · · Turn on the power 1 1 ·· Change the system setting value 1 2 ·· Whether it is in sleep mode 13 ·· Run in constant blowing mode in the first time interval 1 4 ·· Whether it reaches the next time interval 15 ·· Set the initial value and Run small cycle formula 1 6 ·· Perform a small cycle according to the set run small cycle formula 1 7 ·· Determine whether to reach the next time interval (large cycle) 1 8 ·· Determine whether to reach the timer power-off set value 1 9 ·· The present invention is described in detail in FIG. 2. The present invention is a method for controlling the sleep state of an electric fan. The control flow chart of the electric fan in the sleep mode is explained as follows. When the power is turned on (step i 〇), its starting speed, “head state” and “al state” are set to weak speed and the timer is to return. Zero and running mode is constant blow. After that, the user manually operates the electric fan button to change the system setting value (step 1 includes: 1. Weak speed of the wind speed button, medium g ~, T 逯 Qianglian Temple selects the setting and timer button. Choice of 2, 4, 6, 8 hours, etc. Set 512512
式桉鍵之自然風模式、恆吹模式、睡眠模式等之選擇的設 定。 當電風扇被選擇在睡眠模式狀態下，電風扇預設以某一 時段（例如1 5分鐘）為一個時間間隔，並預設第一個時間間 隔為使用人進入熟睡狀態的前置時間（即嘗試睡眠而尚未睡 著4時段），電風扇並預設第一個時間間隔内（例如丨5分鐘） 依恆吹模式吹拂（步驟13)。圖3、圖4及圖5之特殊應用積 體電路 ASIC (Application Specific Integrated Circuit) τ_〇〇 時&表7F該第一個時間間隔。經過判斷是否到達第一個時 間間隔（步驟14)後，電風扇自動進入睡眠時段自動變化吹 拂控制方式。在此時段，電風扇可依使用人設定之計時器 值及步驟15内三項公式中之其中一種公式做自動變化控制 運轉。泫等公式包括前面簡述過之三種自動變化吹拂控制 之公式’此三項公式之控制方式分別詳述如下。 第一種公式之控制方式請參閱圖2及圖3。在第二時間間 隔（即圖3中15〜30分鐘之丁_01時段）之起點（即卜15 min)時，設定風扇初始值的吹拂秒數叫9」幻為 19.5秒，停止運轉秒為〇.5秒，遞增時間 (tl =0.5 Sec)為〇·5秒。再將初始值代入第一種運轉小循環 公式計算：Top = Top_tl , Tst〇p==Tst〇p + tl，因此風扇運轉 之每一小循環之理論值變為停止運轉秒數 1^〇|) = 〇.5 + 0.5 = 1秒，而吹拂秒數為 τ〇ρ=19·5_〇5 = ΐ9 秒。 風扇依再此設定值一直重複執行一個小循環（步驟1 6 )。在 步驟17中，檢查每一個小循環結束時是否已到達下一個（第The setting of the natural wind mode, constant blowing mode, and sleep mode of the eucalyptus key. When the electric fan is selected in the sleep mode, the electric fan presets a certain period (for example, 15 minutes) as a time interval, and presets the first time interval as the lead time for the user to enter a deep sleep state (ie Try to sleep without falling asleep for 4 periods), and set the fan to blow in the constant blowing mode for the first time interval (for example, 5 minutes) (step 13). The application-specific integrated circuit ASIC (Application Specific Integrated Circuit) of Fig. 3, Fig. 4 and Fig. 5 is the first time interval at τ_〇〇 & Table 7F. After judging whether the first time interval has been reached (step 14), the electric fan automatically enters the sleep period and automatically changes the blowing control mode. During this period, the electric fan can perform automatic change control operation according to the timer value set by the user and one of the three formulas in step 15. The other formulas include the three formulas of automatic change blowing control briefly described above. The control methods of these three formulas are described in detail below. Please refer to Figure 2 and Figure 3 for the control method of the first formula. At the starting point of the second time interval (ie, the period of 15-30 minutes in Ding_01 in Figure 3) (that is, 15 minutes), the initial setting of the blowing time of the fan is 9 ", which is 19.5 seconds, and the stop seconds is 0.5 seconds, and the increment time (tl = 0.5 Sec) was 0.5 seconds. Then the initial value is substituted into the first formula of the small cycle of operation: Top = Top_tl, Tst〇p == Tst〇p + tl, so the theoretical value of each small cycle of fan operation becomes the number of seconds to stop running 1 ^ 〇 | ) = 0.5 + 0.5 = 1 second, and the number of blowing seconds is τ〇ρ = 19 · 5_〇5 = ΐ9 seconds. The fan repeats a small cycle according to the set value (step 16). In step 17, check if the next (the first
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J1ZZU/ 五 、發明說明（ A7 B7 t:)時間P简即t,〜45分鐘之τ_〇2時段)之起物 -個日Γ);若否、’則重複執行一個小循環h;若是到達下 值(牛隔…’再判斷j是否已到達計時器關電設定 到達^ .)。右是，則自動關閉風扇電源（步驟1 9 )’·若未 式：'設定值’則風扇吹拂的循環設定值再依第—種公 ^1ΐΙ^15)：Τ5ίορ=Τδΐορ+η，τ〇ρ=τ〇ρ-11^^ 丁 tw 母一小循環之理論值變為停止運轉秒數 stop=1+0.5〜秒’而吹拂秒數為τορ=19_… :依再此&疋值—直重複執行—個小循環（步驟 切η中，檢查每—則、循環結束時是否 :之起點如―若否，則重複執行-個Π “6)，若是到達下-個時間間隔之起點，再判斷是 =到達計時器關電設^值（步驟18)，若是，則自動_ :扇u(步驟19);若未到達關電設定值，則風扇吹拂的 小循環設定值再依第-種公式計算：Tst〇p = Tst〇p + u， T〇P = T〇P-tl。風扇再依上述原理一直重複執行；當風扇重 …（時間間隔時，會依tl=0.5秒遞減吹拂秒數τ〇ρ及遞 增停止運轉秒數TStGp。由此可配合人體於夜間長時間睡眠 對風扇吹拂需求減少的特性。若風扇計時器關電設定值為8 小時如圖3所示’則第32個時間間隔㈣)為最後一個時 間間隔’且風扇停止秒數將遞增為16秒，而吹拂秒數則遞 減為4秒。上述睡眠模式，無論風扇計時器關電設定值為何 值，當風扇運轉到達計時器關電設定值時，將自動關閉風 扇電源。此電風扇控制器亦可由特殊應用積體電路AW。方 本紙張尺度適用中國國家標準公』 式完成其時序如圖3所示。 上述的第一種公式乏古斗、# γ、， .式之万式係設計風扇在夜間睡眠狀態 ’其風扇運轉小循環係、由剛開始的長秒數吹拂加上短秒 數停止運轉’逐漸隨睡眠時間增加而遞減風扇吹拂時間為 ^秒數，遞增停止運轉時間為長秒數的方式。如此，可配 合人體，夜間長時間睡眠對於風扇吹拂需求減少的特性， 不易於夜間低溫下有散熱過度的現象。 第二種公式之方式請參閱圖2及圖4，係設計風扇運轉小 循壤的停止運轉秒數TstQp 4遞增的可變值，而吹拂秒數 几P為一固定值（例如Top=1〇秒），再將停止運轉時間 丁_及遞增時間t2的初始值（即丁st〇p = 〇 5秒，$ 秒）代入步驟15中之第二種公sTop=T〇p(固定值）·， TSt〇P = Tstop赠計算。因此，如圖4第二個時間間隔τ, 風扇理論上將停止0·5 + 0.5 = 1秒後再吹拂1〇秒。如此一直 小循環運轉，並在每一個小循環結束時去檢查是否已到達 下一個（第三個）時間間隔（即圖4中t = 3〇〜45分鐘之τ·〇2時 段起點（即t = 30 min)，若否，則重複執行一個小循環； 若是到達下一個時間間隔之起點，再判斷是否已到達計時 器關電設定值，若是，則自動關閉風扇電源；若未到達關 電設定值，則風扇吹拂的小循環設定值再依第二種公式卄 算：Top = T〇P(固定值），Tst0p = Tst0p + t2。在第三個時間 間隔T-02，風扇理論上將停止1+0.5=15秒後再吹拂ι〇 秒。如此，風扇再依上述原理一直重複執行；當風扇重护 上述之時間間隔時會依t2 = 0.5秒遞增停止運轉秒數 五、發明説明（ 但其吹拂的秒數τορ仍不變， ^ A T,t χ 而停止運轉的秒數Tstop則遞 立曰為丁3{〇? = 1^〇134^2。因 _ ,,. 、、至過幾個時間間隔後，停止 運轉秒數Tstop逐漸隨著睡 人x减、人、 寺間增長而遞增。如此可配 占人體於夜間長時間睡眠對 Γ7、^ + 屑人拂需求減少的特性。若 風扇計時器關電設定值為8小 pe pe ^ _ 、 争如圖4所示，則第32個時 曰g隔（T-3 1 )為最後一個時間 ]間隔。此時，風扇運轉小循 %的钕止秒數將遞增為16秒， 人拂秒數則仍維持10秒。上 u睡眠模式，無論風扇計時 ，签絲z:丨土 芬關％故疋值為何值，當風扇 運轉到達計時器關電設定值 寺知自動關閉風扇電源。此電 風扇控制器亦可由特殊應 如圖4所示。 用^⑨路八批方式完成其時序 上述的第二種公式之方3 Μ _ ^ 弋係5又计風扇在夜間睡眠狀態 下’其風扇運轉小循環係由4 、 ,_ .、之初的固足吹拂秒數加上短停 止運轉秒數，逐漸隨睡眠時 /、 7门立曰加而保持固定吹拂秒數， 部遞增停止運轉時間為長秒 .a y歡由此可配合人體於夜間長 時間睡眠對風扇吹拂需求減少的特性。 第三種方式請參閱圖2及圖5,係設計風扇運轉小循環的 2運轉秒數7_為—固定值（例如Ts_ = 5秒），而吹拂 '丁邛依公式T〇P = T〇P-t3遞減；再將吹拂運轉秒數τ〇ρ 及遞減時間t3的初始值（即τ〇ρ = 185秒，代入第 二種公式·· Tstop = Tstop(固定值），T〇p = T〇p_tH 計算。 因此’如圖5第二個時間間隔（T_G1)，風扇理論上將停止5 秒後再吹拂18.5_〇.5=18秒，如此—直循環運轉，並在每一 個小循環結束時去檢查是否已到達τ —個（第三個）時J1ZZU / V. Description of the invention (A7 B7 t :) The time P is simply t, the period of τ_〇2 of ~ 45 minutes)-a day Γ); if not, 'then repeat a small cycle h; if yes Reached the next value (new cattle ... 'to determine whether j has reached the timer power-off setting reached ^.). The right is, the fan power is automatically turned off (step 19). If it is not set: 'setting value', the cycle setting value of the fan blowing is according to the first kind of ^ 1ΐΙ ^ 15): Τ5ίορ = Τδΐορ + η, τ〇 ρ = τ〇ρ-11 ^^ ding tw The theoretical value of a small cycle of the mother becomes stop running seconds stop = 1 + 0.5 ~ second 'and the blowing seconds is τορ = 19_…: According to this & 疋 值 — Repeatedly execute a small loop (in step η, check whether every-then, at the end of the loop: if the starting point is-if not, repeat the execution-a Π "6), if it reaches the beginning of the next time interval, It is judged again that the value of the timer power-off setting ^ is reached (step 18), if yes, it automatically _: fan u (step 19); if the power-off setting value is not reached, the setting value of the small cycle of the fan blowing is according to the first- Formula calculation: Tst〇p = Tst〇p + u, T〇P = T〇P-tl. The fan is repeatedly executed according to the above principle; when the fan is heavy ... (the time interval, it will be decremented by tl = 0.5 seconds and the blowing time will be reduced. The number of τ〇ρ and the number of seconds of incremental stop operation TStGp. This can be matched with the characteristics of the human body to reduce the need for fan blowing during long night sleep. If the fan The timer is set to 8 hours as shown in Figure 3. 'The 32nd time interval ㈣) is the last time interval' and the number of seconds the fan is stopped will increase to 16 seconds, while the number of blow seconds will decrease to 4 seconds. In the above sleep mode, no matter what the fan timer power-off setting value is, when the fan reaches the timer power-off setting value, the fan power will be automatically turned off. This electric fan controller can also be integrated by a special application circuit AW. Square paper The scale is applied to the National Standards Standard of China to complete its timing as shown in Figure 3. The first formula mentioned above lacks Gudou, # γ,,.. The 10,000-style system is designed for the fan to sleep at night, and its fan runs in a small cycle system. From the beginning of long seconds to blowing plus short seconds to stop running, the fan blowing time is gradually reduced as the sleep time increases to ^ seconds, and the increasing stop operation time is long seconds. In this way, it can cooperate with the human body at night The long-time sleep reduces the fan blowing requirement, which is not easy to cause excessive heat dissipation at low temperature at night. For the second formula, please refer to Figure 2 and Figure 4, which are designed to run the fan. The stopping time of the small cycle TstQp 4 is a variable value, and the blowing time P is a fixed value (for example, Top = 10 seconds). Then, the stopping time D_ and the initial value of the increasing time t2 ( That is, st 0p = 0 5 seconds, $ second) is substituted into the second type of public sTop = T 0p (fixed value) in step 15, TSt 0 P = Tstop calculation. Therefore, as shown in the second time in Figure 4 At an interval of τ, the fan will theoretically stop for 0 · 5 + 0.5 = 1 second and then blow for 10 seconds. This keeps running in small cycles and checks whether the next (third) time has been reached at the end of each small cycle Interval (that is, the beginning of the τ · 〇2 period of t = 30-45 minutes in Fig. 4 (that is, t = 30 min). If not, repeat a small cycle; if it reaches the beginning of the next time interval, determine whether The timer power-off setting value has been reached. If it is, the fan power is automatically turned off; if the power-off setting value is not reached, the small cycle setting value of the fan blow is calculated according to the second formula: Top = T〇P (fixed value) ), Tst0p = Tst0p + t2. At the third time interval T-02, the fan will theoretically stop for 1 + 0.5 = 15 seconds and then blow for another 0 seconds. In this way, the fan continues to execute repeatedly according to the above principles; when the fan re-protects the above time interval, it will stop running for t2 = 0.5 seconds in increments of five seconds. The invention is explained (but the blowing seconds τορ remain unchanged, ^ AT, t χ The number of seconds Tstop that stops running is set to D 3 {〇? = 1 ^ 〇134 ^ 2. Because of _ ,,. ,, after a few time intervals, the number of seconds Tstop that stops running gradually increases with Sleeping person x decreases, people and temples increase and increase. This can be used to account for the characteristics of the human body's long-term sleep at night, which reduces the demand for Γ7, ^ + shavings. If the fan timer is turned off, the set value is 8 small pe pe ^ As shown in Figure 4, the 32nd time interval (T-3 1) is the last time interval]. At this time, the number of neodymium seconds that the fan runs in% will increase to 16 seconds. Flick seconds remain at 10 seconds. In u sleep mode, no matter what the fan is timing, check the value of z: 丨 Tufenguan%. Therefore, when the fan reaches the timer power-off setting value, it will automatically turn off the fan power. This electric fan controller can also be made by special application as shown in Figure 4. The sequence is completed in eight batches. The second formula described above is 3M _ ^ System 5 and the fan is also counted in the night sleep state. Its fan operation small cycle system consists of 4,, _., The initial fixed foot blowing seconds plus short stop operation. The number of seconds gradually maintains a constant blowing time as the sleep time increases, and the stopping time is gradually increased to a long second. Ay Huan can thus match the characteristics of the human body that reduces the need for fan blowing during long night sleep. The third method is shown in Fig. 2 and Fig. 5, which is designed to run the fan in a small cycle of 2 seconds 7_ is-a fixed value (for example, Ts_ = 5 seconds), and the blowing 'ding' according to the formula T〇P = T〇 P-t3 is decremented; the initial value of the blowing operation seconds τ〇ρ and the decrement time t3 (that is, τ〇ρ = 185 seconds, is substituted into the second formula Tstop = Tstop (fixed value), T〇p = T 〇p_tH calculation. Therefore 'as shown in the second time interval (T_G1) of Figure 5, the fan will theoretically stop for 5 seconds and then blow 18.5_〇.5 = 18 seconds, so-straight cycle operation, and at the end of each small cycle Time to check if τ has been reached-the third time
h 張尺度 Α4 規格(21〇X297:H 五、發明説明（ 隔（即圖5中t = 30〜45分鐘之丁_〇2時段)之起 叫’若否則重複執行一個小循S ;若是到達下/去3〇 間隔之妞处 ^ Li ， 疋幻達下一個時間 口則白#否已到達計時器闕電設定值，若 ^ 自動關閉風扇電源k ;若未到達關電 …小…定值…三種…算扇 Tst〇p = T3^ ’ ’風扇理論上將停止5秒，後再吹拂18_〇·5 = t ’如此風扇再依上述原理-直重複執行；去風户… 止述::間間隔時，會依—減吹 運：秒數TSt〇P仍不變。因此’經過幾個時間間隔後，、風 拂秒數則隨著睡眠時間增加而遞減，由此可配合人㈣ &仗間長時間睡眠對風扇吹拂需求減： 時器關電設定值為8小時，如圖5所示， =扇计 (丁 丨丁 ^弟32個時間間隔 u 個時間間隔。此時’風扇的停止秒數仍為 秒數則遞減至3秒。上述睡眠模式，無論風扇 ^又疋值為何值，當風扇運轉到達計時器關電設 :值時’將自動關閉風扇電源。此電風扇控制器亦可由特 殊應用積體電路方式完成其時序如圖5所示。 、上述的罘三種方式係設計風扇在夜間睡眠狀態下，其風 :運轉小循環由起初的長吹拂秒數加上固定‘止運轉秒 =逐漸隨睡眠時間增加而保持固定停止運轉秒數，卻遞 對^拂時間為短秒數，由此可配合人體於夜間長時間睡眠 對風眉吹拂需求減少的特性。 本發明三種設計原理使得使用人隨睡眠時間增加至凌晨 時段室内溫度逐漸下降時、泰 或遞減風扇吹拂時門，，透過遞增風扇停止運轉時間， 扇停止運轉時門的θ ’、或同時遞減風扇吹拂時間及遞增風 成散熱效:，二 - 加顯現其優點與實雜’兹與習知技術作 _習用缺尖: 1 ·使用恆吹、自炊碩 …、風或睡眠風模式，均會造成凌晨時段室 》皿下降時的人許禍洛 至 足α又政為現象，使人容易感冒著涼。 2·使用恆吹、自炊Μ弋 風或睡眠風模式，無法因應人體在睡眠 狀怨中隨睡眠時間辦^ 曰加依散熱需求遞減作自動控 人容易感冒著涼。 使 本發明優點： 1·利用吹拂時間隨睡眠時間增加而減少的原理，降 時段室溫下降時人體過度散熱現象，或隨睡眠時間增力 t 依散熱需求遞減作自動控制，減低感冒著涼的可能性 2.利用停止運轉時間隨睡眠時間增加而增加的原理 凌晨時段1：溫下降時人體過度散熱現象，或隨睡眠時間 增加依散熱需求遞減作ή W ^ 成作自動控制，減低感冒著涼的可处 性。 』月匕 或综合以上二者的原理，降低凌晨時段室溫下降時人触 過度散熱現象，或隨睡眠時間增加依散熱需求遞^ 動控制’減低感冒著涼的可能性。 综上所速，本發明在突破先前之技術結構下，確實 512207 A7 B7 五、發明説明（10 ) 到所欲增進之功效，且也非熟悉該項技術者所易於思 及。再者，本發明申請前未曾公開，其所具之新穎性、 進步性、實用性，顯已符合發明專利之申請要件，爰依 法提出發明申請。 -13 - 本紙張尺度適用中國國家標準(CNS) A4規格(210 X 297公釐）h Zhang scale A4 specification (21〇X297: H V. Invention description (interval (that is, t = 30 ~ 45 minutes in Ding_〇2 period in Figure 5) is called 'if otherwise repeat a small cycle S; if it arrives Next / go to the girl at the 30 interval ^ Li, ， magic reaches the next time mouth then white # No has reached the timer 阙 power set value, if ^ automatically turn off the fan power k; if the power is not reached ... small ... fixed value … Three kinds of calculation fans Tst〇p = T3 ^ '' Theoretically, the fan will stop for 5 seconds, and then blow 18_〇 · 5 = t 'so the fan will perform the same principle again and again; go to the wind household ... Stop: : When the interval is between, it will be reduced by-blowing: the number of seconds TSt〇P remains the same. Therefore, after a few time intervals, the number of wind blowing seconds will decrease as the sleep time increases, which can cooperate with people. & The need for long-time sleep to reduce fan blowing: The timer is set to 8 hours as the power is turned off, as shown in Figure 5, = fan meter (丁 丨 丁 ^ 弟 32 time intervals u time intervals. At this time ' The number of seconds that the fan stops is still reduced to 3 seconds. The sleep mode described above, no matter what the fan ^ value is, when the fan runs to The timer power-off setting: when the value is reached, the fan power will be automatically turned off. This electric fan controller can also be completed by a special application integrated circuit method as shown in Figure 5. The above three methods are designed to design the fan in the sleep state at night , Its wind: the operation of the small cycle from the initial long blowing seconds plus a fixed 'stop running seconds = gradually increase with the sleep time to maintain a fixed number of seconds to stop running, but handed ^ flick time is a short number of seconds, which can cooperate with The characteristics of the human body reducing the need for wind and eyebrows during long-time sleep at night. The three design principles of the present invention allow the user to stop the door by increasing the fan when the indoor temperature gradually decreases as the sleep time increases to the early morning, and the fan is blown by the fan Time, the door's θ 'when the fan stops running, or decrease the fan blowing time and increase the wind cooling effect at the same time: two-plus show its advantages and miscellaneous', and the conventional technology is used _ conventional shortcomings: 1 · Use constant Blowing, self-cooking ..., wind or sleep wind mode, will cause people in the early hours of the day when the dish is lowered. 2. If you use constant blowing, self-cooking wind or sleep wind mode, you cannot respond to the sleep time of the human body with the sleep time ^ It is said that Jiayi will reduce the heat dissipation requirement as an automatic control. It is easy to catch a cold. Advantages of the present invention: 1 · Using the principle that the blowing time decreases with the increase of sleep time, the excessive heat dissipation of the human body when the room temperature drops during the falling period, or the power increases with the sleep time. It is automatically controlled according to the cooling demand to reduce the possibility of colds. The principle that time increases with the increase of sleep time. In the early morning period 1: excessive heat dissipation in the human body when the temperature drops, or the cooling rate decreases as the sleep time increases. W ^ The automatic control of the composition reduces the coldness and coldness. 『Moon dagger 'or the combination of the above two principles can reduce the excessive heat dissipation when the room temperature drops in the early hours of the morning, or control it according to the heat dissipation requirements as the sleep time increases, to reduce the possibility of colds. In summary, the present invention is indeed 512207 A7 B7 under the breakthrough of the previous technical structure. 5. The description of the invention (10) to the effect to be enhanced, and it is not easy for those familiar with the technology to think about it. Furthermore, the invention has not been disclosed before the application, and its novelty, progress, and practicability have clearly met the application requirements of the invention patent, and the invention application was filed according to law. -13-This paper size applies to China National Standard (CNS) A4 (210 X 297 mm)
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