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1、<p><b>  淮 陰 工 學(xué) 院</b></p><p>  畢業(yè)設(shè)計(論文)外文資料翻譯</p><p>  附件1:外文資料翻譯譯文</p><p><b>  熱飲機</b></p><p><b>  摘要</b></p><p>

2、;  一個熱飲料機包括一個熱水箱外殼,一個坐落在一個較高的位置和充滿加熱到預(yù)定的溫度的熱水的容器,一個控制供水設(shè)備,一個裝滿熱飲原料的漏斗,一個位于漏斗下方的儲存加熱好的飲料的儲罐。儲罐懸掛在一個保溫箱中,那里的空氣空間通過一個電暖爐均勻加熱到適合飲用溫度。供應(yīng)熱水的管道連接熱水箱和漏斗上方的噴淋頭。</p><p><b>  發(fā)明背景</b></p><p>  

3、本發(fā)明涉及一種在地板上或在商店的柜臺上的自動熱飲機,如餐飲服務(wù)店和餐廳,更特別是,一個自動咖啡機中咖啡儲罐位于獨立的一個保持預(yù)定的溫度和耐熱熱點水箱,使咖啡保持在合適的溫度。</p><p>  各種類型的熱飲料制造商之一,已經(jīng)提出了他們的型號熱飲料,如咖啡或湯是由澆開水到粉末或地面材料在一個漏斗成員和儲存在一個熱的飲料儲罐得到任何想要喝杯熱飲料,準(zhǔn)備時間。</p><p>  自動咖啡機

4、,是一種熱飲料制造商的典型型,其示意圖見圖1。</p><p>  圖1中,自動咖啡機包擴,一個垂直的套管50,不銹鋼制品的熱水箱2,坐落在底部的一邊的套管50和底部的容器2,包圍隔熱材料??Х葍?懸掛在熱水箱2的上端部分,橫向擴展槽4,上端邊緣部分是在上端容器2的側(cè)墻,以便構(gòu)成上端熱水箱(2)。咖啡漏斗5中,提供濾芯5c,6連接到25形成在前面的墻上的50。這樣流出來打開一個入口上方5a開孔供蓋子4a級。這個

5、水平的熱水W分級加熱式匯流熱水箱中的水,二是檢測水平檢測和電磁供水閥門的連接是11及控制水平檢測信號的檢測11供水進(jìn)油箱2,總是保持一個必要數(shù)量的熱水W分級加熱式匯流熱水箱中的2個。熱水鎢加熱處理由一個電暖爐在低13分的容器2和溫度對熱水是適當(dāng)控制自動調(diào)溫器連接到熱水器12個電子。8管有一個終點延伸的熱水W從上部的容器2,而另一端提供噴淋頭7定位以上5噴漏斗把熱水W在容器2到地面的咖啡粉末裝在漏斗5,由操作泵9納入管8。泡咖啡的飲料是通

6、過流出進(jìn)入儲罐開放5a 和咖啡準(zhǔn)備和儲存在一個正在采取了貯罐需要像被處理公雞g通過管道連接到海底4b儲罐的4個自動咖啡缸。如上所述,這被認(rèn)為是一種溫度適宜的咖啡和溫度在C泡咖啡、儲罐4懸掛在熱水箱,也是維持93-</p><p>  當(dāng)一定量的熱水W已用于沖咖啡,拿出幾杯咖啡和水位在容器2降低、操作控制檢測11電磁供水閥門14以供應(yīng)水變成一個底部的容器2從水源水等服務(wù)通過管道連接約束力。27自來水供應(yīng)是冷的,它將

7、會留在底部分的容器2和咖啡缸4。如果轎底容器被放置在一個較低的位置。為了避免這種優(yōu)勢,它必須找出咖啡罐在一個相當(dāng)高的水平,在容器4,這一事實使容器2的體積擴大和在預(yù)定的溫度需要花更多的時間來加熱水。而且,生產(chǎn)大量容器將帶來關(guān)于建設(shè)的問題,需要多少時間焊接工作和制造的的費用。</p><p><b>  總結(jié)的發(fā)明</b></p><p>  本發(fā)明的對象是排除了先前技

8、術(shù)存在的缺陷,并提供了一個熱的飲料設(shè)備制造商能夠獲取的杯子喝杯熱飲料,先后有實質(zhì)上相同溫度下適合飲用。</p><p>  本發(fā)明的另一個物體是提供一個熱的飲料機在熱水箱及準(zhǔn)備喝杯熱飲料,并保持獨立槽從而始終保持預(yù)定的溫度。</p><p>  根據(jù)這項發(fā)明,熱飲料機提供安裝在一個商店或餐廳食品服務(wù)包括提供一套,在一個前面的城墻、熱水箱位于外殼和充滿熱水加熱到預(yù)定的溫度、手段來控制水供應(yīng)到

9、熱水箱,一個漏斗充滿資料準(zhǔn)備熱飲料和安裝在噴淋頭、在漏斗、熱水供應(yīng)管道的車廂內(nèi)部連接的熱水箱及噴淋頭供應(yīng)熱水從熱水箱進(jìn)料斗、一個儲罐存儲準(zhǔn)備熱飲放置在套管下面漏斗、保溫箱安排以便包圍儲罐的與空間之間有一個加熱器,放置在空間加熱均勻股票容器是一個預(yù)定的溫度,拿出準(zhǔn)備喝儲罐管道通過從儲罐的底部。</p><p><b>  簡短的描述</b></p><p>  圖1中用

10、的前一個橫斷、自動咖啡缸</p><p>  圖2是根據(jù)該發(fā)明的一個自動咖啡缸的橫截面。</p><p>  EIVIBODIMENT描述的首選</p><p>  如圖2,自動咖啡缸按本發(fā)明包含一個垂直套管150,由不銹鋼制造的。例如,在它提供套管150名前面的墻上有個開口的咖啡漏斗125所在地。一個圓柱形罐122在水密熱水是包含在處置中以一種相對較高150套管位

11、置和保溫箱103是在較低的部分套管150。一杯咖啡儲罐存儲為104泡咖啡是按照保溫箱103休眠的方式,這樣一個上層法蘭的橫向擴展槽104附屬于高檔中空盒103頁,從而形成一個盒子的封面。104a蓋子提供一個洞是安裝在開的咖啡儲罐104和一杯咖啡漏斗105是detachably附呈</p><p>  開幕式125套管150稍高于咖啡罐104這樣一個開放105a形成一個底部的咖啡漏斗105款與圓孔蓋104a。<

12、;/p><p>  一個電暖爐113位于底部的熱水箱122加熱水,加熱水的溫度測量和控制一直是有一個預(yù)定值,通過一個自動調(diào)溫器,電動112連接到熱水器113。管道130互連內(nèi)膽底部的一個水源,122個水等服務(wù),通過電磁供水閥門114頁。管道108供應(yīng)熱水W在容器122到咖啡漏斗105連接到容器122以致管子一端,10 }擴展到容器122從上部,預(yù)定長度、管道的另一端固定噴淋頭是108 107以便灑熱水W到地面的咖啡粉

13、末106在濾芯105c在漏斗105。在這樣的安排,這是必要的管道的位置,以便108終在容器122水平高于噴淋頭107。蒸汽排氣管道110是一端連接到上部的tams 122名,而另一端朝大氣層中的蒸汽或空氣中精疲力盡的容器122進(jìn)入大氣層最好是在一個水平的漏斗105。一程I13進(jìn)一步提供上部的容器和連接的管道122個110如圖2和隔水管11 }安排一個水位探測器111,比如一個浮動開關(guān),產(chǎn)生了一個信號,操作關(guān)閉供水放棄I14當(dāng)水位的熱水W

14、在容器122達(dá)到一級供水過程中通過管道,一個是130等額的至上的管道108。咖啡漏斗105通常是detachably與圓形軌道手段,沒有顯示,墻壁上的開放125</p><p>  管子一端120連接的底部的咖啡儲罐104和公雞101裝到另一端的管道I20獲得一杯咖啡,處理軟木塞。一個電暖爐115坐落在太空119之間形成103和咖啡的絕緣箱儲氣罐104和空氣溫度在太空119是由一個自動調(diào)溫器,電動116連接到熱水

15、器115保持空氣溫度在太空119和不斷熱整個墻體結(jié)構(gòu)的儲油罐104到一個預(yù)定值。最后一部分附近的公雞I01 120管道連接到熱水器115通過導(dǎo)熱成員121如鋁鋼板總是熱公雞101獲得第一杯咖啡具有溫度適宜飲用。</p><p>  在安排的咖啡缸這項發(fā)明,它是理想的處理兩杯咖啡冰蓄冷器104并肩,在這種情況下,咖啡漏斗105構(gòu)建的水平是可循環(huán)軌道會員開放部分相連的套管150、125 105a開放部分提供了一exo

16、centric在海底煙囪,這樣當(dāng)了漏斗轉(zhuǎn)動時,I05a開放供款與各自的蓋子104u孔的容器。</p><p>  自動咖啡缸按本發(fā)明操作如下。</p><p>  在起始時間的運作的咖啡缸、水位的熱水箱122處于同樣的水平管道結(jié)束打開油箱里108延伸的溫度和122個熱水是保持93-97℃的溫度適宜釀酒的咖啡。咖啡漏斗105滿地面咖啡106于鐵路成員連接到套管150被放置在一個分之一以上咖啡

17、冰蓄冷器104。</p><p>  在這種情況下,抑郁的按鈕,沒有顯示,設(shè)有傳遞手段,沒有顯示,連接到供水閥門開啟閥門,以便提供水進(jìn)油箱122通過供水管道130分。因此,水位上升時的容器122個水平,達(dá)到了預(yù)定的水平,在提升水平檢測水平一般,探測器浮控開關(guān),產(chǎn)生了一個信號,控制傳遞手段來結(jié)束這個供水閥門114頁。自從A級大體上是相等的頂端部分管道10 },熱水W開始流動對噴淋頭107通過管子被虹吸現(xiàn)象103當(dāng)閥

18、門處于關(guān)閉狀態(tài),熱114只供應(yīng)到水是不斷地咖啡106的漏斗105到的時候再低水位是原始的水位。因此,一般的咖啡是美聯(lián)儲和儲存在儲罐104通過開放105a供漏斗的底部105。</p><p>  空氣之間的咖啡儲罐、保溫箱104:103初步加熱溫度和加熱115溫控器控制116使整個罐壁結(jié)構(gòu)均勻加熱和104溫度的咖啡C提供進(jìn)油箱104總是保持在一個值,適合飲用,約8500℃。雖然公雞101通常是由周圍的空氣冷卻管,具

19、有優(yōu)異的耐熱性連接到120度的高溫加熱115頁,以致導(dǎo)電的成員將雞101一直在70-75℃和一杯咖啡取通過管道120,公雞101有很好的品味和溫度即使咖啡是存儲為一個相對較長的時間在咖啡儲罐104。</p><p>  根據(jù)這項發(fā)明,上面所述,因為溫度保持存儲咖啡適當(dāng)?shù)臏囟鹊膬r值無論熱水煮咖啡,一杯咖啡味道很好,口味便能得到的熱水箱獨立的咖啡罐的結(jié)構(gòu)緊湊,其中降低時間加熱熱水所需的溫度。一個緊湊的容器可以很容易的

20、,按生產(chǎn)運作,從而減少麻煩焊接作業(yè)。此外,整個墻壁的咖啡貯槽總是受熱均勻,較低的溫度,預(yù)定好杯咖啡的口感和味道會先后獲得。</p><p>  雖然在出人頭地的腳步,咖啡被描述為一個優(yōu)先的例子,另一個熱的飲料喝杯熱飲料,如湯將考慮溫度條件??諝獾臏囟瓤刂圃谥g的空間和保溫墻儲罐就可以很容易地由一個連接到熱水器溫控器的溫度適宜的飲水。</p><p><b>  產(chǎn)品說明:<

21、/b></p><p>  1.熱飲機制造包括:</p><p>  一套提供一個開放在前面的墻上。</p><p>  一個熱水箱位于說套管和充滿熱水加熱到預(yù)定的溫度,意味著控制水供應(yīng)到說熱水箱。</p><p>  一個漏斗充滿資料準(zhǔn)備熱飲料和detachably安裝在開幕;套管說:</p><p>  一個

22、噴淋頭高于說漏斗。</p><p>  熱水供應(yīng)管道連接說熱水箱及噴淋頭說:把熱水供應(yīng),從說熱水箱說漏斗。</p><p>  一個儲罐存儲準(zhǔn)備熱飲放置在說,僅低于說漏斗;套管</p><p>  一個保溫箱,以便儲罐安排與周圍的空間。</p><p>  放置在熱水器取暖一致表示說空間儲油罐到預(yù)定的溫度,公雞,拿出了熱食的飲料說儲罐管道通過

23、從底部的儲油罐。</p><p>  2.根據(jù)熱飲料生產(chǎn)商索賠1,其中所述方式來控制水供應(yīng)包括水平探測器探測的熱水,當(dāng)它到達(dá)預(yù)定的水平和供水閥門有限公司成立于供水管道供水變成說熱水箱,閥檢測器連接到說這樣說水平在閥門關(guān)閉時的水平檢測器檢測說預(yù)定的水平。</p><p>  3.根據(jù)熱飲料生產(chǎn)商索賠2,其中所述熱水供應(yīng)管道彎形成一個彎曲的上方,說預(yù)定水平大幅度符合說熱水的上方,說彎曲說熱水供

24、應(yīng)管道。</p><p>  4.根據(jù)熱飲料生產(chǎn)商索賠1,其中所述熱飲水管連接到熱水器具有優(yōu)異的耐熱說。</p><p>  5.根據(jù)熱飲料生產(chǎn)商索賠4,其中所述熱飲出口管道連接到熱水器說通過一臺導(dǎo)電材料。</p><p>  6.根據(jù)熱飲料生產(chǎn)商索賠1,從而進(jìn)一步包括蒸汽排氣管道連接到一個結(jié)束的上層說熱水箱及另一端在大氣層上面說漏斗。</p><

25、;p>  7.根據(jù)熱飲料生產(chǎn)商索賠1,其中所述加熱器放置在說空間熱控制連接到熱水器溫控器。</p><p><b>  參考文獻(xiàn)</b></p><p>  [1] Atmel Corporation, 2007. “8 bit microcontroller with 4k bytes in-system Programmable Flash AT89S51”

26、</p><p>  [2] Ayala K.J, 1996. “8051 microcontroller Architecture, Programming and Application” Second Edition Printed by Sunil Binding and printing Wrokes, Indie Printing Hous, Wadala, Mumbai 400031</p&g

27、t;<p>  [3] Thomas L. Flovd. 1996, “Electronics Devices” Fourth Edition , Prentice Hall, Inc.</p><p>  [4] Thomas E. Kisseell.. 1997 “Industrial Electronics” Prentice Hall, Inc.</p><p>  

28、[5] Predko, M. 2001. “Programming and Customizing the 8051 Microcontroller. Reprinted in India by arrangement with the M. Graw Hill Companies Inc, New York</p><p>  [6] Philips Semiconductor Company. April 1

29、999. “Data sheet of 80S51, 8 bit, Microcontroller Family”. April 1999</p><p>  [7] Kleitz. W. 1998 “Microprocessor and Microcontroller Fundamentals” . 1998</p><p>  [8] http://www.repairclinic.c

30、om</p><p>  [9] http://www.home.howstuffworks.com</p><p>  [10] http:// www.wikipedia.com</p><p>  附件2:外文原文(復(fù)印件)</p><p>  HOT DRINK MAKERS</p><p><b>

31、  abstract</b></p><p>  A hot drink maker comprises an outer casing, a hot water tank located in the casing at a relatively high position and filled with hot water heated to a predetermined temperature

32、, a device for controlling water supply in the hot water tank, a funnel filled with a material for preparing hot drink, and a storage tank disposed below the funnel for storing the prepared hot drink. The storage tank is

33、 suspended in a heat insulating box with air space there between and the air in the space is uniformly </p><p>  BACKGROUND OF THE INVENTION</p><p>  This invention relates to an automatic hot d

34、rink maker installed on a floor or counter in a store such as a food service shop and a restaurant, and more particularly, to an automatic coffee urn in which a brewed coffee storage tank is located independently of a ho

35、t water tank and is heat-conditioned to maintain a predetermined temperature suitable for drinking coffee.</p><p>  Various types of hot drink makers have been proposed and one of them is of the type in whic

36、h hot drink such as coffee or soup is prepared by pouring hot water onto powdered or ground material in a funnel member and stored in a hot drink storage tank to obtain prepared hot drink at any desired time.</p>

37、<p>  An automatic coffee urn which is one example of a hot drink maker of the type described above will be described hereunder in conjunction with FIG. 1.</p><p>  Referring to FIG.1, an automatic coff

38、ee urn comprising a vertical casing 50 made of such as stainless steel in which a hot water tank 2 is located at the bottom of the casing 50 and the side and bottom walls of the tank 2 are surrounded by a heat-insulating

39、 material 3. A coffee storage tank 4 is suspended in the hot water tank 2 such that the upper end portion of the tank 4 extends horizontally and the outer edge of the upper end portion is attached to the upper end of the

40、 side wall of the tank </p><p>  The level of the hot water W in the tank 2 is detected by a water level detect for 11 and an electromagnetic water supply valve 14 is operatively connected to the level detec

41、tor 11 and controlled by a signal from the detector 11 to supply water into the tank 2 and always maintain a necessary amount of hot water W in the tank 2. The hot water W is heated by an electric heater 13 disposed in t

42、he low portion of the tank 2 and a temperature of the hot water W is suitably controlled by a thermostat 1</p><p>  Reguarding the automatic coffee urn of the type described above, the hot water W in the tan

43、k 2 will bemaintained at 93℃-97℃, which is deemed to be a temperature suitable for brewing coffee and the temperature of the brewed coffee C in the storage tank 4, which is suspended in the hot water tank 2, is also main

44、tained at substantially 93℃-97℃., which is considerably high temperature for the coffee to be drunk. Thus, the high temperature such as 93℃-97℃. will make flavor of coffee disperse easily a</p><p>  When a c

45、ertain amount of hot water W has been spent on for brewing coffee and taking out of several cups of coffee and the water level in the tank 2 lowers, the level detector 11 operates to control the electromagnetic water sup

46、ply valve 14 so as to supply water into a bottom portion of the tank 2 from a water source such as water service through a pipe 27 connected thereto. Since the supplied water is cold, it will stay at the bottom portion o

47、f the tank 2 and cool the coffee tank 4 if the botto</p><p>  In order to obviate the defects of the automatic coffee urn of the type described above, is provided an automatic coffee urn in which a coffee st

48、orage tank is located in a casing independently of a hot water tank, for example, as described in U.S. Pat. No. 3,149,556 to</p><p>  James S. Martin. In James, a coffee storage tank is located independently

49、 of a hot water tank and heated by a heater disposed only at the bottom of the storage tank. However, since the storage tank is heated only from the bottom, the whole wall structure of the storage tank is not uniformly h

50、eated and temperature difference exists at upper and lower portions thereof, i.e., the brewed coffee in the storage tank. Therefore, the coffee having a constant temperature cannot be obtained successively.</p>&l

51、t;p>  SUMMARY OF THE INVENTION</p><p>  An object of this invention is to obviate defects of a prior art apparatus and provide a hot drink maker capable of obtaining cups of the hot drink successively hav

52、ing substantially the same temperature suitable for drinking.</p><p>  Another object of this invention is to provide a hot drink maker in which a hot water tank and a prepared hot drink tank are independent

53、ly located and maintained so as to always keep predetermined temperature, respectively.</p><p>  According to this invention, there is provided a hot drink maker to be installed in a food service shop or res

54、taurant comprising, a casing provided with an opening at a front wall thereof, a hot water tank located in the casing and filled with hot water heated to a predetermined temperature, means for controlling water supply in

55、to the hot water tank, a funnel filled with material for preparing hot drink and detachably fitted in the opening, a spray head located above the funnel, a hot water supp</p><p>  The storage tank with space

56、 there between, a heater disposed in the space for heating uniformly the stock tank to be a predetermined temperature, and a cock for taking out the prepared hat drink in the storage tank through an outlet pipe extending

57、 from the bottom of the storage tank.</p><p>  BRIEF DESCRIPTION OF THE DRAWINGS</p><p>  In the accompanying drawing:</p><p>  FIG.. 1 is a schematic cross-sectional view of a prio

58、r art automatic coffee urn; and</p><p>  FIG. 2 is a schematic cross-sectional view of an automatic coffee urn according to this invention.</p><p>  DESCRIPTION OF THE PREFERRED EIVIBODIMENT<

59、/p><p>  Referring to FIG. 2, an automatic coffee urn according to this invention comprises a vertical casing 150 made of stainless steel, for example, and the casing 150 is provided at its front wall with an o

60、pening 125 in which a coffee funnel 105 is located. A cylindrical water-tight tank 122 in which hot water W is contained is disposed in the casing 150 at a relatively high position and a heat insulating box 103 is dispos

61、ed at the low portion in the casing 150. A coffee storage tank 104 for storing </p><p>  An electric heater 113 is located at the bottom portion of the hot water tank 122 to heat water W and temperature of t

62、he heated water is always measured and controlled to have a predetermined value by a thermostat 112 which is electrically connected to the heater 113. A pipe 130 interconnects the bottom of the tank 122 to a water source

63、, such as water service, through an electromagnetic water supply valve 114. A pipe 108 for supplying hot water W in the tank 122 to the coffee funnel 105 is conne</p><p>  A pipe 120 is connected at one end

64、to the bottom of the coffee storage tank 104 and a cock 101 is fitted to the other end of the pipe I20 to obtain a cup of coffee by handling the cork. An electric heater 115 is located in the space 119 formed between the

65、 insulating box 103 and the coffee storage tank 104 and the air temperature in the space 119 is controlled by a thermostat 116 which is electrically connected to the heater 115 to maintain the air temperature in the spac

66、e 119 and to constantly h</p><p>  In the arrangement of the coffee urn of this invention, it is desirable to dispose two coffee storage tanks 104 side by side and in this case the coffee funnel 105 is const

67、ructed to be rotatable horizontally along the circular rail member attached to the opening portion 125 of the casing 150 and an opening 105a is provided at an exocentric portion on the bottom of the funnel so that when t

68、he funnel is rotated, the opening I05a aligns with respective holes provided for the lids 104u of the tanks </p><p>  The automatic coffee urn according to this invention operates as follows.</p><

69、p>  At the starting time of operation of the coffee urn, water level of the hot water tank 122 is at the same level as that of the end opening of the pipe 108 extending in the tank 122 and the temperature of the hot w

70、ater W is maintained to a temperature of 93-97℃ suitable for brewing coffee. The coffee funnel 105 filled with ground coffee 106 and fitted to a rail member attached to the casing 150 is positioned at a portion just abov

71、e one of coffee storage tanks 104.</p><p>  Under these conditions, depression of a push button, not shown, operates a relay means, not shown, connected to the water supply valve 114 to open the valve so as

72、to supply water into the tank 122 through the supply pipe 130. Thus, the water level in the tank 122 rises and when the level reaches the predetermined level A in the riser 113, the level is detected by the level detecto

73、r 111, generally a float switch, which generates a signal to control the relay means for closing the water supply val</p><p>  The air between the coffee storage tank 104 and the heat insulating box 103 is p

74、reliminarily heated by the heater 115 and its temperature is controlled by the thermostat 116 so that the whole wall structure of the tank 104 is uniformly heated and the temperature of the coffee C supplied into the tan

75、k 104 is always kept at a value suitable for drinking, preferably, to about 85℃. Although the cock 101 is usually cooled by a surrounding air, the pipe 120 is thermally connected to the heater 115 by </p><p>

76、;  According to this invention, as described herein above, since a temperature for storing coffee can be kept at a suitable value regardless of the temperature of hot water to brew coffee, a cup of coffee with good flavo

77、r and taste can be obtained and location of a hot water tank independent of a coffee tank makes the structure thereof compact and reduces the time for heating hot water to a desired temperature. A compact tank can easily

78、 be manufactured by press workings, which can reduce troublesom</p><p>  Although in the fore goings, coffee is described as one preferred example of hot drink, another hot drink such as soup will be prepare

79、d in consideration of temperature condition. The temperature control of the air in the space between the storage tank and the heat-insulating wall can easily be made by a thermostat connected to the heater to a temperatu

80、re suitable for the kinds of the drinking.</p><p>  What is claimed is:</p><p>  1. A hot drink maker comprising:</p><p>  a casing provided with an opening at a front wall thereof;

81、</p><p>  a hot water tank located in said casing and filled with hot water heated to a predetermined temperature; means for controlling water supply into said hot water tank;</p><p>  a funnel

82、filled with material for preparing hot drink and detachably fitted to said casing in said opening;</p><p>  a spray head located above said funnel;</p><p>  a hot water supply pipe interconnecti

83、ng said hot water tank and said spray head for supplying the hot water from said hot water tank to said funnel;</p><p>  a storage tank for storing prepared hot drink disposed in said casing just below said

84、funnel;</p><p>  a heat insulating box arranged so as to surround said storage tank with space there between;</p><p>  a heater disposed in said space for heating uniformly said storage tank to

85、a predetermined temperature; and a cock for taking out the prepared hot drink in said storage tank through an outlet pipe extending from the bottom of said storage tank.</p><p>  2. The hot drink maker accor

86、ding to claim 1 wherein said means for controlling the water supply comprises a level detector for detecting the level of the hot water when it reaches a predetermined level and a water supply valve incorporated in a wat

87、er supply pipe for supplying water into said hot water tank, said valve being operatively connected to said level detector so that said valve is closed when said level detector detects the predetermined level.</p>

88、<p>  3. The hot drink maker according to claim 2 wherein said hot water supply pipe is bent to form a bent top portion and said predetermined level of said hot water substantially accords with that of said bent to

89、p portion of said hot water supply pipe.</p><p>  4. The hot drink maker according to claim 1 wherein said hot drink outlet pipe is thermally connected to said heater.</p><p>  5. The hot drink

90、maker according to claim 4 wherein said hot drink outlet pipe is connected to said heater through a heat conductive material.</p><p>  6. The hot drink maker according to claim 1 which further comprises a st

91、eam exhaust pipe having one end connected to the upper portion of said hot water tank and the other end opened in the atmosphere above said funnel.</p><p>  7. The hot drink maker according to claim 1 wherei

92、n said heater disposed in said space is thermally controlled by a thermostat operatively connected to said heater.</p><p>  REFERENCES</p><p>  [1] Atmel Corporation, 2007. “8 bit microcontrolle

93、r with 4k bytes in-system Programmable Flash AT89S51”</p><p>  [2] Ayala K.J, 1996. “8051 microcontroller Architecture, Programming and Application” Second Edition Printed by Sunil Binding and printing Wroke

94、s, Indie Printing Hous, Wadala, Mumbai 400031</p><p>  [3] Thomas L. Flovd. 1996, “Electronics Devices” Fourth Edition , Prentice Hall, Inc.</p><p>  [4] Thomas E. Kisseell.. 1997 “Industrial El

95、ectronics” Prentice Hall, Inc.</p><p>  [5] Predko, M. 2001. “Programming and Customizing the 8051 Microcontroller. Reprinted in India by arrangement with the M. Graw Hill Companies Inc, New York</p>

96、<p>  [6] Philips Semiconductor Company. April 1999. “Data sheet of 80S51, 8 bit, Microcontroller Family”. April 1999</p><p>  [7] Kleitz. W. 1998 “Microprocessor and Microcontroller Fundamentals” . 199

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