M378363 五、新型說明： 【新型所屬之技術領域】 本創作是一種運用致冷晶片產生冷熱之飲水裝置，其是與電 氣裝置有關。 【先前技術】 飲水機，人類生活中非常便利的生活用品，提供人類在生活 上可隨時飲用到加熱過或冷卻過的飲水，而現在習知的飲水機通 常都具有體積龐大、耗電量高的問題存在，對於家中人口少、單 獨居住或較少使赌水機的家庭或使用者來說，使用這種飲水機 非吊的不適合’有鑑於此’本創作人潛心研究並更深人構思，歷 經多次研發試作後’終於創作出—種運用致冷晶片產生冷敎之 水裝置。 【新型内容】 本創作目的在提供-種運用致冷晶片產生 ::者:r單’成本低廉，更能提供更多-需求的 之飲m目r:，本創作提供—種運岐冷w產生冷熱 ★曰片置，由複數致冷^被接設簡成，該各致 冷日日片為由Ν型半導體材料盥ρ型 加埶致A W u 1+¥制4錢所構成，且該 …致冷裝置形成-加熱面以及—致冷面；— 1 單元貼設於該加熱致冷裝加熱面；、二该熱水 八早疋，該冷水單元 3 M378363 域物置_面；—咖，綱功效，且該 隔熱板相_加絲妙置、麻單元域冷水單綠置；以及 一溫控裝置’ _域致冷裝置紐雜，且舰控裝置且有一 感溫件及—控制部’該感溫件伸人該熱水單元内感測熱水單元内 的熱水溫度，且該感溫件與該控制部連接。 藉由致冷晶片所組合構成的加熱致冷裝置就能提供加 熱致冷的功能，體積小，用電量省，藉此提供不同需求的使 【實施方式】 為使貴審查委員對本創作之目的、及姐能財更進一 步之瞭解與認識，以下兹請配合【圖單說明】詳述如后： 本創作運贼〇；姓冷熱之飲核置魄佳實施例如第 1至4圖所示，包含： 一加熱致冷農置10，由複數致冷晶片u相互接設所構成， 該各致冷U 11為由N型半導體_與P料導體材料連結所構 成’且該加熱致冷裝置10形成一加熱面12以及一致冷面⑴ -熱水單元20，本實關之熱水單元2G為—触的熱水承 桶20A ’該熱水單元20貼設於該加熱致冷裝置1〇的加熱面12 ; -冷水單元3G，本實關之冷水單元3G為—触的冷水承 桶30A，該冷水單元3G貼設於該加熱致冷裝置1Q的致冷面⑴ 一隔熱板40 ’具隔熱功效，且該隔熱板4〇相_加熱致冷 裝置10、熱水單元20及該冷水單元3〇設置；以及 7 M378363 -溫控裝置50，與該加熱致冷裝置1G電性連接，且該溫控 裝置50具有一感溫件51、一顯示面板52及一控制部53，該感溫 件51伸入該熱水單元2〇内感測熱水單元2〇内的熱水溫度，且該 感溫件51再分別與該顯示面板52及該控制部53連接。 /以上為本創作運用致冷晶片產生冷熱之飲水裝置的結構關 係’當該溫控裝置50與該加熱致冷裝置！◦通電，該加熱致冷裝 置1〇的加熱面12就會開始產生熱，而由於該加熱面12產生7熱能 是由該致冷面13吸收熱量，因此該致冷面13便會開始降溫，使 忒致冷面13同時產生致冷的功效，而該溫控裝置5〇的感溫件^ 則是感_熱水單元2〇_熱水溫度，且制者可由該控制告⑽ 設定所需熱水溫度並可由該顯示面板52顯示知悉，當使用者由該 控制部53奴所需溫度，而感溫件51感測職水單元卻内的敎 水溫度不足時’該溫控裝置5〇隨即再施加電加、 1〇,而當該加熱致冷削持續加熱，當該感溫件51感= 合雜制部53預·溫度時即會切斷電源，使該加熱致冷裝置 停止繼續加熱，域就更達成了溫控的功效，且由於該加熱面U T吸收該致冷面13 ό髓，因此當該加熱面12的溫度提升越高 時’该致冷面13的溫度也會越低，致冷的效果越好，而該熱水單 元邡與冷水單元30内的水就可供以取出飲用。 而當需要加齡域其他種_飲品時，可將飲品放置水杯 ^放置於該熱水承桶施及冷水承桶3〇Α内以進行隔水加執或 一動作’再請配合參閱第3圖所示，該熱水單元2〇及該冷水 5 M378363 單元30直接設置成水杯態樣的加熱杯2〇B μ 夂致冷杯30Β，而該加 熱致冷裝置10就能直接對水杯態樣的加熱杯2犯 、 , 久致冷杯30Β加 ‘、，、或降溫’而使用者就能直接將該水杯態樣的加熱杯施及致广 杯30B取起使用。 7 而也能如第4騎示，該飲轉置更包含—機⑽，而該加 熱致冷裝置10、熱水單元2G、冷水單元3()、隔餘4g及該溫控 裝置50容置於該機體60内，該機體6〇外再設置一執水供應頭 6卜一冷水供應頭62及—溫水供應頭⑵，該熱水供應頭^與該 熱水單元20連通，該冷水供應頭62 _冷水單元料通，而該 溫水供應頭63顺賴水單元2G及該冷水單元3()連通，如此使 用者就能由該熱水供應頭61取出熱水使用，由該冷水供應頭62 取出冷水使用，而由該溫水供應頭63則能取出混合熱水與冷水的 溫水使用。 述可知，本創作提供的運服冷晶片產生冷熱之飲水裝 处構上非常簡單，且能源使用上也非常環保，不僅能有省電節 能㈣效’更是非常適合製成小型的飲水設備，提供使用者置放 ;辦桌j固人房間或家庭人口較少的使用環境裡，提供不同需 求的使用者需用。 【圖式簡單說明】 弟1圖為本創作運用致冷晶片產生冷熱之飲水裝置的分解示 意圖。 h 第2 、 圖 為本創作運用致冷晶片產生冷熱之飲水裝置的組合示 意圖。 第3 圖 為本創作運用致冷晶片產生冷熱之飲水裝置的熱水單 元及冷水單元為水杯態樣的示意圖。 第4 圖 為本創作運用致冷晶片產生冷熱之飲水裝置更設置— 機體的示意圖。 【主要元件符號說明】 《本新型》 力D熱欵冷裝置10 致冷晶片11 加熱面12 致冷面13 熱水單元20 熱水承桶20A 力口熱杯20B 冷水單元30 冷水承桶30A 致冷杯30B 隔熱板40 溫控裝置50 感溫件51 顯示面板52 控制部53 機體60 熱水供應頭61 冷水供應頭62 溫水供應頭63M378363 V. New description: [New technical field] This creation is a drinking water device that uses cold-formed wafers to generate hot and cold, which is related to electrical devices. [Prior Art] Water dispensers, very convenient daily necessities in human life, provide humans with the ability to drink heated or cooled drinking water at any time. Today, conventional water dispensers usually have large volume and high power consumption. The problem exists. For families or users whose population is small, living alone or less likely to make a water vending machine, the use of such a water dispenser is not suitable for the 'in view of this'. The author devote himself to research and deepen his ideas. After many trials and developments, I finally created a water-cooling device that uses cold-storing wafers. [New content] The purpose of this creation is to provide a kind of application of cold-forming wafers::: r single 'low cost, more able to provide more - demand of the drink m mesh r:, this creation provides - kind of transport cold w Produce hot and cold ★ 曰 置 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ...the cooling device is formed - the heating surface and the - cooling surface; - 1 unit is attached to the heating and cooling heating surface; 2, the hot water is eight early, the cold water unit 3 M378363 is placed on the surface; The effect of the board, and the insulation board phase _ 丝丝妙置, hemp unit domain cold water single green; and a temperature control device ' _ domain refrigeration device New Miscellaneous, and the ship control device has a temperature sensing device and - control department The temperature sensing member extends into the hot water unit to sense the temperature of the hot water in the hot water unit, and the temperature sensing member is connected to the control portion. The heating and cooling device composed of the combination of the cooling chips can provide the function of heating and cooling, the volume is small, the electricity consumption is saved, thereby providing different requirements. [Embodiment] For the purpose of the present review by the reviewing committee And the sister can make further understanding and understanding, please follow the [description of the map] as detailed below: The creation of the thief; the name of the hot and cold drink is set as shown in Figures 1 to 4, The method comprises: a heating and cooling farm 10, wherein the plurality of cooling fins u are connected to each other, and each of the cooling U 11 is formed by connecting an N-type semiconductor and a P-material, and the heating and cooling device 10 Forming a heating surface 12 and a uniform cold surface (1) - a hot water unit 20, the hot water unit 2G of the present embodiment is a hot water receiving bucket 20A - the hot water unit 20 is attached to the heating and cooling device 1 Heating surface 12; - cold water unit 3G, the cold water unit 3G of the present embodiment is a contact cold water bucket 30A, the cold water unit 3G is attached to the cooling surface of the heating and cooling device 1Q (1), a heat shield 40' Heat insulation effect, and the heat insulation board 4 〇 phase _ heating refrigeration device 10, hot water unit 20 The chilling unit 3 is disposed; and the 7 M378363-temperature control device 50 is electrically connected to the heating and cooling device 1G, and the temperature control device 50 has a temperature sensing member 51, a display panel 52, and a control portion 53. The temperature sensing member 51 extends into the hot water unit 2 to sense the temperature of the hot water in the hot water unit 2, and the temperature sensing member 51 is further connected to the display panel 52 and the control portion 53, respectively. / The above is the structural relationship of the water-cooling device that uses cold-formed wafers to produce cold and hot water. When the temperature control device 50 and the heating and cooling device! When the crucible is energized, the heating surface 12 of the heating and cooling device 1 starts to generate heat, and since the heating surface 12 generates 7 thermal energy, the cooling surface 13 absorbs heat, so the cooling surface 13 starts to cool down. The cooling surface 13 is simultaneously caused to have a cooling effect, and the temperature sensing device of the temperature control device 5 is a hot water temperature 2 〇 _ hot water temperature, and the maker can be set by the control device (10) The temperature of the hot water can be displayed by the display panel 52. When the user receives the required temperature from the control unit 53, and the temperature sensing member 51 senses that the temperature of the water in the water unit is insufficient, the temperature control device 5〇 Then, the electric heating is applied again, and when the heating is cooled, the heating is continued. When the temperature sensing member 51 senses the temperature of the mixing portion 53, the power is turned off, and the heating and cooling device is stopped. When the heating, the domain achieves the effect of temperature control, and since the heating surface UT absorbs the chilled surface of the cooling surface 13, the temperature of the cooling surface 13 is higher when the temperature of the heating surface 12 is increased. The lower the effect of cooling, the better the water is, and the water in the hot water unit and the cold water unit 30 is available for removal. use. When you need to add other types of drinks to the age group, you can place the drink in the water cup and place it in the hot water tank to the water tank 3 to carry out the water supply or an action. Please refer to the third. As shown in the figure, the hot water unit 2 and the cold water 5 M378363 unit 30 are directly arranged in a water cup-like heating cup 2〇B μ 夂 cold cup 30Β, and the heating and cooling device 10 can directly face the water cup. The heating cup 2 is committed, and the long-term cold cup 30 Β plus ',,, or cool' and the user can directly use the cup-shaped heating cup to the wide cup 30B for use. 7 can also be shown as the fourth riding, the beverage transposition further includes a machine (10), and the heating and cooling device 10, the hot water unit 2G, the cold water unit 3 (), the compartment 4g and the temperature control device 50 are accommodated. In the body 60, the body 6 is further provided with a water supply head 6 and a cold water supply head 62 and a warm water supply head (2). The hot water supply head is connected to the hot water unit 20, and the cold water supply is provided. The head 62_ cold water unit is connected, and the warm water supply head 63 is connected to the water unit 2G and the cold water unit 3 (), so that the user can take out the hot water from the hot water supply head 61, and the cold water supply is provided. The head 62 takes out the cold water, and the warm water supply head 63 can take out the warm water of the mixed hot water and the cold water. As can be seen, the water supply device for cold and hot clothes provided by this creation is very simple, and the energy use is also very environmentally friendly. It can not only save energy and save energy (four) effect, but is also very suitable for making small drinking water equipment. Provide user placement; use a table in a solid room or a family with a small population, and provide users with different needs. [Simple description of the drawing] The first drawing of Fig. 1 is an exploded view of the drinking water device for producing cold and hot using a cold chip. h 2nd, Figure is a combination of the creation of a drinking water device that uses cold-formed wafers to produce hot and cold. Fig. 3 is a schematic view showing the hot water unit and the cold water unit of the drinking water device using the cold-storing wafer to produce a hot and cold water. Figure 4 is a schematic diagram of the body of the drinking water device that uses cold-formed wafers to produce hot and cold. [Main component symbol description] "This new type" Force D hot and cold cooling device 10 Cooling wafer 11 Heating surface 12 Cooling surface 13 Hot water unit 20 Hot water barrel 20A Force hot cup 20B Cold water unit 30 Cold water barrel 30A Cold cup 30B Insulation board 40 Temperature control device 50 Temperature sensing element 51 Display panel 52 Control part 53 Body 60 Hot water supply head 61 Cold water supply head 62 Warm water supply head 63