1374955 101年.08月08日梭正脊換頁 2012/8/8-21-修正 九、發明說明： 【發明所屬之技術領域】 且特別是有關於一種 本發明是有關於一種洗衣機， 洗衣機之供水控制方法。 【先前技術】 -般而言’洗衣機是一洗務衣物之電子裝置依據 -指定之程式，連續執行-供水循環，—洗㈣環，一漂 洗循環，以及一脫水循環。 習知洗衣機使用水管所提供之室溫溫度的洗蘇水， 但洗滌水的溫度過低，洗潔劑未能有效地溶解於洗務水 中，導致衣物上的陳年汙垢無法清除。為解決上述問題， 一加熱器安裝於洗衣槽之下方部分，用以加熱洗滌水至一 選定溫度’所以洗潔劑能完全溶解，且衣物也可有效清洗。 然而，在使用此加裝加熱器的洗衣機時，使用者必 須從一供水循環之初始階段起，即不停操作加熱器，以便 提供及加熱洗滌水到一選定之溫度，此溫度為使用者在洗 務程序中所指定，如此-來導致了相當高的電源消耗量。 另外，當加熱器在供水循環中運轉時，習知洗衣機 未經操作便開始加熱，導致洗蘇衣物的效率不彰。 【發明内容】 有鏗於此，本發明的目的就是在提供一種洗衣機之 供水控制方法，能夠透過一多重步驟執行供水循環及在蓄 水槽内之洗滌水溫度達到預設溫度時運轉加熱器，藉以降 094122760 t · 1013300463-0 1374955 10:1年Λ8月.-ϋ8..日.按正替換頁 2012/8/8一2nd 修正 低電力消耗量。 本發明的另一目的就是在提供一種洗衣機之供水控 •I裝置及方法冑由攪拌益與加熱器在供水猶環中同時運 轉/，不但使洗務水中的清潔劑可完全溶解，並且在主要洗 蘇循環前可執行一微诜滌循環。 •根據本發明的上述目的，提出一種洗衣機之供水控 制方法，包括：接收洗蘇條件；透過多重步驟提供洗務水， 使其達到選定程序中的指定溫度；當提供洗蘇水時，運轉 加熱器及㈣器；以及依據選絲序，在供水完成後執彳 洗務循環。 根據本發明的上述目的，又提出一種洗衣機之供水 控制方法，包括·接收一從輸入部輸入之洗務條件；接收 一從輸入部輸入之執行命令；第一供水以同時提供冷水及 熱水至-蓄水槽；第二供水只提供熱水而停止提供冷水； 以及依據蓄水槽t的洗蘇水溫度，控制加熱器及/或授拌 器的運轉。 根據本發明的上述目的，再提出一種洗衣機之供水. 控制方法，包括：同時提供冷水及熱水直到水達到一初# Φ 指定溫度或一初始指定水位；接著，只提供熱水洗滌直 到在供水循環中，水達到一最後指定水位；以及當供水完 成時，依據洗滌水溫度是否達到最後指定溫度而控制加熱 器及/或攪拌器之運轉。 根據本發萌的上述目的，更提出一種洗衣機之供水 控制裝置’包括：一輸入部、一控制器、一加熱器及一攪 拌器。輸入部係用以輸入一洗滌條件。控制器係用以控制 094122760 1013300463-0 6 1374955 J00年6月丨7日修正替換頁 一洗務循環及洗蘇水。洗務循環係根據由輸入部選定之一 程序執行，而洗滌水係於一供水循環期間透過一多重步驟 提供。加熱器係根據控制器之一控制訊號加熱洗滌水。授 拌器係根據控制器之一控制訊號攪拌。 根據以上洗衣機之供水控制裝置及方法，洗濰水透 過多重步騾而提供’當洗滌水達到一預設溫度，加熱器開 始運轉，使得運轉加熱器的電力消耗減低。 另外’因為加熱器及攪拌器為同時運轉，使得清潔 劑快速溶解，而微洗滌循環在主要洗滌循環前執行，使得 洗衣效率改進。 此外，因為洗滌水係透過多重步驟提供，而加熱器 在一預没點執行，使得洗務水欲達到指定溫度的時間縮 減’因而減少了洗滌時間。 為讓本發明之上述目的、特徵、和優點能更明顯易 懂，下文特舉一較佳實施例，並配合所附圖式，作詳細說 明如下： 【實施方式】 本發明之較佳實施例詳細敘述於後，並佐以圖示以 供參考。 第1圖係繪示依照本發明之洗衣機之供水控制裝置 之方塊圖。請參照第1圖，供水控制裝置包括一輸入部 100 一水位偵測部201、一水溫偵測部202、一控制器 300、—記憶裝置400、一載入驅動器500、一加熱器6〇〇 及一馬達700。使用者係從輸入部100輸入一洗滌條件及 7 1374955 】〇〇年6月17日修正替換頁 選擇一洗滌程序。水位偵測部201係依據水量偵測水位， 水《α彳貞測部202係依據輸入部1 〇〇所選定之程序彳貞測水 /m。控制器300係依據輸入部1〇〇所選定之程序使得合適 的循環執行。載入驅動器500係依據控制器300之控制訊 號控制加熱器600及馬達700之運轉。顯示部8〇〇係依據 控制器300之控制訊號顯示運轉情形。記憶裝置4〇〇係用 以儲存各種參考值。詳細地來說，藉由讓洗滌水透過一多 重步驟提供，控制器300得以控制洗滌水之水溫，使其達 到使用者選定程序中的指定溫度。當加熱器經控制而在供 水期間運轉時，控制器3〇〇驅動馬達7〇〇並控制攪拌器（未 繪示於圖中）同時運轉。 在刼作中，當使用者使用輸入部1〇〇輸入操作指令， 選擇洗務程序後，控制器3⑽輸出控制命令，使得一 依據選定的程序執行。 在，，控制器300控制水位偵測部2〇1執行水量偵 測一開始先依據已_之水量設定水位，並隸制供水 ^達到觀㈣所預設衫的水溫。當祕水達到指定之 時’洗滌水停止提供，而攪拌器則持續運轉以 =Γ #洗㈣環結束，洗料沿著排水管排至 行二先二的冼滌水再次提供。洗滌水之提供完成後，執 漂洗循環結束後’接續執行脫水循環;脫水 循衣，束後，完成所有的洗滌循環。 之供水第Λ圖係繪示㈣本發明之洗衣機之供水控制方法 :供：流程之示意圖。請參照第2圖，依據本發明之二 之”水控制方法，絲水之提供係透過至少兩步驟 •1374955 每個洗滌循環中，熱水和冷水同時地或選擇性地提供。 詳細地說，冷水和熱水在第一供水期間A提供'，而 熱水只在第二供水期間B提供。之後，加熱器6〇〇根據水 溫選擇性地運轉。另外，藉著同時驅動馬達7〇〇與加熱器 600 ’可使得攪拌器（未繪示於圖中）經控制而攪拌。在 1蘇循環期間C，當洗務水達到—指定水溫時，合適的循 環隨即執行，且加熱器6〇〇不須運轉。 更詳細地來說，當-❹者輸人—洗滌條件及按下 -操作按絲水職提供。於此，第_供水開始執 行，直到洗滌水達到預先設定的第一指定溫度。第一指定 溫度係由控制器300之控制訊號所傳送。此時 水同時提供。 舉例來說’上述中的第-指定溫度比如是32度，當 水溫須測部202侧到水溫為第一指定溫度時，第一供= 完成。同樣地，當第-供水完成時，停止提供冷水，只提 供熱水，而此熱水則依據水量達到一指定水位。接著 =己到達指定水位，而水溫卻切耻料定程序之溫度 時，加熱器_開始運轉，使得洗務水達到合適的水溫。 π時運其Γ，/加熱器6〇0開始運轉，馬達700經控制而 ㈣運轉’使得(圖中未㈣^ 轉=時執行授掉。換句話說，執行兩段式的;水： =只：少量的水量’不但增加了清潔劑的濃度且減少 了主要料，而在第二供水只提供熱水以減少加孰器 了先轉t間。也由於第二供水期間只提供熱水，縮減 了洗務水欲達到—指定溫度㈣間。另外，由於洗務水^ 9 U74955 10〇年6月丨7曰修正替換頁 提供乃經由上述之多重步驟，使得電力消耗量減少。再 者’同時驅動加熱器600與馬達700運轉，則可改進洗衣 效率。 第3圖係繪示依照本發明之洗衣機之供水控制方法 之流程圖。請參照第3圖，於步驟S110中，使用者打開 電源，並且於步驟S120中選取洗滌程序。此時，洗滌水 =溫度係依據上述已選定之程序設定。接著當使用者於 二驟S130中輸入操作指令，第一供水即於步驟μ扣執 Z，。在步驟S140中’冷水和熱水於第—供水期間同時提 並且一固定水量的洗滌水也於此時提供，意即第一指 疋水位是被程式所自動設定。 Β 再者’洗務水是否達到第一指定·、田详 之第水期P…此度，由步驟S140 的溫度達：第; S150判斷。若判斷顯示洗條水 始執行二:度’則步驟S170中的第咖 指定溫度，於牛驟右斷顯示洗務水的溫度沒有達到第一 達到第—指定二160中可繼續判斷洗滌水之水位是否 -指定水位，則可結顯示上述之水位達到第 若判斷顯示水位尚 =始^行第二供水； 供水皆可開始執行 相第—指^水位，第二 此時，與第— 熱水。 W的是，第二供水_只提供 詳細地說’在步驟Sl8〇 水疋否達到第二指定水位 ^供水期間，判斷洗務 右列斷顯示洗滌水達到第二指 1374955 100年6月丨7曰修正替換頁 疋水位，則於步騾Si9〇令 到第二指定·β & ^繼，判斷洗滌水之溫度是否達 則一洗择猶二二若判斷顯示洗務水達到第二指定溫度， 地，若判斷海_ * 中依據一 4日疋程序執行。相反 細户制而於丰務水尚未達第二指定溫度，則一加敎器 .··徑制而於步驟S2〇〇中開私 … 而於步騾S2ln + 。運轉，且—攪拌器亦經控制 乂驟S210中開始運轉。加敎器 到洗務水達到第二指定 告洗_ =盗持，運轉直 時，加熱器停止運轉而授拌器2 =到弟二指定溫度 務水達到第二指定^ ^持續運轉。上述中，當洗 轉，而授拌e目丨〜’熱器與授拌器可控制停止運 :序：則可控制在洗務循環中再次運轉。當所有的 已t 循環’一漂洗循環，及-脫水循環俱 已執订，則完成所有的循環。 ’、 nuH雖然本發明已以—較佳實施例揭露如 二==以限定本發明。本發明所屬技術領域中任 n申知識者，在不脫離本發明之精 可作各種之更動與潤飾。因此，本發 ：：二- 附之申請專利範圍所界定者為準。 …蔓純圍备視後 1374955 100年6月17日修正替換頁 【圖式簡單說明】 第1圖繪示依據本發明之一種洗衣機之供水控制裝 置之方塊圖。 第2圖繪示依據本發明之一種洗衣機之供水控制方 法之供水流程之示意圖。 第3圖繪示依據本發明之一種洗衣機之供水控制方 法之流程圖。 【主要元件符號說明】 100 :輸入部 201 :水位偵測部 202 :水溫偵測部 300 :控制器 400 :記憶裝置 500 :載入驅動器 600 :加熱器 700 :馬達 800 :顯示部 121374955 101.08.08.08 Orthodox ginsing page 2012/8/8-21- Amendment IX. Invention: [Technical field of invention] In particular, the present invention relates to a washing machine, a water supply for a washing machine Control Method. [Prior Art] - Generally speaking, the washing machine is an electronic device based on a laundry service - a designated program, a continuous execution - a water supply cycle, a - wash (four) ring, a rinse cycle, and a dehydration cycle. Conventional washing machines use the water at room temperature provided by a water pipe, but the temperature of the washing water is too low, and the detergent is not effectively dissolved in the washing water, so that the aged dirt on the clothes cannot be removed. In order to solve the above problem, a heater is installed in the lower portion of the washing tub to heat the washing water to a selected temperature' so that the detergent can be completely dissolved, and the laundry can be effectively cleaned. However, when using the heater equipped with the heater, the user must operate the heater from the initial stage of a water supply cycle to provide and heat the wash water to a selected temperature, which is the user's As specified in the cleaning program, this - led to a considerable amount of power consumption. In addition, when the heater is operated in the water supply cycle, the conventional washing machine starts heating without being operated, resulting in inefficiency of the laundry. SUMMARY OF THE INVENTION In view of the above, an object of the present invention is to provide a water supply control method for a washing machine, which can perform a water supply cycle through a plurality of steps and operate the heater when the temperature of the washing water in the water storage tank reaches a preset temperature. By borrowing 094122760 t · 1013300463-0 1374955 10:1 year Λ August.-ϋ8.. day. Correct the low power consumption according to the replacement page 2012/8/8-2nd. Another object of the present invention is to provide a water supply control device and method for a washing machine, which is operated by the stirring benefit and the heater in the water supply loop, not only to completely dissolve the detergent in the washing water, but also in the main A micro-cleaning cycle can be performed before the washing cycle. According to the above object of the present invention, a water supply control method for a washing machine is provided, comprising: receiving a washing condition; providing washing water in a plurality of steps to reach a specified temperature in a selected program; and operating heating when providing washing water And (4) device; and according to the wire selection, the washing cycle is performed after the water supply is completed. According to the above object of the present invention, a water supply control method for a washing machine is further provided, comprising: receiving a washing condition input from an input unit; receiving an execution command input from the input unit; and first supplying water to simultaneously supply cold water and hot water to a water storage tank; the second water supply only supplies hot water to stop supplying cold water; and controls the operation of the heater and/or the mixer according to the temperature of the washing water in the water storage tank t. According to the above object of the present invention, a water supply control method for a washing machine is further provided, comprising: providing cold water and hot water at the same time until the water reaches a first specified temperature or an initial specified water level; and then, only hot water is supplied until the water is supplied. In the cycle, the water reaches a final designated water level; and when the water supply is completed, the operation of the heater and/or the agitator is controlled depending on whether the temperature of the wash water reaches the last specified temperature. According to the above object of the present invention, a water supply control device for a washing machine is further provided: an input portion, a controller, a heater, and an agitator. The input unit is for inputting a washing condition. The controller is used to control 094122760 1013300463-0 6 1374955 J00 June 丨 7th revised replacement page One wash cycle and wash water. The wash cycle is performed according to a program selected by the input unit, and the wash water is supplied through a multiple step during a water supply cycle. The heater heats the wash water according to one of the controller control signals. The mixer is controlled by one of the controllers to control the signal agitation. According to the water supply control device and method of the above washing machine, the washing water is supplied through multiple steps. When the washing water reaches a predetermined temperature, the heater starts to operate, so that the power consumption of the running heater is reduced. In addition, because the heater and the agitator are operated at the same time, the detergent is quickly dissolved, and the micro-wash cycle is performed before the main washing cycle, so that the laundry efficiency is improved. In addition, since the washing water is supplied through a plurality of steps, and the heater is executed at a pre-existing point, the time for the washing water to reach the specified temperature is reduced, thereby reducing the washing time. The above described objects, features, and advantages of the present invention will become more apparent from the aspects of the preferred embodiments of the invention. The details are described later and are shown by reference. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a block diagram showing a water supply control device for a washing machine in accordance with the present invention. Referring to FIG. 1 , the water supply control device includes an input unit 100 , a water level detecting unit 201 , a water temperature detecting unit 202 , a controller 300 , a memory device 400 , a loading driver 500 , and a heater 6 . And a motor 700. The user inputs a washing condition from the input unit 100 and 7 1374955. The revised replacement page is selected on June 17 of the following year. The water level detecting unit 201 detects the water level based on the water amount, and the water “α detecting unit 202 measures the water/m according to the program selected by the input unit 1”. The controller 300 performs an appropriate loop execution in accordance with the program selected by the input unit 1A. The load driver 500 controls the operation of the heater 600 and the motor 700 in accordance with the control signals of the controller 300. The display unit 8 displays the operation according to the control signal of the controller 300. The memory device 4 is used to store various reference values. In detail, by providing wash water through a plurality of steps, the controller 300 is controlled to control the water temperature of the wash water to a specified temperature in the user selected program. When the heater is controlled to operate during the water supply, the controller 3 drives the motor 7 and controls the agitator (not shown) to operate simultaneously. In the operation, when the user inputs an operation command using the input unit 1 and selects the cleaning program, the controller 3 (10) outputs a control command so that it is executed in accordance with the selected program. The controller 300 controls the water level detecting unit 2〇1 to perform water quantity detection. First, the water level is set according to the amount of water, and the water supply is used to reach the water temperature of the preset shirt. When the secret water reaches the specified level, the washing water is stopped, and the agitator is continuously operated to = Γ #洗(四) ring ends, and the washing material is supplied again along the drain pipe to the second and second water. After the supply of the washing water is completed, the dehydration cycle is carried out after the completion of the rinsing cycle; the dewatering is carried out, and after the bundle, all the washing cycles are completed. The water supply diagram is shown in (4) The water supply control method of the washing machine of the present invention: for: a schematic diagram of the process. Referring to Fig. 2, in accordance with the "water control method of the second invention of the present invention, the supply of silk water is transmitted through at least two steps. 1137955. Each of the washing cycles, hot water and cold water are simultaneously or selectively supplied. In detail, The cold water and the hot water are supplied during the first water supply period A, and the hot water is supplied only during the second water supply period B. Thereafter, the heater 6〇〇 selectively operates according to the water temperature. In addition, by simultaneously driving the motor 7〇〇 And the heater 600' can be controlled to stir the agitator (not shown). During the 1st cycle, when the washing water reaches - the specified water temperature, the appropriate cycle is performed, and the heater 6 〇〇 No need to run. In more detail, when the person loses - the washing condition and the press-operation are provided by the silk water job. Here, the _ water supply starts to be executed until the washing water reaches the preset first The first specified temperature is transmitted by the control signal of the controller 300. At this time, the water is simultaneously supplied. For example, the first-specified temperature in the above is 32 degrees, for example, when the water temperature is to be measured to the side of the water 202 When the temperature is the first specified temperature, One supply = complete. Similarly, when the first water supply is completed, the supply of cold water is stopped, only hot water is provided, and the hot water reaches a specified water level according to the amount of water. Then = the specified water level is reached, and the water temperature is determined by the shame At the temperature of the program, the heater _ starts to operate, so that the washing water reaches the appropriate water temperature. π is the next time, /the heater 6〇0 starts to run, the motor 700 is controlled and (4) the operation' (the figure is not (4) ^ Turn = when performing the grant. In other words, perform two-stage; water: = only: a small amount of water 'not only increases the concentration of detergent and reduces the main material, but only provides hot water in the second water supply Reduce the twister first turn t. Also because the second water supply only provides hot water, reduce the wash water to reach - the specified temperature (four). In addition, because the washing water ^ 9 U74955 10 June 丨 7 The correction replacement page is provided by the multiple steps described above, so that the power consumption is reduced. Further, when the heater 600 and the motor 700 are simultaneously driven, the laundry efficiency can be improved. FIG. 3 is a diagram showing the water supply of the washing machine according to the present invention. Control method flow Referring to FIG. 3, in step S110, the user turns on the power, and the washing program is selected in step S120. At this time, the washing water=temperature is set according to the selected program. Then, when the user is in step S130 In the operation command input, the first water supply is in step S, and in step S140, 'cold water and hot water are simultaneously raised during the first water supply period and a fixed amount of washing water is also provided at this time, meaning that the first The water level of the fingertip is automatically set by the program. Β In addition, whether the washing water reaches the first designation, and the water level P of the detailed time is... This degree is determined by the temperature of step S140: S150. If judged The washing water starts to execute the second: degree 'the specified temperature in the step S170, and the right temperature of the washing water does not reach the first reaching the first - the second two 160 can continue to determine whether the water level of the washing water is - If the water level is specified, the above water level can be displayed. If the water level is judged, the water level is still = the second water supply is provided; the water supply can start to perform the phase - finger water level, the second time, and the first hot water. W is that the second water supply _ only provides in detail 'In step S18, the water level reaches the second specified water level ^ during the water supply period, judges that the right column of the washings shows that the washing water reaches the second finger 1374955 100 June 丨 7曰Revise the replacement page 疋 water level, then in step 骡Si9 〇 to the second designation·β & ^, to determine whether the temperature of the washing water is up to a second choice, if it is judged that the washing water reaches the second specified temperature, Ground, if the judgment sea _ * is executed according to a 4-day program. On the contrary, if the household water system has not reached the second specified temperature, then a tamper is added. In the step S2, the private system is opened... and the step S2ln + is used. Operation, and the agitator is also controlled to start operation in step S210. The twister reaches the second designated wash water. _=Theft, the operation stops, the heater stops running, the mixer 2 = the second specified temperature, the water reaches the second specification ^ ^ continuous operation. In the above, when washing, the mixing of the e-head ~ 'heater and the mixer can be controlled to stop the operation: Order: then control the re-run in the wash cycle. All cycles are completed when all of the t cycles 'one rinse cycle' and the - dehydration cycle have been set. </ RTI> nuH Although the invention has been disclosed in the preferred embodiment, such as two == to limit the invention. Those skilled in the art to which the present invention pertains can make various changes and refinements without departing from the essence of the invention. Therefore, the scope of the patent application scope of this application is subject to the scope of the patent application. ...... 蔓 围 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 Fig. 2 is a schematic view showing the water supply flow of the water supply control method of a washing machine in accordance with the present invention. Fig. 3 is a flow chart showing a method of controlling the water supply of a washing machine in accordance with the present invention. [Description of main component symbols] 100: Input section 201: Water level detecting section 202: Water temperature detecting section 300: Controller 400: Memory device 500: Loading driver 600: Heater 700: Motor 800: Display section 12