TWI615584B - Water heater apparatus and water heating method thereof - Google Patents
Water heater apparatus and water heating method thereof Download PDFInfo
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- TWI615584B TWI615584B TW105109449A TW105109449A TWI615584B TW I615584 B TWI615584 B TW I615584B TW 105109449 A TW105109449 A TW 105109449A TW 105109449 A TW105109449 A TW 105109449A TW I615584 B TWI615584 B TW I615584B
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Abstract
一種無迴水管循環設備,包括有熱水器主機、加壓泵浦、冷水管路、熱水管路、出水裝置、供水管路、溫控器、溫度感測器及水流發電模組。溫控器電性連接於熱水器主機,且溫控器電性連接一第一RF傳輸模組。溫度感測器裝設於熱水管路上,溫度感測器電性連接一第二RF傳輸模組,第一RF傳輸模組及第二RF傳輸模組之間以無線射頻方式進行訊號傳送,以將溫度數據傳輸至溫控器。水流發電模組裝設於供水管路上,水流發電模組以導線電性連接於溫度感測器及第二RF傳輸模組,水流發電模組能供應溫度感測器及第二RF傳輸模組所需的電力。藉此,用以解決使用乾電池需要更換、使用AC電源無插座及配線的問題。本發明第一RF傳輸模組及第二RF傳輸模組之間可設有一中繼器。 The utility model relates to a non-return water circulation device, which comprises a water heater main body, a pressure pump, a cold water pipeline, a hot water pipeline, a water outlet device, a water supply pipeline, a temperature controller, a temperature sensor and a water flow power generation module. The thermostat is electrically connected to the water heater main unit, and the thermostat is electrically connected to a first RF transmission module. The temperature sensor is connected to the hot water pipeline, the temperature sensor is electrically connected to a second RF transmission module, and the first RF transmission module and the second RF transmission module are transmitted by radio frequency. Transfer the temperature data to the thermostat. The water flow power generation module is assembled on the water supply pipeline, and the water flow power generation module is electrically connected to the temperature sensor and the second RF transmission module by the wire, and the water flow power generation module can supply the temperature sensor and the second RF transmission module. The power required. Therefore, it is used to solve the problem that the dry battery needs to be replaced, and the AC power source has no socket and wiring. A repeater may be disposed between the first RF transmission module and the second RF transmission module of the present invention.
Description
本發明在於提供一種無迴水管循環設備及其預熱方法,尤指一種應用於瓦斯熱水器的無迴水管循環設備及其預熱方法。 The invention provides a non-return pipe circulation device and a preheating method thereof, in particular to a non-return pipe circulation device applied to a gas water heater and a preheating method thereof.
隨著時代的進步,熱水器已成為目前一般居家生活不可或缺的裝置,以熱水器使用的能源分類,大約可以分為瓦斯熱水器、電熱水器及太陽能熱水器三種,其中又以瓦斯熱水器最為普遍使用。習知的瓦斯熱水器通常包含有燃燒器及熱交換器,燃燒器可用以加熱熱交換器,使冷水可進入熱交換器進行熱交換,再行排出熱水使用。 With the advancement of the times, water heaters have become an indispensable device for the current home life. The energy classification of water heaters can be divided into three types: gas water heaters, electric water heaters and solar water heaters. Among them, gas water heaters are most commonly used. Conventional gas water heaters usually include a burner and a heat exchanger, and the burner can be used to heat the heat exchanger so that cold water can enter the heat exchanger for heat exchange and then discharge the hot water.
惟,習知熱水器欲使用熱水時,開啟水龍頭後需經過一段的加熱時間,才開始有熱水產生,不僅浪費水資源,也造成使用者的不便。尤其是近年來受到環境變遷的影響,雨季的分佈越來越不均勻,進而造成水庫蓄水不均,因此經常在非雨季時發生缺水的現象,若大量的浪費水源,也會擴大環境的破壞,且浪費水源也會增加水費,因此節約水源成為近年來的主流。 However, when the water heater wants to use hot water, it takes a period of heating time to turn on the faucet before it starts to generate hot water, which not only wastes water resources, but also causes inconvenience to users. Especially in recent years, affected by environmental changes, the distribution of the rainy season is becoming more and more uneven, which leads to uneven water storage in the reservoir. Therefore, water shortage often occurs in the non-rainy season. If a large amount of water is wasted, the environment will also be expanded. Destruction, and wasting water, will also increase water bills, so saving water has become the mainstream in recent years.
申請人曾提出一種「省水循環加熱設備」(證書號數:M433543),主要係於熱水器內設置一迴水管路,可將管路中的冷水經由泵浦抽回設備中加熱,讓管路中冷水變為熱水,開啟水龍頭立 即有熱水,不再是冷水,以減少水資源的浪費,也讓使用者立即有熱水可使用。惟,上述「省水循環加熱設備」必需設置迴水管路,才可以達到省水及立即有熱水使用的效果。 The applicant has proposed a "water-saving circulation heating device" (certificate number: M433543), which is mainly to set up a water return pipe in the water heater, which can heat the cold water in the pipeline through the pump to the equipment to make it in the pipeline. Cold water turns into hot water, turning on the faucet That is, there is hot water, no longer cold water, to reduce the waste of water resources, and also allow users to immediately have hot water to use. However, the above-mentioned "water-saving circulation heating equipment" must be provided with a return water pipe to achieve the effect of water saving and immediate hot water use.
目前另有一種具有預熱功能的熱水器,按壓遙控器上的預熱按鍵,即可使加壓泵浦將冷水加壓,讓冷水進入熱水器進行預熱燃燒,使用者開啟熱水龍頭,則已經有熱水加熱完成,讓使用者立即有熱水可使用,可以減少水資源的浪費,且不需設置迴水管路。惟,該具有預熱功能的熱水器必需在洗臉盆下方設置溫度偵測模組,該溫度偵測模組需利用乾電池或AC電源提供電力,因此會有使用乾電池需要更換、使用AC電源無插座及配線的問題。 At present, there is another water heater with preheating function. Pressing the preheat button on the remote control can make the pressurized pump pressurize the cold water, let the cold water enter the water heater for preheating combustion, and the user turns on the hot water tap, then there is already The hot water heating is completed, so that the user can use the hot water immediately, which can reduce the waste of water resources without setting up the return water pipeline. However, the water heater with preheating function must be provided with a temperature detecting module under the washbasin. The temperature detecting module needs to use a dry battery or an AC power source to supply power, so there is a need to replace the dry battery, use an AC power source without a socket, and Wiring problems.
綜上所述,本發明人有感上述缺失可改善,乃特潛心研究並配合學理之應用,終於提出一種設計合理且有效改善上述缺失之本發明。 In summary, the present inventors have felt that the above-mentioned defects can be improved, and the present invention has been put forward with great interest in designing and cooperating with the theory, and finally proposes a invention which is reasonable in design and effective in improving the above-mentioned defects.
本發明所要解決的技術問題,在於提供一種無迴水管循環設備及其預熱方法,用以解決使用乾電池需要更換、使用AC電源無插座及配線的問題。 The technical problem to be solved by the present invention is to provide a non-return pipe circulation device and a preheating method thereof, which are used for solving the problem that the use of the dry battery requires replacement, the use of the AC power source without the socket and the wiring.
為了解決上述的技術問題,本發明提供一種無迴水管循環設備,包括:熱水器主機,該熱水器主機連接於一冷水管路及一熱水管路;加壓泵浦,該加壓泵浦連接於該熱水器主機;出水裝置,該出水裝置連接於該熱水管路;供水管路,該供水管路連接於該出水裝置;溫控器,該溫控器電性連接於該熱水器主機,該溫控器電性連接一第一RF傳輸模組;溫度感測器,該溫度感測器裝設於該熱水管路上,該溫度感測器電性連接一第二RF傳輸模組,該第一RF傳輸模組及該第二RF傳輸模組之間以無線射頻方式進行訊號傳送,以將溫度數據傳輸至該溫控器;以及水流發電模組,該水流發電模組裝設於該供水管路上,該水流發電模組以導線電 性連接於該溫度感測器及該第二RF傳輸模組,該水流發電模組能供應該溫度感測器及該第二RF傳輸模組所需的電力。 In order to solve the above technical problem, the present invention provides a non-returning water circulation device, comprising: a water heater main body, the water heater main body is connected to a cold water pipe and a hot water pipe; a pressurized pump, the pressurizing pump is connected to the a water heater main unit; a water outlet device connected to the hot water pipe; a water supply pipe connected to the water outlet device; a temperature controller electrically connected to the water heater main body, the thermostat Electrically connected to a first RF transmission module; a temperature sensor, the temperature sensor is mounted on the hot water pipe, the temperature sensor is electrically connected to a second RF transmission module, and the first RF transmission The module and the second RF transmission module transmit signals by radio frequency to transmit temperature data to the thermostat; and the water flow power generation module is assembled on the water supply pipeline. The water flow power generation module is electrically wired The temperature sensor and the second RF transmission module are connected to the power sensor and the power required by the second RF transmission module.
為了解決上述技術問題,本發明還提供一種無迴水管循環設備的預熱方法,包括步驟:提供一無迴水管循環設備,該無迴水管循環設備包括熱水器主機、加壓泵浦、出水裝置、供水管路、溫控器、溫度感測器及水流發電模組,該熱水器主機連接於一冷水管路及一熱水管路,該加壓泵浦連接於該熱水器主機,該出水裝置連接於該熱水管路,該供水管路連接於該出水裝置,該溫控器電性連接於該熱水器主機,該溫控器電性連接一第一RF傳輸模組,該溫度感測器裝設於該熱水管路上,該溫度感測器電性連接一第二RF傳輸模組,該第一RF傳輸模組及該第二RF傳輸模組之間以無線射頻方式進行訊號傳送,該水流發電模組裝設於該供水管路上,該水流發電模組以導線電性連接於該溫度感測器及該第二RF傳輸模組;以遙控方式啟動該無迴水管循環設備進行預熱,隨即啟動該加壓泵浦,該加壓泵浦將該冷水管路中的冷水加壓讓冷水進入該熱水器主機進行預熱燃燒,且將該熱水管路中的冷水加壓送至供水管路中;以該溫度感測器偵測該熱水管路的熱水溫度,該第一RF傳輸模組及該第二RF傳輸模組之間通過無線射頻方式將溫度資料回傳至該熱水器主機;以及當該熱水溫度到達一設定值時,控制該熱水器主機停止加熱,且控制該加壓泵浦停止運轉。 In order to solve the above technical problem, the present invention also provides a preheating method for a non-return pipe circulation device, comprising the steps of: providing a non-return pipe circulation device comprising a water heater main engine, a pressurized pump, a water discharge device, a water supply pipe, a temperature controller, a temperature sensor and a water flow power generation module, the water heater main body is connected to a cold water pipe and a hot water pipe, the pressure pump is connected to the water heater main body, and the water discharge device is connected to the water supply device a hot water pipe, the water supply pipe is connected to the water outlet device, the temperature controller is electrically connected to the water heater main body, the temperature controller is electrically connected to a first RF transmission module, and the temperature sensor is installed in the hot water pipe In the hot water pipeline, the temperature sensor is electrically connected to a second RF transmission module, and the first RF transmission module and the second RF transmission module transmit signals by radio frequency, and the water flow generation module Installed on the water supply pipeline, the water flow power generation module is electrically connected to the temperature sensor and the second RF transmission module by a wire; and the non-return water circulation device is activated in a remote manner to perform preheating, and then The pressure pump is started, and the pressurized pump pressurizes the cold water in the cold water pipeline to allow cold water to enter the water heater main body for preheating combustion, and the cold water in the hot water pipeline is pressurized and sent to the water supply pipeline. The temperature sensor detects the hot water temperature of the hot water pipe, and the temperature information is transmitted back to the water heater host by the radio frequency method between the first RF transmission module and the second RF transmission module; When the hot water temperature reaches a set value, the water heater main unit is controlled to stop heating, and the pressure pump is controlled to stop operating.
本發明至少具有下列的優點:本發明將水流發電模組裝設於供水管路上,水流發電模組以導線電性連接於溫度感測器及第二RF傳輸模組,水流發電模組能供應溫度感測器及第二RF傳輸模組所需的電力。藉此,用以解決使用乾電池需要更換、使用AC電源無插座及配線的問題。再者,本發明水流發電模組能利用供水管路中冷水的水流發電,一年四季使用冷水時,該水流發電模組即可發電,以便供應溫度感測器 及第二RF傳輸模組所需的電力。 The present invention has at least the following advantages: the present invention integrates a water flow power generation mold on a water supply pipeline, and the water flow power generation module is electrically connected to the temperature sensor and the second RF transmission module by a wire, and the water flow power generation module can supply The power required by the temperature sensor and the second RF transmission module. Therefore, it is used to solve the problem that the dry battery needs to be replaced, and the AC power source has no socket and wiring. Furthermore, the water flow power generation module of the present invention can generate electricity by using a cold water flow in the water supply pipeline, and when the cold water is used all year round, the water flow power generation module can generate electricity to supply the temperature sensor. And the power required by the second RF transmission module.
為使能更進一步瞭解本發明的特徵及技術內容,請參閱以下有關本發明的詳細說明與附圖,然而所附圖式僅提供參考與說明用,並非用來對本發明加以限制者。 For a better understanding of the features and technical aspects of the present invention, reference should be made to the accompanying drawings.
1‧‧‧熱水器主機 1‧‧‧Water heater host
2‧‧‧加壓泵浦 2‧‧‧Pressure pump
3‧‧‧冷水管路 3‧‧‧ cold water pipeline
4‧‧‧熱水管路 4‧‧‧ hot water pipeline
41‧‧‧逆止閥 41‧‧‧Check valve
5‧‧‧出水裝置 5‧‧‧Water outlet
51‧‧‧洗臉盆 51‧‧‧ washbasin
6‧‧‧供水管路 6‧‧‧Water supply pipeline
7‧‧‧溫控器 7‧‧‧ thermostat
71‧‧‧第一RF傳輸模組 71‧‧‧First RF transmission module
8‧‧‧溫度感測器 8‧‧‧Temperature Sensor
81‧‧‧第二RF傳輸模組 81‧‧‧Second RF transmission module
9‧‧‧水流發電模組 9‧‧‧Water flow power generation module
91‧‧‧導線 91‧‧‧Wire
10‧‧‧RF中繼器 10‧‧‧RF Repeater
圖1為本發明無迴水管循環設備的示意圖。 1 is a schematic view of a non-return pipe circulation apparatus of the present invention.
圖2為本發明無迴水管循環設備的電控方塊圖。 2 is an electrical control block diagram of a non-return water circulation device of the present invention.
圖3為本發明無迴水管循環設備的預熱方法的流程圖。 3 is a flow chart of a method for preheating a non-return water circulation device of the present invention.
請參閱圖1,本發明提供一種無迴水管循環設備,包括有熱水器主機1、加壓泵浦2、冷水管路3、熱水管路4、出水裝置5、供水管路6、溫控器7、溫度感測器8及水流發電模組9。 Referring to FIG. 1 , the present invention provides a non-return water circulation device, including a water heater main body 1, a pressurized pump 2, a cold water pipeline 3, a hot water pipeline 4, a water outlet device 5, a water supply pipeline 6, and a temperature controller 7. The temperature sensor 8 and the water flow power generation module 9.
該熱水器主機1可為一種瓦斯熱水器,其內部可包含有燃燒器及熱交換器(圖略)等,該燃燒器可用以加熱該熱交換器,使冷水可進入該熱交換器進行熱交換,再行排出熱水使用。該熱水器主機1連接於冷水管路3及熱水管路4,該冷水管路3連接於適當的水源,可用以輸入冷水至熱水器主機1。該熱水管路4可用以輸出熱水,以供使用者使用。由於該熱水器主機1的構造屬於習知技術,且本發明並不限制熱水器主機1的型式及構造,故不再加以贅述。 The water heater main body 1 can be a gas water heater, and the inside thereof can include a burner and a heat exchanger (not shown), etc., and the burner can be used to heat the heat exchanger so that cold water can enter the heat exchanger for heat exchange. Use hot water again. The water heater main unit 1 is connected to a cold water pipe 3 and a hot water pipe 4, and the cold water pipe 3 is connected to a suitable water source, and can be used to input cold water to the water heater main unit 1. The hot water line 4 can be used to output hot water for the user to use. Since the configuration of the water heater main unit 1 belongs to the prior art, and the present invention does not limit the type and configuration of the water heater main unit 1, it will not be described again.
該加壓泵浦2連接於熱水器主機1,亦即該加壓泵浦2可連接於熱水器主機1與熱水管路4之間,或連接於熱水器主機1與冷水管路3之間,在本實施例中該加壓泵浦2連接於熱水器主機1與熱水管路4之間,且該加壓泵浦2可設置於熱水器主機1內,該加壓泵浦2可用於加壓冷水管路3及熱水管路4中的水。 The pressure pump 2 is connected to the water heater main unit 1, that is, the pressure pump 2 can be connected between the water heater main unit 1 and the hot water line 4, or connected between the water heater main unit 1 and the cold water line 3, In the embodiment, the pressurizing pump 2 is connected between the water heater main body 1 and the hot water pipe 4, and the pressurizing pump 2 can be disposed in the water heater main body 1, and the pressurizing pump 2 can be used for pressurizing the cold water pipe 3 and the water in the hot water line 4.
該出水裝置5連接於熱水管路4,所述出水裝置5可為水龍頭或蓮蓬頭等裝置,所述出水裝置5可設置於洗臉盆、流理台、浴室或淋浴設備等處,用於輸出欲使用的水(冷水、熱水)。所述出水裝置5的型式及構造並不限制,可因應需要而加以變化,所述出水裝置5設置的數量也不限制,可為一個、兩個或多個等,在本實施例中只揭示設有一個出水裝置5,該出水裝置5為水龍頭,其設置於一洗臉盆51的上方,可以經由熱水管路4輸送熱水至該出水裝置5。 The water outlet device 5 is connected to the hot water pipe 4, and the water outlet device 5 can be a device such as a faucet or a shower head, and the water outlet device 5 can be disposed in a washbasin, a flow table, a bathroom or a shower device, etc., for outputting Water used (cold water, hot water). The type and configuration of the water outlet device 5 are not limited, and may be changed as needed. The number of the water outlet device 5 is not limited, and may be one, two or more, etc., and only disclosed in this embodiment. A water outlet device 5 is provided. The water outlet device 5 is a faucet disposed above a washbasin 51, and hot water can be delivered to the water outlet device 5 via the hot water conduit 4.
該供水管路6連接於出水裝置5,該供水管路6連接於適當的水源,可經由該供水管路6輸送冷水至出水裝置5。該熱水管路4及供水管路6可相連通,且於熱水管路4一端可安裝一逆止閥41,亦即在熱水管路4與供水管路6之間可安裝逆止閥41,以避免冷水進入熱水管路4。 The water supply line 6 is connected to a water discharge device 5 that is connected to a suitable water source through which cold water can be delivered to the water discharge device 5. The hot water pipe 4 and the water supply pipe 6 can be connected to each other, and a check valve 41 can be installed at one end of the hot water pipe 4, that is, a check valve 41 can be installed between the hot water pipe 4 and the water supply pipe 6. To avoid cold water entering the hot water line 4.
該溫控器7電性連接於熱水器主機1,亦即溫控器7可以有線傳輸方式(導線)電性連接於熱水器主機1的主控電路(圖略)及加壓泵浦2等,藉以控制熱水器主機1的運作。該溫控器7電性連接一第一RF傳輸模組71。 The thermostat 7 is electrically connected to the water heater main unit 1, that is, the thermostat 7 can be electrically connected to the main control circuit of the water heater main unit 1 (not shown) and the pressurized pump 2 by means of a wired transmission mode (wire). Control the operation of the water heater main unit 1. The thermostat 7 is electrically connected to a first RF transmission module 71.
該溫度感測器8可為熱敏電阻感測器等,其型式並不限制。該溫度感測器8裝設於熱水管路4上,亦即該溫度感測器8可設置於熱水管路4的一端靠近出水裝置5的位置,該溫度感測器8靠近出水裝置5,可使熱水溫度的偵測較為準確。該溫度感測器8電性連接一第二RF傳輸模組81,該溫度感測器8及第二RF傳輸模組81可設置於洗臉盆51的下方。所述第一RF傳輸模組71及第二RF傳輸模組81之間可利用無線射頻(Radio Frequency,RF)來進行訊號傳送。該溫度感測器8可用以偵測熱水溫度,且利用第二RF傳輸模組81將溫度數據傳輸至溫控器7的第一RF傳輸模組71,再傳輸至熱水器主機1的主控電路。在本實施例中,進一步在第一RF傳輸模組71及第二RF傳輸模組81之間設置一RF 中繼器10,用以增強第二RF傳輸模組81傳送至第一RF傳輸模組71的訊號。 The temperature sensor 8 can be a thermistor sensor or the like, and the type thereof is not limited. The temperature sensor 8 is disposed on the hot water pipe 4, that is, the temperature sensor 8 can be disposed at a position of one end of the hot water pipe 4 near the water outlet device 5, and the temperature sensor 8 is adjacent to the water outlet device 5, The detection of hot water temperature can be more accurate. The temperature sensor 8 is electrically connected to a second RF transmission module 81. The temperature sensor 8 and the second RF transmission module 81 can be disposed under the washbasin 51. A radio frequency (RF) can be used for signal transmission between the first RF transmission module 71 and the second RF transmission module 81. The temperature sensor 8 can be used to detect the hot water temperature, and the second RF transmission module 81 is used to transmit the temperature data to the first RF transmission module 71 of the thermostat 7, and then transmitted to the main controller of the water heater main unit 1. Circuit. In this embodiment, an RF is further disposed between the first RF transmission module 71 and the second RF transmission module 81. The repeater 10 is configured to enhance the signal transmitted by the second RF transmission module 81 to the first RF transmission module 71.
在本發明的另一實施例中,也可設置有兩個或多個出水裝置5,該溫度感測器8較佳但不限制是設置在最末端的出水裝置5處,所謂「最末端的出水裝置」是指距離熱水器主機1最遠的使用點。該溫度感測器8以無線射頻方式電性連接於熱水器主機1,該溫度感測器8可用以偵測相對應出水裝置5的出水溫度。 In another embodiment of the present invention, two or more water outlet devices 5 may be provided. The temperature sensor 8 is preferably, but not limited to, disposed at the extreme end of the water outlet device 5, so-called "the end The water outlet device refers to the point of use farthest from the water heater main unit 1. The temperature sensor 8 is electrically connected to the water heater main body 1 by a radio frequency method, and the temperature sensor 8 can be used to detect the water outlet temperature of the corresponding water outlet device 5.
該水流發電模組9為一水流發電機,其裝設於該供水管路6上,亦即該水流發電模組9可設置於供水管路6的一端靠近出水裝置5的位置,以便電性連接於溫度感測器8及第二RF傳輸模組81。該水流發電模組9能利用供水管路6中冷水的水流發電,且該水流發電模組9以導線91電性連接於溫度感測器8及第二RF傳輸模組81,一年四季使用冷水時,該水流發電模組9即可發電,以供應熱水管路4上裝設的溫度感測器8及第二RF傳輸模組81所需的電力。另,該水流發電模組9也可進一步設有蓄電裝置(圖略),以便於儲存電力,該蓄電裝置電性連接於水流發電模組9、溫度感測器8及第二RF傳輸模組81,使該水流發電模組9所產生的電力可儲存於該蓄電裝置內,再經由該蓄電裝置將電力輸送至溫度感測器8及第二RF傳輸模組81。 The water flow power generation module 9 is a water flow generator installed on the water supply line 6, that is, the water flow power generation module 9 can be disposed at one end of the water supply line 6 near the water discharge device 5 for electrical It is connected to the temperature sensor 8 and the second RF transmission module 81. The water flow power generation module 9 can generate electricity by using the water flow of the cold water in the water supply pipeline 6, and the water flow power generation module 9 is electrically connected to the temperature sensor 8 and the second RF transmission module 81 by the wire 91, and is used all year round. In the case of cold water, the water flow power generation module 9 can generate electricity to supply the electric power required by the temperature sensor 8 and the second RF transmission module 81 installed on the hot water line 4. In addition, the water flow power generation module 9 may further be provided with a power storage device (not shown) for storing electric power, and the power storage device is electrically connected to the water flow power generation module 9, the temperature sensor 8 and the second RF transmission module. 81. The electric power generated by the water flow power generation module 9 can be stored in the power storage device, and the electric power is transmitted to the temperature sensor 8 and the second RF transmission module 81 via the power storage device.
請參閱圖2,本發明的水流發電模組9能供應溫度感測器8及第二RF傳輸模組81所需的電力,且第一RF傳輸模組71、第二RF傳輸模組81及RF中繼器10之間以無線射頻進行訊號傳送,以將溫度數據傳輸至溫控器7,以便進行迴水溫度判定控制。該溫控器7以有線傳輸(導線)方式將訊號傳輸至熱水器主機1及加壓泵浦2,並進行熱水器主機1的燃燒控制及加壓泵浦2的運轉控制。 Referring to FIG. 2, the water flow power generation module 9 of the present invention can supply the power required by the temperature sensor 8 and the second RF transmission module 81, and the first RF transmission module 71 and the second RF transmission module 81 and The RF repeater 10 performs signal transmission by radio frequency to transmit temperature data to the thermostat 7 for backwater temperature determination control. The thermostat 7 transmits signals to the water heater main unit 1 and the pressurized pump 2 in a wired transmission (wire) manner, and performs combustion control of the water heater main unit 1 and operation control of the pressurized pump 2.
本發明的無迴水管循環設備,無需迴水管路也可以具有熱水預熱的功能。當使用者開始使用該無迴水管循環設備時,可以使 用遙控器或手持裝置(如手機)等對該無迴水管循環設備以遙控方式啟動進行預熱,當該無迴水管循環設備開啟預熱功能時,加壓泵浦2即開始運作,加壓泵浦2可將冷水管路3中的冷水加壓(抽送)讓冷水進入熱水器主機1進行預熱燃燒,且將熱水管路4中的冷水加壓送至供水管路6中,此時熱水器主機1的主控電路可控制加熱。 The non-return water circulation device of the invention can also have the function of preheating hot water without the return water pipeline. When the user starts using the non-returning water circulation device, The non-returning water circulation device is pre-heated by remote control using a remote controller or a handheld device (such as a mobile phone), and when the non-returning water circulation device starts the preheating function, the pressurized pump 2 starts to operate, and the pressure is applied. The pump 2 can pressurize (pump) the cold water in the cold water pipe 3 to let the cold water enter the water heater main body 1 for preheating combustion, and pressurize the cold water in the hot water pipe 4 to the water supply pipe 6, at this time, the water heater The main control circuit of the host 1 can control the heating.
經過一段時間後,再將熱水傳送至洗臉盆51上方的出水裝置5後,加壓泵浦2即停止運轉。亦即該溫度感測器8裝設於熱水管路4上,並且每隔一段時間通過第二RF傳輸模組81將溫度數據回傳至溫控器7的第一RF傳輸模組71,再傳送至熱水器主機1的主控電路。當熱水溫度到達一設定值(如35℃~40℃),溫度感測器8偵測到達溫度,即通過無線射頻傳輸方式將溫度資料回傳至熱水器主機1,以控制該加壓泵浦2停止運轉,藉以控制溫度不再繼續上升,以避免出水溫度過高。因此使用者開啟出水裝置5(如熱水龍頭),則已經有熱水加熱完成,出水即為熱水,讓使用者立即有熱水可使用,以減少水資源的浪費。藉此,用以解決使用乾電池需要更換、使用AC電源無插座及配線的問題。 After a period of time, the hot water is transferred to the water discharge device 5 above the washbasin 51, and the pressurized pump 2 is stopped. That is, the temperature sensor 8 is installed on the hot water pipeline 4, and the temperature data is transmitted back to the first RF transmission module 71 of the thermostat 7 through the second RF transmission module 81 at intervals. Transfer to the main control circuit of the water heater main unit 1. When the temperature of the hot water reaches a set value (for example, 35 ° C ~ 40 ° C), the temperature sensor 8 detects the arrival temperature, that is, the temperature data is transmitted back to the water heater host 1 through the wireless radio frequency transmission method to control the pressure pump. 2 Stop running, so as to control the temperature does not continue to rise, to avoid the outlet water temperature is too high. Therefore, if the user opens the water outlet device 5 (such as a hot water tap), the hot water is already heated, and the water is hot water, so that the user can immediately use the hot water to reduce the waste of water resources. Therefore, it is used to solve the problem that the dry battery needs to be replaced, and the AC power source has no socket and wiring.
請參閱圖3,本發明另提供一種無迴水管循環設備的預熱方法,包括步驟:首先,提供一無迴水管循環設備;由於該無迴水管循環設備與上述實施例相同,不再予以贅述;接著,以遙控器或以手持裝置(如手機)透過雲端等遙控方式啟動該無迴水管循環設備進行預熱;該無迴水管循環設備開啟預熱功能時,隨即啟動加壓泵浦2,該加壓泵浦2將冷水管路3中的冷水加壓讓冷水進入熱水器主機1進行預熱燃燒,且將熱水管路4中的冷水加壓送至供水管路6中;接著,控制該熱水器主機1繼續加熱,另以溫度感測器8偵 測熱水管路4的熱水溫度,第一RF傳輸模組71及第二RF傳輸模組81之間通過無線射頻傳輸方式將溫度資料回傳至熱水器主機1;亦即該溫度感測器8裝設於熱水管路4上,並且每隔一段時間通過第二RF傳輸模組81將溫度數據回傳至溫控器7的第一RF傳輸模組71,再傳送至熱水器主機1的主控電路;以及當該熱水溫度到達一設定值(如35℃~40℃)時,控制該熱水器主機1停止加熱,且控制該加壓泵浦2停止運轉,第一RF傳輸模組71及第二RF傳輸模組81也可停止將該溫度感測器8的溫度資料回傳至熱水器主機1。另,也可進一步以遙控器或手持裝置(如手機)等通知使用者熱水溫度到達,使用者開啟出水裝置5,則已經有熱水加熱完成,讓使用者立即有熱水可使用。 Referring to FIG. 3, the present invention further provides a preheating method for a non-return pipe circulation device, comprising the steps of: firstly, providing a non-return pipe circulation device; since the non-return pipe circulation device is the same as the above embodiment, no further description is provided. Then, the non-returning water circulation device is started to be preheated by a remote control or a handheld device (such as a mobile phone) through a remote control manner such as a cloud; when the non-returning water circulation device starts the preheating function, the pressure pump 2 is started, The pressurized pump 2 pressurizes the cold water in the cold water pipe 3 to allow the cold water to enter the water heater main unit 1 for preheating combustion, and pressurizes the cold water in the hot water pipe 4 into the water supply pipe 6; then, the control The water heater main unit 1 continues to heat, and the temperature sensor 8 detects The hot water temperature of the hot water pipeline 4 is measured, and the temperature data is transmitted back to the water heater main body 1 by the radio frequency transmission method between the first RF transmission module 71 and the second RF transmission module 81; that is, the temperature sensor 8 Installed on the hot water pipe 4, and the temperature data is transmitted back to the first RF transmission module 71 of the thermostat 7 through the second RF transmission module 81 at intervals, and then transmitted to the main controller of the water heater host 1 a circuit; and when the hot water temperature reaches a set value (eg, 35 ° C ~ 40 ° C), controlling the water heater main unit 1 to stop heating, and controlling the pressurizing pump 2 to stop operating, the first RF transmission module 71 and the The second RF transmission module 81 can also stop returning the temperature data of the temperature sensor 8 to the water heater host 1. In addition, the remote controller or the handheld device (such as a mobile phone) can be further notified to the user that the hot water temperature is reached. When the user turns on the water outlet device 5, the hot water is heated to complete, so that the user can immediately use the hot water.
惟以上所述僅為本發明之優選實施例,非意欲侷限本發明的專利保護範圍,故舉凡運用本發明說明書及圖式內容所為的等效變化,均同理皆包含於本發明的權利保護範圍內,合予陳明。 The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Therefore, the equivalent changes of the present invention and the contents of the drawings are all included in the protection of the present invention. Within the scope, it is combined with Chen Ming.
本代表圖為流程圖,故無符號簡單說明。 This representative figure is a flow chart, so there is no symbolic simple explanation.
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