201013130 六、發明說明： 【發明所屬之技術領域】 本發明是一種省水暨控溫供水系統，其是與有熱發 生裝置之流體加熱器有關，且其能控制水溫並充分利用 水資源。 【先前技術】 Φ 一般家庭裡都會裝設瓦斯熱水器或電熱水器，較具 %：保概念者則是會裝設太陽能熱水器，目的都是提供家 庭所需熱水，S亥熱水器會有一儲水桶A，如第1圖所示， 該儲水桶A容裝事先加熱過的熱水並具有保溫的功 能，以利在較短時間内供應熱水，為了不佔用室内的空 間，大多數都是將該儲水桶A裝設在室外的陽台或庭 院，因此賴接設出水管B到各個需使賴水的場所， ❿ 當豕中需要熱水的場所有多處，則連接的出水管B長度 也相對增加’财不使賴水時，έΗ水f B並無保溫效 果，使得出水營β内的水隨時間降溫，則當下一位使用 者要使用熱水時，出水管Β内的水已不是所需熱水的溫 度’則使用者就&須將出水管Β内的冷水完全排出，才 月b使用儲水桶a内的熱水，每次使用熱水前都需重複這 樣的動作’可以想見如此浪費掉的水㈣非常可觀，不 僅浪費水資源’非常的不環保，更是浪費了所需花費的 201013130 金錢。 有鑑於此，本創作人潛心研究並更深入構思，歷經 多次研發試作後’終於創作出一種省水暨控溫供水系 統。 【發明内容】 Ο ❹ 本發明目的在提供一種省水暨控溫供水系統，其能 控制所需熱水的水溫，並能充分利用水f源，既環保又 能節省所需花費的金錢。 為達前述目的’本發明是一種省水暨控溫供水系 統，該供水系統包含：一儲水桶、一入水管、一出水管、 -栗浦一感溫裝置、-感钱置、—控制器與一加熱 器’該儲水桶與該出及人水管_端連接，_水桶並連 接該感電裝置’該感電裝置電性連接該控制器，該控制 器再電性連接該加熱器，域加熱衫£純儲水桶 内’該兩水管另1連魏泵浦，峻❹裝置接設於 該出水管並可檢知該出水管_水溫，當使时需要更 :的水溫時，可叫由置連細—顯示 ==溫並同時啟動該菜浦，使該栗浦將該出水 ^ 該人水管細_水桶，該从管 進入該儲水桶時，藉由水的導電性 ^ 通，該感電裝置導通後再使該 μ?袭置導 希盗開啟，該控制器再 201013130 開啟。亥加熱器，使該加執哭埶 埶水由·、、、°σ .'、、^儲水桶内的水，再將 供給使用者使用。 有關本發日㈣_之技術、手以其他之功效，兹 牛下列較佳實關’並配合圖示詳細朗如下，相作本 發明上述之目的、特徵及其他優點，當可由之得一深入 而具體之暸解。 ❹ 【實施方式】 本發明省水暨控溫供水系統較佳實施例如第2圖 所示，其包含： 一儲水桶10，該儲水桶1〇供以容裝水； 一出水管20，該出水管20 —端與該儲水桶1〇連 通，且有一出水閥21連接於該出水管2〇的一處，該出 水閥21可以控制水的開閉； Ο 一感溫裝置30，該感溫裝置30與該出水管2〇連 接，且該感溫裝置30可以感測該出水管2〇内的水溫. 一顯示控制裝置31，該顯示控制裝置31與該感溫 裝置30電性連接，且該顯示控制裝置31有一顯示器 顯示該感溫裝置30感測的溫度，且該顯示控制裝置31 上有二控制鈕312，其中一控制鈕312可以調節水溫· 一入水管40，該入水管40 —端伸入該儲水桶1〇 ; 一止逆閥50’該止逆閥50裝設於該儲水桶1〇與哕 201013130 入水管40間，且該止逆閥50能使該儲水桶10内的水 無法流入該入水管40 ; 一泵浦60，該泵浦60與該出水管20及入水管40 的另一端連接，且該顯示控制裝置31電性連接於該泵 浦60,該泵浦60藉由該顯示控制裝置31上的另一控制 鈕312控制開啟； · 一感電裝置70，該感電裝置70有二導電棒71，該 參 各導電棒71可以是由銅所構成，該各導電棒71與該入 水管40在該儲水桶10内的一端相對，使該入水管40 的水進入該儲水桶10時會觸碰到該導電棒71，則該感 •電裝置70會因該導電棒71觸碰到水而導通； 一控制器80,該控制器80與該感電裝置70電性連 接，且該控制器80具有一微電腦裝置81與一繼電器 82，該感電裝置70用以控制該控制器80開啟，該控制 ® 器80開啟使該控制器80上的微電腦裝置81作動並控 制開啟該繼電器82 ;以及 一加熱器90,該加熱器90與該控制器80的繼電器 82電性連接，該控制器80的繼電器82開啟用以控制該 加熱器90作動加熱，且該加熱器90容裝於該儲水桶10 内。 當使用者需使用熱水時，如第3圖所示，可由該顯 201013130 ， 示控制裝置31的顯示器311得知該出水管2〇内的水 溫，當該出水管20内的水溫低於所需使用的水溫，即 可藉由該顯示控制裝置31上的其中〜控制鈕312設定 所需水溫，水溫設定完成後再按壓另〜控制鈕312啟動 該泵浦60,使該泵浦60將該出水管2〇内的水抽吸經由 «亥入水管40送至該儲水桶1〇内，而該止逆閥5〇會防 止該儲水桶1〇内的水回流至該入水管4〇，當該入水管 ❹ 40内的水進入該儲水桶10,該感電裝置70的該各導電 棒Ή會因觸碰到該入水管4〇的水而導通，導通後該感 電裝置7〇會控制該控制器80開啟，則該控制器80上 : 的微電腦裝置81作動並控制開啟該繼電器82，該繼電 ' 器82開啟並使該加熱器90開始對儲水桶1〇内的水加 熱。 當水持續加熱’而該感溫裝置30所感測到的水溫與 該顯示控制裝置31的顯示器311的水溫相符時，該顯示 控制裝置31會控制該泵浦6〇停止，則該入水管4〇停止 將水輸入該儲水桶10，則該感電裝置7〇不導通，該控 制器80停止作動’也相對停止該加熱器90的作動，而 出水貧20内的水即是該顯示控制裝置31所預設的水 溫，使用者即可開啟該出水閥21引出水使用。 8 201013130201013130 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a water-saving and temperature-controlled water supply system, which is related to a fluid heater having a heat generating device, and which can control water temperature and make full use of water resources. [Prior Art] Φ Generally, households will install gas water heaters or electric water heaters. More than %: the concept of protection will install solar water heaters, the purpose is to provide hot water for the family, S Hai water heater will have a water tank A As shown in Fig. 1, the water storage tank A accommodates the previously heated hot water and has the function of heat preservation, so as to supply hot water in a short time, in order not to occupy the indoor space, most of them The water storage tank A is installed in an outdoor balcony or courtyard. Therefore, the water supply pipe B is connected to each place where water is required to be used. 所有 When there are many places in the raft that require hot water, the length of the connected water outlet pipe B is also relatively When the increase is not allowed to make water, the water b b has no heat preservation effect, so that the water in the water camp β is cooled with time. When the next user wants to use hot water, the water in the water outlet is not the same. If the temperature of the hot water is required, the user must completely discharge the cold water in the water outlet, and use the hot water in the water tank a, and repeat the action before using the hot water every time. Seeing so wasted water (4) is very impressive Not only wastes water resources, it is very environmentally unfriendly, but it also wastes the cost of 201013130. In view of this, the creator has devoted himself to researching and deepening his ideas. After many research and development trials, he finally created a water-saving and temperature-controlled water supply system. SUMMARY OF THE INVENTION The object of the present invention is to provide a water-saving and temperature-controlled water supply system capable of controlling the water temperature of a required hot water and making full use of the water source, which is environmentally friendly and saves money. In order to achieve the above purpose, the present invention is a water-saving and temperature-controlled water supply system, which comprises: a water storage bucket, a water inlet pipe, a water outlet pipe, a Lipu-sensitivity device, a sensory device, a controller The controller is electrically connected to the controller, and the controller is electrically connected to the controller, and the controller is electrically connected to the heater, and the heater is connected to the heater. In the pure water storage bucket, the two water pipes are connected to the Wei pump, and the Junyu device is connected to the water outlet pipe and can detect the water outlet _ water temperature. When the water temperature needs to be more: Set the connection-display==Warm and start the vegetable Pu at the same time, so that the Lipu will discharge the water. The water pipe of the person is fine_the bucket. When the pipe enters the water storage tank, the conductivity of the water is passed. After the device is turned on, the μ? is triggered to open, and the controller is turned on again at 201013130. The heater is used to make the water cry. The water in the water tank is supplied to the user by the water, and the water is stored in the water tank. Regarding the technology of this issue (4) _, the other functions of the hand, the following is the best practice of the following, and the details are as follows, which are the following objects, features and other advantages of the present invention. And the specific understanding. ❹ [Embodiment] The preferred embodiment of the water-saving and temperature-controlled water supply system of the present invention is shown in Fig. 2, which comprises: a water storage tank 10 for supplying water; an outlet pipe 20, the outlet The water pipe 20 is connected to the water storage tank 1 and has a water outlet valve 21 connected to one of the water outlet pipes 2, the water outlet valve 21 can control the opening and closing of the water; Ο a temperature sensing device 30, the temperature sensing device 30 The temperature sensing device 30 can sense the water temperature in the water outlet 2〇. The display control device 31 is electrically connected to the temperature sensing device 30, and the display device 31 is electrically connected to the temperature sensing device 30. The display control device 31 has a display for displaying the temperature sensed by the temperature sensing device 30, and the display control device 31 has two control buttons 312, wherein a control button 312 can adjust the water temperature, a water inlet pipe 40, and the water inlet pipe 40. The end extends into the water storage tank 1; a check valve 50' is installed between the water storage tank 1 and the 201013130 water inlet pipe 40, and the check valve 50 enables the water storage tank 10 to Water cannot flow into the water inlet pipe 40; a pump 60, the pump 60 and the water outlet pipe 20 and water The other end of the 40 is connected, and the display control device 31 is electrically connected to the pump 60. The pump 60 is controlled to be turned on by another control button 312 on the display control device 31. The device 70 has two conductive bars 71. The conductive bars 71 may be made of copper. The conductive bars 71 are opposite to one end of the water inlet pipe 40 in the water storage tank 10, so that the water of the water inlet pipe 40 enters the water. When the water tank 10 touches the conductive rod 71, the electric device 70 is turned on because the conductive rod 71 touches the water; a controller 80, the controller 80 is electrically connected to the electric device 70. And the controller 80 has a microcomputer device 81 and a relay 82 for controlling the controller 80 to be turned on. The controller 80 is turned on to activate the microcomputer device 81 on the controller 80 and control the opening. a relay 82; and a heater 90 electrically connected to the relay 82 of the controller 80, the relay 82 of the controller 80 is turned on to control the heater 90 to be heated, and the heater 90 is mounted In the water storage tank 10. When the user needs to use hot water, as shown in FIG. 3, the water temperature in the outlet pipe 2 can be known from the display 311 of the control device 31, when the water temperature in the outlet pipe 20 is low. At the water temperature to be used, the required water temperature can be set by the control button 312 on the display control device 31. After the water temperature setting is completed, the pump 60 is activated by pressing the other control button 312. The pump 60 pumps the water in the outlet pipe 2 into the storage tank 1 via the "water inlet pipe 40", and the check valve 5 prevents the water in the water tank 1 from flowing back to the inlet. When the water in the water inlet pipe 40 enters the water storage tank 10, the conductive rods of the electric power device 70 are turned on by touching the water of the water inlet pipe 4, and the electrical device 7 is turned on after being turned on. When the controller 80 is turned on, the microcomputer device 81 on the controller 80 activates and controls the relay 82 to be turned on, and the relay 82 is turned on and causes the heater 90 to start water in the water storage tank 1 heating. When the water is continuously heated, and the temperature of the water sensed by the temperature sensing device 30 matches the water temperature of the display 311 of the display control device 31, the display control device 31 controls the pump 6 to stop, and the water inlet pipe 4. When the water is stopped from being input into the water storage tank 10, the electric device 7 is not turned on, the controller 80 stops operating, and the operation of the heater 90 is also stopped relatively, and the water in the water supply 20 is the display control device. 31 preset water temperature, the user can open the water outlet valve 21 to take out water. 8 201013130
綜上所述，本創作所提供之省水暨控溫供水系統， 確實可達到上述諸項功能，誠已符合專利申請要件，爰 依法提出專利申請，祈請惠予審查並早日賜准專利，實 感德便。 201013130 【圖式簡單說明】 第1圖 為習知儲水桶連接出水管的示意圖。 第2圖 為本發明省水暨控溫供水系統的結構示意圖。 第3圖 為本發明省水暨控溫供水系統的動作示意圖。In summary, the water-saving and temperature-controlled water supply system provided by this creation can indeed achieve the above-mentioned functions. Cheng has already met the requirements for patent applications, and has filed a patent application according to law, praying for review and granting patents as soon as possible. Real sense of virtue. 201013130 [Simple description of the diagram] Figure 1 is a schematic diagram of the conventional water storage tank connecting the outlet pipe. Fig. 2 is a schematic view showing the structure of the water-saving and temperature-controlled water supply system of the present invention. Figure 3 is a schematic view of the operation of the water-saving and temperature-controlled water supply system of the present invention.
【主要元件符號說明】 《習知》 儲水桶A 出水管B 《本發明》 儲水桶10 出水管20 出水閥21 感溫裝置30 顯示控制裝置31 顯示器311 控制鈕312 入水管40 止逆閥50 泵浦60 感電裝置70 導電棒71 控制器80 微電腦裝置81 繼電器82 加熱器90 10[Main component symbol description] "Knowledge" Water storage tank A Water outlet pipe B "The present invention" Water storage tank 10 Water outlet pipe 20 Water outlet valve 21 Temperature sensing device 30 Display control device 31 Display 311 Control button 312 Water inlet pipe 40 Check valve 50 Pump浦60 electric device 70 conductive rod 71 controller 80 microcomputer device 81 relay 82 heater 90 10