TWM523074U - Distilled water manufacturing machine with cleaning function - Google Patents
Distilled water manufacturing machine with cleaning function Download PDFInfo
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Description
本新型是關於一種製造機,特別是指一種可以提供純淨飲用水之具有清洗功能的蒸餾水製造機。The present invention relates to a manufacturing machine, and more particularly to a distilled water producing machine capable of providing pure drinking water with a cleaning function.
由於工業的快速發展,許多的工業污染物質不知不覺的進入人類的食物鏈中,特別是飲用水。自來水是目前台灣主要的飲用水,而有些地區會就近採用山泉水或者地下水,為了提高飲水的安全性,這些水源通常被建議加熱煮沸後食用。有的則是經過逆滲透、過濾、殺菌等處理步驟後直接食用或再煮沸後食用。然而前述各種的飲用水處理方法,都沒有比蒸餾水來得純淨,因在蒸餾水的處理的過程中,先讓生水經過活性碳去除比純水沸點低的物質,再經過煮沸後收集而得,因此,蒸餾水中不含有煮沸水中的離子及雜質。Due to the rapid development of industry, many industrial pollutants have unwittingly entered the human food chain, especially drinking water. Tap water is currently the main drinking water in Taiwan, and some areas will use mountain spring water or groundwater nearby. In order to improve the safety of drinking water, these water sources are usually recommended to be heated and boiled. Some are directly eaten or boiled after reverse osmosis, filtration, sterilization and other treatment steps. However, the above various drinking water treatment methods are not purer than distilled water, because in the process of treating distilled water, raw water is first removed by activated carbon to remove substances having a lower boiling point than pure water, and then collected after boiling, so The distilled water does not contain ions and impurities in the boiling water.
而蒸餾水製造機就是一種利用蒸餾原理,來產生飲用水的專用機器,其主要的設計原理是利用加熱器及冷凝管之配合,讓加熱產生的蒸氣通過冷凝管冷卻成蒸餾水,再將蒸餾水存放在冷水箱及溫水箱內,使用者即可根據需要取用不同水溫且純淨的蒸餾水。The distilled water making machine is a special machine that uses the distillation principle to produce drinking water. The main design principle is to use the combination of the heater and the condensing pipe to cool the steam generated by heating into distilled water through the condensing pipe, and then store the distilled water in the distilled water. In the cold water tank and the warm water tank, the user can take different distilled water with different water temperature as needed.
習知蒸餾水製造機雖然可以產生純淨的飲用水,但是在使用的過程卻發現,台灣各地未經處理的生水中,其水質有相當的差異性,有些地方的水質偏硬、有些地方的水質接近軟水,但無論是硬水或是軟水,生水中都會含有一定量的離子,這些離子會在生水被煮沸及冷卻的過程中,在加熱器的接觸面形成結晶物,即所俗稱的鍋垢。當蒸餾水製造機使用一段時間後,累積在該加熱器之接觸面上的結晶物會漸漸的影響其加熱效能,不僅造成能源的消耗,當結晶物累積太厚時,也會造成加熱器的損壞。因此,如何讓加熱器保持長久且較佳的效能,為蒸餾水製造機設計上極待改進的課題。Although the distilled water making machine can produce pure drinking water, it has been found that the water quality of the untreated raw water in Taiwan is quite different. In some places, the water quality is hard and the water quality in some places is close. Soft water, but whether it is hard water or soft water, the raw water will contain a certain amount of ions. These ions will form crystals on the contact surface of the heater during the boiling and cooling of the raw water, which is commonly known as the scale. When the distilled water making machine is used for a period of time, the crystals accumulated on the contact surface of the heater will gradually affect its heating performance, which not only causes energy consumption, but also causes damage to the heater when the crystal accumulation is too thick. . Therefore, how to keep the heater for a long time and better performance is an extremely problem to be solved for the design of the distilled water machine.
本新型之目的是在提供一種可以產生較佳且持久效能之具有清洗功能的蒸餾水製造機。The object of the present invention is to provide a distilled water producing machine having a cleaning function which can produce better and lasting performance.
本新型的蒸餾水製造機包含一個蒸餾單元、一個清洗單元,以及一個檢測控制單元。該蒸餾單元包括一個蒸氣產生箱、一個安裝在該蒸氣產生箱內的第一加熱器、一個與該蒸氣產生箱連接的冷凝管,以及一個將水引入該蒸氣產生箱的進水管,而該清洗單元包括一個與該蒸氣產生箱連接的廢水排放管。The novel distilled water producing machine comprises a distillation unit, a cleaning unit, and a detection control unit. The distillation unit includes a steam generating tank, a first heater installed in the steam generating tank, a condenser pipe connected to the steam generating tank, and an inlet pipe for introducing water into the steam generating tank, and the washing The unit includes a waste water discharge pipe connected to the steam generating tank.
該檢測控制單元可採用電阻抗偵測方式或者進水量偵測方式,當採用電阻抗偵測方式時,該檢測控制單元包括一個控制器、一個偵測模組,以及一個驅動模組,該偵測模組具有一個水位偵測電路、一個電阻抗偵測電路,以及一個與該水位偵測電路及該電阻抗偵測電路電連接的第一感測電極組,而該驅動模組具有一個用來控制該廢水排放管啟閉的廢水開關,以及一個電連接該廢水開關及該控制器的驅動電路;當該偵測模組測得之電阻抗低於一個設定值時,該驅動模組將控制該廢水開關打開該廢水排放管。而當採用進水量偵測方式時,該檢測控制單元包括該控制器、該驅動模組,以及一個與該控制器電連接的時鐘系統電路,該驅動模組具有一個安裝在該進水管上並與該控制器電連接的進水電磁閥;當該控制器所測得之進水量到達一個設定值時,該驅動模組將控制該廢水電磁閥打開該廢水排放管。The detection control unit may adopt an electrical impedance detection method or a water intake detection method. When the electrical impedance detection method is adopted, the detection control unit includes a controller, a detection module, and a driving module. The test module has a water level detecting circuit, an electrical impedance detecting circuit, and a first sensing electrode group electrically connected to the water level detecting circuit and the electrical impedance detecting circuit, and the driving module has a function a waste water switch for controlling the opening and closing of the waste water discharge pipe, and a driving circuit electrically connecting the waste water switch and the controller; when the electrical resistance measured by the detecting module is lower than a set value, the driving module will The waste water switch is controlled to open the waste water discharge pipe. When the water intake detection mode is adopted, the detection control unit includes the controller, the driving module, and a clock system circuit electrically connected to the controller, the driving module has one mounted on the water inlet pipe and The water inlet solenoid valve electrically connected to the controller; when the water quantity measured by the controller reaches a set value, the driving module controls the wastewater solenoid valve to open the waste water discharge pipe.
本新型有益的效果在於:利用該清洗單元及該檢測控制單元的配合,可以清洗該蒸氣產生箱,防止鍋垢附著在該第一加熱器上,使該第一加熱器可以維持較佳且持久的效能。The beneficial effect of the present invention is that the steam generating box can be cleaned by the cooperation of the cleaning unit and the detecting control unit to prevent the scale from adhering to the first heater, so that the first heater can be maintained better and lasting. Performance.
在本新型被詳細描述之前,應當注意在以下的說明內容中,類似的元件是以相同的編號來表示。Before the present invention is described in detail, it should be noted that in the following description, similar elements are denoted by the same reference numerals.
參閱圖1、2、3,本新型蒸餾水製造機之一實施例包含:一個內部中空的外殼1,以及安裝在該外殼1上的一個蒸餾單元2、一個出水單元3、一個清洗單元4、一個檢測控制單元5。該蒸餾單元2包括一個蒸氣產生箱21、一個將水引入該蒸氣產生箱21內的進水管22、一個位於該蒸氣產生箱21下方的冷水箱23、一個連接該蒸氣產生箱21及該冷水箱23的冷凝管24、一個鄰近該冷凝管24的風扇25、一個介於該冷水箱23及蒸氣產生箱21之間的溫水箱26、一個連接該溫水箱26及該冷水箱23的連接管27、一個安裝在該蒸氣產生箱21內並鄰近底部的第一加熱器28,以及一個安裝在該溫水箱26內並鄰近底部的第二加熱器29。該冷凝管24具有一段螺旋狀盤繞且鄰近該風扇25的冷凝部241、一段與該冷凝部241連接並由該蒸氣產生箱21頂部伸入的蒸氣收集部242,以及一段與該冷凝部241連接並由該冷水箱23頂部伸入的冷水輸出部243。Referring to Figures 1, 2, and 3, an embodiment of the present novel distilled water manufacturing machine comprises: an inner hollow outer casing 1, and a distillation unit 2, a water discharge unit 3, a cleaning unit 4, and a water supply unit 1 mounted on the outer casing 1. The control unit 5 is detected. The distillation unit 2 includes a steam generating tank 21, an inlet pipe 22 for introducing water into the steam generating tank 21, a cold water tank 23 located below the steam generating tank 21, a connecting steam generating tank 21 and the cold water tank. a condensing pipe 24 of 23, a fan 25 adjacent to the condensing pipe 24, a warm water tank 26 interposed between the cold water tank 23 and the steam generating tank 21, and a connecting pipe 27 connecting the warm water tank 26 and the cold water tank 23. A first heater 28 mounted in the vapor generating tank 21 adjacent to the bottom, and a second heater 29 mounted in the warm water tank 26 adjacent to the bottom. The condensing duct 24 has a section of spirally wound and adjacent to the condensing portion 241 of the fan 25, a portion of the vapor collecting portion 242 connected to the condensing portion 241 and projecting from the top of the steam generating tank 21, and a section connected to the condensing portion 241. And a cold water output portion 243 that protrudes from the top of the cold water tank 23.
該出水單元3包括一個安裝在外殼1上並位在該外殼1外部的出水開關31、一個安裝在該外殼1內部的溫水泵32、一個安裝在該外殼1內部的冷水泵33、一條連接該出水開關31、該溫水泵32及該冷水泵33的出水連通管34、一條連接該溫水泵32及該溫水箱26的溫水輸出管35,以及一條連接該冷水泵33及該冷水箱23的冷水輸出管36。The water outlet unit 3 includes a water outlet switch 31 mounted on the outer casing 1 and located outside the outer casing 1, a warm water pump 32 mounted inside the outer casing 1, a cold water pump 33 mounted inside the outer casing 1, and a connection The water outlet switch 31, the warm water pump 32 and the water outlet pipe 34 of the cold water pump 33, a warm water outlet pipe 35 connecting the warm water pump 32 and the warm water tank 26, and a cold water pump 33 and the cold water tank 23 are connected. Cold water outlet pipe 36.
該清洗單元4包括一個位於該蒸氣產生箱21下方的廢水箱41,以及一條連接在該廢水箱41頂部及該蒸氣產生箱21底部間的廢水排放管42,該廢水箱41具有一個中空的箱體411、一個安裝在該箱體411上的把手412,以及數個間隔設置的腳柱413,該箱體411內的廢水可被倒出,而該清洗單元4還包括數個分別壓在該等腳柱413下方的重量感測器44,以及一個安裝在該箱體411上的磁簧開關45。The washing unit 4 includes a waste water tank 41 located below the steam generating tank 21, and a waste water discharge pipe 42 connected between the top of the waste water tank 41 and the bottom of the steam generating tank 21, the waste water tank 41 having a hollow tank a body 411, a handle 412 mounted on the case 411, and a plurality of spaced apart legs 413, the waste water in the case 411 can be poured out, and the cleaning unit 4 further includes a plurality of presses respectively A weight sensor 44 below the leg 413, and a reed switch 45 mounted on the case 411.
本實施例該檢測控制單元5是用來控制蒸餾單元2、該出水單元3及該清洗單元4,並且達到自動進水、自動清洗及操控出水等目的。該檢測控制單元5包括一個控制器51,以及與該控制器51電連接的一個偵測模組52、一個驅動模組53、一個操控顯示模組54、一個廢水感測模組55、一個溫度感測模組56、一個時鐘系統電路57。該偵測模組52具有一個安裝在該蒸氣產生箱21內的第一感側電極組520、一個安裝在該溫水箱26內的第二感測電極組524、一個安裝在該冷水箱23內的第三感測電極組525、一個電阻抗偵測電路526,以及一個水位偵測電路527。In this embodiment, the detection control unit 5 is used to control the distillation unit 2, the water discharge unit 3, and the cleaning unit 4, and achieve the purpose of automatic water inlet, automatic cleaning, and manipulation of water. The detection control unit 5 includes a controller 51, and a detection module 52 electrically connected to the controller 51, a drive module 53, a control display module 54, a wastewater sensing module 55, and a temperature. The sensing module 56 and a clock system circuit 57. The detecting module 52 has a first sensing side electrode group 520 installed in the steam generating box 21, a second sensing electrode group 524 installed in the warm water tank 26, and one installed in the cold water tank 23. The third sensing electrode group 525, an electrical impedance detecting circuit 526, and a water level detecting circuit 527.
該第一感側電極組520、該第二感測電極組524及該第三感測電極組525都與該水位偵測電路527電連接,目的在於各別偵測該蒸氣產生箱21、該溫水箱26及該冷水箱23內部的高、低水位,必要時亦可量測中水位。而該第一感測電極組520具有一個參考電極521、一個第一感測電極522,以及一個第二感測電極523,其中,該參考電極521及第一感測電極522同時和該電阻抗偵測電路526電連接,以測量位於該蒸氣產生箱21內部之熱水的電阻抗。The first sensing side electrode group 520, the second sensing electrode group 524 and the third sensing electrode group 525 are both electrically connected to the water level detecting circuit 527 for the purpose of detecting the steam generating box 21, respectively. The high and low water levels inside the warm water tank 26 and the cold water tank 23 can also be measured in the middle water level if necessary. The first sensing electrode group 520 has a reference electrode 521, a first sensing electrode 522, and a second sensing electrode 523, wherein the reference electrode 521 and the first sensing electrode 522 simultaneously and the electrical impedance The detection circuit 526 is electrically connected to measure the electrical impedance of the hot water located inside the vapor generation tank 21.
具體來說,本實施例該第二感測電極組524及該第三感測電極組525與該水位處理電路527電連接,並可利用感測的電壓控制該溫水箱26及該冷水箱23內的水位高度,而該參考電極521、該第一感測電極522及該第二感測電極523亦與該水位偵測電路527電連接,並控制該蒸氣產生箱21的水位高度,進一步的,該參考電極521及該第一感測電極522同時和該電阻抗偵測電路526電連接,目的在於檢測該蒸氣產生箱21內之液體的離子濃度,當電阻抗的數值下降到設定值時,代表該蒸氣產生箱21的離子濃度高於設定值。即本實施例在電阻抗的偵測設計上,是共用原本用來檢測水位之該參考電極521及該第一感測電極522,以進行水中離子濃度的檢測作業,在本實施例,該第一感測電極522是感測該蒸氣產生箱21的低水位。Specifically, in the embodiment, the second sensing electrode group 524 and the third sensing electrode group 525 are electrically connected to the water level processing circuit 527, and the warm water tank 26 and the cold water tank 23 can be controlled by the sensed voltage. The height of the water level is high, and the reference electrode 521, the first sensing electrode 522 and the second sensing electrode 523 are also electrically connected to the water level detecting circuit 527, and control the water level of the steam generating box 21, further The reference electrode 521 and the first sensing electrode 522 are simultaneously electrically connected to the electrical impedance detecting circuit 526 for detecting the ion concentration of the liquid in the vapor generating box 21, when the value of the electrical impedance decreases to a set value. Indicates that the ion concentration of the vapor generation tank 21 is higher than a set value. That is, in the detection design of the electrical impedance, the reference electrode 521 and the first sensing electrode 522 which are originally used for detecting the water level are shared to perform the detection operation of the ion concentration in the water. In this embodiment, the first A sensing electrode 522 senses the low water level of the vapor generating tank 21.
該驅動模組53具有一個與該控制器51電連接的驅動電路531、一個與該控制器51電連接的繼電器532,以及和該驅動電路531電連接的一個廢水開關533、一個進水開關534、一個連通開關535。該廢水開關533安裝在該廢水排放管42上,而該進水開關534安裝在該進水管22上,用來控制進入該蒸氣產生箱21的水量,該連通開關535安裝在該連接管27上,所述驅動電路531還與該冷水泵33及該溫水泵32電連接,而該繼電器532與該風扇25及該第一及第二加熱器28、29電連接。The drive module 53 has a drive circuit 531 electrically connected to the controller 51, a relay 532 electrically connected to the controller 51, and a waste water switch 533 and a water inlet switch 534 electrically connected to the drive circuit 531. , a communication switch 535. The waste water switch 533 is mounted on the waste water discharge pipe 42, and the water inlet switch 534 is mounted on the water inlet pipe 22 for controlling the amount of water entering the steam generation tank 21, and the communication switch 535 is mounted on the connection pipe 27. The driving circuit 531 is also electrically connected to the cold water pump 33 and the warm water pump 32, and the relay 532 is electrically connected to the fan 25 and the first and second heaters 28, 29.
該操控顯示模組54具有一個安裝在該外殼1上並具有控制按鍵的輸入電路541,以及一個用來顯示操作模式及運用情形的顯示電路542,該廢水感測模組55與該等重量感測器44及該磁簧開關45電連接,用以感測該廢水箱41內部的廢水重量,所述溫度感測模組56具有一個安裝在該溫水箱26內的溫度計561,以及一個電連接該溫度計561及該控制器51的溫度處理電路562。The control display module 54 has an input circuit 541 mounted on the housing 1 and having control buttons, and a display circuit 542 for displaying an operation mode and an operation situation, the wastewater sensing module 55 and the sense of weight The detector 44 and the reed switch 45 are electrically connected to sense the weight of the wastewater inside the waste water tank 41. The temperature sensing module 56 has a thermometer 561 installed in the warm water tank 26, and an electrical connection. The thermometer 561 and the temperature processing circuit 562 of the controller 51.
本實施例該蒸餾水製造機位在一個正常使用模式下,該參考電極521、該第一感測電極522及該第二感測電極523可以偵測該蒸氣產生箱21內的水位高度,而該第二感測電極組524可以偵測該溫水箱26的水位高度,該第三感測電極組525可以偵測該冷水箱23的水位高度,藉由該控制器51、該廢水開關533、該進水開關534及該連通開關535的配合,可以達到自動補充生水及排出廢水的目的,藉由該繼電器532之控制,可以帶動該風扇25、第一加熱器28、及該第二加熱器29,以達到自動加熱及停止加熱的目的。在出水的設計上,可利用該驅動電路531控制該冷水泵33及該溫水泵32,而達到取用溫水及冷水的目的。In this embodiment, the distilled water manufacturing machine is in a normal use mode, and the reference electrode 521, the first sensing electrode 522, and the second sensing electrode 523 can detect the water level in the steam generating box 21, and the The second sensing electrode group 524 can detect the water level of the warm water tank 26, and the third sensing electrode group 525 can detect the water level of the cold water tank 23, by the controller 51, the waste water switch 533, the The cooperation of the water inlet switch 534 and the communication switch 535 can achieve the purpose of automatically replenishing raw water and discharging waste water, and the fan 25, the first heater 28, and the second heater can be driven by the control of the relay 532. 29, in order to achieve the purpose of automatic heating and stop heating. In the design of the effluent, the driving circuit 531 can be used to control the chilled water pump 33 and the warm water pump 32 to achieve the purpose of taking warm water and cold water.
本實施例為了讓該蒸餾水製造機具有較佳且持久的效能,其主要藉由該清洗單元4及該檢測控制單元5之配合,來達到檢測及自動清洗的目的,為了達到以上的目的,本實施例可以選擇進水量偵測技術或者電阻抗偵測技術,當選擇進水量偵測時,本實施例可以藉由該時鐘系統電路57的配合,得知通過該進水開關534的水量,即藉由流量參數及進水時間,可以計算出該蒸氣產生箱21的水量處理值,當設定的水量處理值到達一個設定值時,該蒸餾水製造機可以自動或手動轉換到一個清洗模式。In order to achieve the above purpose, the present embodiment aims to achieve the above purpose, in order to achieve the above purpose, in order to achieve better and lasting performance of the distilled water manufacturing machine, mainly by the cooperation of the cleaning unit 4 and the detection control unit 5. The embodiment can select the water intake detection technology or the electrical impedance detection technology. When the water intake detection is selected, the embodiment can use the cooperation of the clock system circuit 57 to know the amount of water passing through the water inlet switch 534, that is, The water volume processing value of the steam generating tank 21 can be calculated by the flow parameter and the water inflow time. When the set water volume processing value reaches a set value, the distilled water producing machine can automatically or manually switch to a washing mode.
當本實施例選擇電阻抗偵測技術時,則是利用該參考電極521及該第一感測電極522的配合,測定該蒸氣產生箱21內之水的離子濃度,並使該蒸餾水製造機自動或手動轉換到該清洗模式。即在測量水的離子濃度時,本實施例是藉由該電阻抗偵測電路526來偵測該參考電極521及該第一感測電極522之間的電壓差,測得的電壓差經過放大及調整後導入該控制器51,即可得知該蒸氣產生箱21內部之水的電阻抗數值,當該電阻抗數值低於設定值時,表示水中離子濃度已到達需要清洗的程度,此時該蒸餾水製造機就可以提出警訊通知使用者轉換到清洗模式,或者藉由該控制器51的控制自動轉換到清洗模式。When the electrical impedance detection technique is selected in the embodiment, the ion concentration of the water in the vapor generating tank 21 is measured by using the matching of the reference electrode 521 and the first sensing electrode 522, and the distilled water making machine is automatically Or manually switch to this cleaning mode. That is, when measuring the ion concentration of the water, the electrical impedance detection circuit 526 detects the voltage difference between the reference electrode 521 and the first sensing electrode 522, and the measured voltage difference is amplified. And adjusting and introducing the controller 51, the electric resistance value of the water inside the steam generating box 21 can be known. When the electric impedance value is lower than the set value, it indicates that the ion concentration in the water has reached the level of cleaning required. The distilled water maker can issue a warning to inform the user to switch to the cleaning mode, or automatically switch to the cleaning mode by the control of the controller 51.
在該清洗模式下,該控制器51將關閉該第一加熱器28,等一段時間讓該蒸氣產生箱21的溫度降到預設值,該廢水開關533會打開該廢水排放管42,讓位於該蒸氣產生箱21的廢水流到該廢水箱41。由於該廢水箱41架設在該等重量感測器44上,因此,該等重量感測器44也可以測量該廢水箱41的重量,並經由廢水感測模組55將訊號傳遞到該控制器51,當廢水的儲水量達到設定值時,就可以藉由該顯示電路542提醒使用者注意倒出廢水,在廢水倒出後,再觸動該磁簧開關45,以消除該廢水箱41之水位已滿的訊號。In the cleaning mode, the controller 51 will turn off the first heater 28, wait for a period of time to lower the temperature of the steam generating tank 21 to a preset value, and the waste water switch 533 will open the waste water discharge pipe 42 to give way The wastewater from the steam generating tank 21 flows to the waste water tank 41. Since the waste water tank 41 is mounted on the weight sensors 44, the weight sensors 44 can also measure the weight of the waste water tank 41 and transmit signals to the controller via the wastewater sensing module 55. 51. When the water storage capacity of the wastewater reaches a set value, the display circuit 542 can be used to remind the user to pour out the waste water. After the waste water is poured out, the reed switch 45 is touched to eliminate the water level of the waste water tank 41. Full signal.
具體來說,本實施例該蒸餾水製造機可以自動進行以下的清洗方法: 水質偵測步驟:以電阻抗或者進水量來偵測該蒸氣產生箱21內的熱水品質,即本實施例利用原本用來檢測水位高度之該參考電極521及該第一感測電極522,以及該電阻抗偵測電路526之配合偵測水中的離子濃度,或者藉由該時鐘系統電路57及該進水開關534之配合,偵測進入該蒸氣產生箱21內的進水量。 自動清洗步驟:當檢測的離子濃度高於設定值,或者進水量高於設定值時,該控制器51將打開該廢水開關533,使原本位在該蒸氣產生箱21內的熱水冷卻後,經由該廢水排放管42排到該廢水箱41。 廢水滿位通知步驟:藉由該等重量感測器44及該廢水感測模組55的配合,可以測得該廢水箱41的廢水量。當該廢水箱41內的廢水的儲水量高於設定值時,即可產生警示訊號通知使用者。Specifically, in the present embodiment, the distilled water manufacturing machine can automatically perform the following cleaning methods: Water quality detecting step: detecting the quality of the hot water in the steam generating box 21 by the electrical impedance or the amount of water inflow, that is, the original embodiment is utilized. The reference electrode 521 and the first sensing electrode 522 for detecting the height of the water level, and the impedance of the electrical impedance detecting circuit 526 for detecting the ion concentration in the water, or by the clock system circuit 57 and the water inlet switch 534 In cooperation, the amount of water entering the steam generating tank 21 is detected. Automatic cleaning step: when the detected ion concentration is higher than the set value, or the water intake amount is higher than the set value, the controller 51 will open the waste water switch 533 to cool the hot water originally located in the steam generating box 21 The waste water tank 41 is discharged to the waste water tank 41 via the waste water discharge pipe 42. The wastewater full level notification step: the amount of waste water of the waste water tank 41 can be measured by the cooperation of the weight sensor 44 and the wastewater sensing module 55. When the water storage amount of the wastewater in the waste water tank 41 is higher than the set value, a warning signal is generated to notify the user.
由以上說明可知,本新型該蒸餾水製造機在使用時,可以根據進水量多寡或者水中離子濃度的高低,將位在該蒸氣產生箱21內含較高濃度離子的廢水排出,藉此避免鍋垢卡在該第一加熱器28上,造成該第一加熱器28效果的降低,故本新型該蒸餾水製造機確實可以讓該第一加熱器28產生較佳且持久的效能。As can be seen from the above description, when the distilled water producing machine of the present invention is used, it is possible to discharge waste water containing a relatively high concentration of ions in the steam generating tank 21 according to the amount of water inflow or the concentration of ions in the water, thereby avoiding scale. The first heater 28 is stuck on the first heater 28, causing the effect of the first heater 28 to be reduced. Therefore, the distilled water maker of the present invention can make the first heater 28 produce better and lasting performance.
惟以上所述者,僅為本新型之實施例而已,當不能以此限定本新型實施之範圍,凡是依本新型申請專利範圍及專利說明書內容所作之簡單的等效變化與修飾,皆仍屬本新型專利涵蓋之範圍內。However, the above is only the embodiment of the present invention, and when it is not possible to limit the scope of the present invention, all the simple equivalent changes and modifications according to the scope of the patent application and the contents of the patent specification are still This new patent covers the scope.
1‧‧‧外殼
2‧‧‧蒸餾單元
21‧‧‧蒸氣產生箱
22‧‧‧進水管
23‧‧‧冷水箱
24‧‧‧冷凝管
241‧‧‧冷凝部
242‧‧‧蒸氣收集部
243‧‧‧冷水輸出部
25‧‧‧風扇
26‧‧‧溫水箱
27‧‧‧連接管
28‧‧‧第一加熱器
29‧‧‧第二加熱器
3‧‧‧出水單元
31‧‧‧出水開關
32‧‧‧溫水泵
33‧‧‧冷水泵
34‧‧‧出水連通管
35‧‧‧溫水輸出管
36‧‧‧冷水輸出管
4‧‧‧清洗單元
41‧‧‧廢水箱
411‧‧‧箱體
412‧‧‧把手
413‧‧‧腳柱
42‧‧‧廢水排放管
44‧‧‧重量感測器
45‧‧‧磁簧開關
5‧‧‧檢測控制單元
51‧‧‧控制器
52‧‧‧偵測模組
520‧‧‧第一感測電極組
521‧‧‧參考電極
522‧‧‧第一感測電極
523‧‧‧第二感測電極
524‧‧‧第二感測電極組
525‧‧‧第三感測電極組
526‧‧‧電阻抗偵測電路
527‧‧‧水位偵測電路
53‧‧‧驅動模組
531‧‧‧驅動電路
532‧‧‧繼電器
533‧‧‧廢水開關
534‧‧‧進水開關
535‧‧‧連通開關
54‧‧‧操控顯示模組
541‧‧‧輸入電路
542‧‧‧顯示電路
55‧‧‧廢水感測模組
56‧‧‧溫度感測模組
561‧‧‧溫度計
562‧‧‧溫度處理電路
57‧‧‧時鐘系統電路1‧‧‧Shell
2‧‧‧Distillation unit
21‧‧‧Vapor Generation Box
22‧‧‧ water inlet
23‧‧‧ cold water tank
24‧‧‧Condensation tube
241‧‧‧ Condensation Department
242‧‧‧Vapor Collection Department
243‧‧‧ Cold Water Output Department
25‧‧‧Fan
26‧‧‧Warm water tank
27‧‧‧Connecting tube
28‧‧‧First heater
29‧‧‧second heater
3‧‧‧Water unit
31‧‧‧Water switch
32‧‧‧Warm water pump
33‧‧‧Cold water pump
34‧‧‧Water connection pipe
35‧‧‧Warm water outlet pipe
36‧‧‧Cold water outlet pipe
4‧‧‧cleaning unit
41‧‧‧ Wastewater tank
411‧‧‧ cabinet
412‧‧‧Handle
413‧‧‧ foot column
42‧‧‧Drainage pipe
44‧‧‧weight sensor
45‧‧‧Reed switch
5‧‧‧Detection Control Unit
51‧‧‧ Controller
52‧‧‧Detection module
520‧‧‧First sensing electrode set
521‧‧‧ reference electrode
522‧‧‧First sensing electrode
523‧‧‧Second sensing electrode
524‧‧‧Second sensing electrode set
525‧‧‧third sensing electrode set
526‧‧‧Resistance detection circuit
527‧‧‧Water level detection circuit
53‧‧‧Drive Module
531‧‧‧ drive circuit
532‧‧‧ Relay
533‧‧‧Waste water switch
534‧‧‧Water inlet switch
535‧‧‧Connecting switch
54‧‧‧Control display module
541‧‧‧Input circuit
542‧‧‧Display circuit
55‧‧‧ Wastewater Sensing Module
56‧‧‧Temperature Sensing Module
561‧‧ ‧ thermometer
562‧‧‧temperature processing circuit
57‧‧‧clock system circuit
本新型之其他的特徵及功效,將於參照圖式的實施方式中清楚地呈現,其中: 圖1是本新型蒸餾水製造機的一個實施例的立體示意圖; 圖2是該實施例的一個未完整的元件配置示意圖,主要說明該蒸餾水製造機的一個蒸餾單元、一個出水單元及一個清洗單元;及 圖3是該實施例的另一個未完整的元件配置示意圖,主要說明該蒸餾水製造機的一個檢測控制單元。Other features and effects of the present invention will be apparent from the following description of the drawings, wherein: Figure 1 is a perspective view of one embodiment of the present distilled water manufacturing machine; Figure 2 is an incomplete embodiment of the present invention Schematic diagram of component arrangement, mainly illustrating a distillation unit, a water discharge unit and a cleaning unit of the distilled water maker; and FIG. 3 is another schematic diagram of the incomplete component configuration of the embodiment, mainly illustrating a test of the distilled water maker control unit.
2‧‧‧蒸餾單元 2‧‧‧Distillation unit
21‧‧‧蒸氣產生箱 21‧‧‧Vapor Generation Box
22‧‧‧進水管 22‧‧‧ water inlet
23‧‧‧冷水箱 23‧‧‧ cold water tank
24‧‧‧冷凝管 24‧‧‧Condensation tube
241‧‧‧冷凝部 241‧‧‧ Condensation Department
242‧‧‧蒸氣收集部 242‧‧‧Vapor Collection Department
243‧‧‧冷水輸出部 243‧‧‧ Cold Water Output Department
36‧‧‧冷水輸出管 36‧‧‧Cold water outlet pipe
4‧‧‧清洗單元 4‧‧‧cleaning unit
41‧‧‧廢水箱 41‧‧‧ Wastewater tank
411‧‧‧箱體 411‧‧‧ cabinet
412‧‧‧把手 412‧‧‧Handle
413‧‧‧腳柱 413‧‧‧ foot column
42‧‧‧廢水排放管 42‧‧‧Drainage pipe
44‧‧‧重量感測器 44‧‧‧weight sensor
25‧‧‧風扇 25‧‧‧Fan
26‧‧‧溫水箱 26‧‧‧Warm water tank
27‧‧‧連接管 27‧‧‧Connecting tube
28‧‧‧第一加熱器 28‧‧‧First heater
29‧‧‧第二加熱器 29‧‧‧second heater
3‧‧‧出水單元 3‧‧‧Water unit
31‧‧‧出水開關 31‧‧‧Water switch
32‧‧‧溫水泵 32‧‧‧Warm water pump
33‧‧‧冷水泵 33‧‧‧Cold water pump
34‧‧‧出水連通管 34‧‧‧Water connection pipe
35‧‧‧溫水輸出管 35‧‧‧Warm water outlet pipe
45‧‧‧磁簧開關 45‧‧‧Reed switch
520‧‧‧第一感測電極組 520‧‧‧First sensing electrode set
521‧‧‧參考電極 521‧‧‧ reference electrode
522‧‧‧第一感測電極 522‧‧‧First sensing electrode
523‧‧‧第二感測電極 523‧‧‧Second sensing electrode
524‧‧‧第二感測電極組 524‧‧‧Second sensing electrode set
525‧‧‧第三感測電極組 525‧‧‧third sensing electrode set
533‧‧‧廢水開關 533‧‧‧Waste water switch
534‧‧‧進水開關 534‧‧‧Water inlet switch
535‧‧‧連通開關 535‧‧‧Connecting switch
561‧‧‧溫度計 561‧‧ ‧ thermometer
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TWI630355B (en) * | 2015-12-08 | 2018-07-21 | 康盛佳實業有限公司 | Distilled water making machine with cleaning function |
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