M248917 捌、新型說明 【新型所屬之技術領域】 本創作係關於一種水加壓裝置’尤指一種用以提升輸 送水壓的水加壓裝置。 【先前技術】 目前習見應用於R0逆滲透滤水機、或上下樓層輸送水 等用途的水加壓裝置設計，概如第四圖所揭示者，其主要 具有一組由馬達（51)驅動的隔膜式泵浦（50)，其 中馬達（5 1 )透過一個變壓器（5 2 )連接電源，泵浦 (5 0 )於其入水端及出水端各設有一管接頭（5 3 )( 5 4) ’用以接設水管分別連接水源、目的地，另於該泵 浦（5 0 )入水端的管接頭（5 3 )處裴設水流感測控制 開關（5 5 )，藉以利用水流控制馬達（5 i )驅動泵浦 (50)作動與否。M248917 新型, new type description [Technical field to which the new type belongs] The present invention relates to a water pressurizing device ', especially a water pressurizing device used to increase the pressure of water delivered. [Previous technology] At present, it is common practice to design water pressurization devices used for R0 reverse osmosis water filters, or to transport water from upper and lower floors. As shown in the fourth figure, it mainly has a group of motors (51) driven Diaphragm pump (50), wherein the motor (5 1) is connected to the power source through a transformer (5 2), and the pump (50) is provided with a pipe joint (5 3) (5 4) at its inlet and outlet ends. 'It is used to connect the water pipe to the water source and the destination respectively, and at the pipe joint (5 3) of the inlet end of the pump (50), a water and flu detection control switch (5 5) is set to use the water flow to control the motor (5 i) The driving pump (50) is activated or not.
0 )作動，中止加壓輪水 之作用。 M248917 唯，該水加壓裝置可提供-種應用於R 0逆滲透滤水 機或上下樓層間之加壓輸出之裝置，但該水加壓裝置在實 際操作時’當水龍頭開關一經關閉時，因輸入端水管中尚 有水持續流動，使水流感測控制開關並未立即停止隔膜式 系浦運轉，直至輸入端水管中停止水流，水流感測控制開 關方才停止栗浦運轉，導致隔膜式果浦作用室内無水，且 介於水龍頭開關與泵浦輸入端之間的空間即有負壓形成， 因此，當水龍頭開關重新切換至開啟位置時，水雖流向隔 臈式泵浦’但因隔膜式菜浦作用室内無水，並受負壓吸力 二影響，造成馬達啟動時的負載增大，因此，當水源的水 «不足時’水不易進入該隔膜式泵浦内部，造成該泵浦無 法正常運轉對水加壓輸送。 【新型内容】 本創作之主要目的在於提供一種水加麼裝置，用以克 服習用水加壓裝置易因水壓不足而無法啟動之問題。 為達成前揭目的，本創作所提出之水加麼裝置設計主 要具有一組由馬達驅動的隔膜式泵浦，該馬達經變壓器及 控制開關連接電源，馬達受控於控制開關，隔膜式泵浦之 端ώ水k各&有管接頭’用以分別接設水管銜接水 源及目的地’並於入水端管接頭上設有一受控於控制開關 的電磁控制閥，用以控制水流通與否。 本創作藉由前揭組成構造設計，其特點在於：該水加 壓裝置可經由控制開關直接且同時控制水流入果浦，以及 …達驅動隔膜式H ’並讓隔膜式果浦於停止運轉的狀態 5 M248917 下，其作用室内仍留存有適量的水，並可降低負壓，藉此 ’當控制開關一經切換至開啟位置時，整個水加壓系統可 立即運作，不會因水源的水壓不足而無法啟動。 【實施方式】 有關本創作水加壓裝置之具體實施例，請配合參閱第 一圖所示，其包括一組由馬達（1 〇)驅動的隔膜式泵浦 (2 0 )，一變壓器（3 〇 )以及一控制開關（4 〇 )， 其中： 該馬達（1 〇 )透過電線電性連接變壓器（3 〇 )及 控制開關（4 〇 )，且受控於控制開關（4 〇 ); 該隔膜式泵浦（2 0 )具有相對於泵浦（2 〇 )作用 至中#又位置兩側的入水端及出水端（如第二圖所示），該 入水端及出水端分別設置管接頭（2 1 ) ( 2 2 )，其中 入水端管接頭（2丄）上另設有一受控於控制開關（4 〇 )的電磁控制閥（2 3 )，用以控制水流通與否，該控制 開關（4 0 )可為圖示的按壓式開關，或可為觸控式、光 感測式或聲控式、...等各式控制開關。 本創作於使用時，請配合參閱第二、三圖所示，其係 以隔膜式泵浦（2 0 )入水端管接頭（2 i )接設水管（ 2 4)連接水源…乂隔膜式㈣（2 〇)出水端管接：（ 2 2 )接設水管（2 5 )連接目的地，另以變壓器連接電 源’當控制開I" 4 ◦)切換至開啟位置時，水經由水其 (2 4)、入水端_ (2丄）進入隔膜式栗浦心 )内’同時令馬達（10)驅動隔膜_(2〇 M248917 對輸入的水加壓後 25)翰往… 知官接頭、水管（ 〇 )輸在目的地；當控制 時’受控於控制開關“…jJ〇)切換至關閉位置 停水，同時停止J 電磁控制闕⑴）立即 因上述=二步:動隔膜?浦(2〇) 轉後，因栗浦（2 〇 )订^ ^膜式系浦（2 〇 )停止運 2 〇 )入水端、出水端位於中段位置，使 :=内仍可留存有適量的水，並可降低負1，因此， 二“广（4 0)再切換至開啟位置時，整個水加i系 即運作’不會因水源的水壓不足，而使隔膜式泵浦 I 2 0 )無法正常啟動之情事。 經由上述說明可以了解’本創作藉其創新的組成構造 =計’使其可以控制開關同時控制隔膜式泵浦的運轉及水 ^ ^否並有效改善習用水加壓裝置之泵浦易因水源 水麼不足而無法正常啟動之問題，而提供-項更具好用、 實用效果之設計，因此，本創作設計符合新型專利要件， 麦依法具文提出申請。 ί*·ν rv M248917 圖式簡單說明】 一） 圖式部分 第一圖係本創作之俯視平面示意圖（代表圖）。 第二圖係本創作之端視平面示意圖。 第三圖係本創作之使用狀態參考圖。 第四圖係習用水加壓裝置的平面示意圖。 二） 元件代表符號 (1 0 )馬達 (2 0 )泵浦 (2 1 )管接頭 (2 2 )管接頭 (2 3 )電磁控制閥 (2 4 )水管 (3 0 )變壓器 (4 0 )控制開關 (2 5 )水管 (5 0 )泵浦 (5 1 )馬達 (5 2 )變壓器 (5 3 )管接頭 (5 4 )管接頭 (5 5 )水流感測控制開關0) Actuate to stop the effect of pressurized wheel water. M248917 Only, this water pressurization device can provide a kind of pressure output device applied to R 0 reverse osmosis water filter or the upper and lower floors, but the water pressurization device is in actual operation 'when the tap switch is turned off, Due to the continuous flow of water in the water pipe at the input end, the water and flu detection control switch did not immediately stop the diaphragm type pump operation. Until the water flow was stopped in the water pipe at the input end, the water and flu detection control switch stopped the pump operation, resulting in a diaphragm type fruit. There is no water in the pump action room, and a negative pressure is formed in the space between the faucet switch and the pump input end. Therefore, when the faucet switch is switched back to the on position, water flows to the diaphragm pump, but due to the diaphragm type Caipu has no water in the room, and is affected by negative pressure suction, which causes the load at the start of the motor to increase. Therefore, when the water source is `` insufficient '', it is difficult for water to enter the diaphragm pump, causing the pump to fail to operate normally. Transport water under pressure. [New content] The main purpose of this creation is to provide a water adding device to overcome the problem that the water pressurization device is not easy to start due to insufficient water pressure. In order to achieve the purpose of the previous disclosure, the design of the water adding device proposed in this creation mainly includes a set of diaphragm pumps driven by a motor. The motor is connected to the power supply through a transformer and a control switch. The motor is controlled by the control switch and the diaphragm pump. The end of the water supply k & there are pipe joints 'for connecting water pipes to connect the water source and destination respectively' and an electromagnetic control valve controlled by the control switch is provided on the water inlet pipe joint to control the flow of water or not . This creation is composed of a front structure, which is characterized in that the water pressurizing device can directly and simultaneously control the flow of water into Guopu via a control switch, and ... In state 5 M248917, there is still a certain amount of water remaining in the working chamber, and the negative pressure can be reduced, thereby 'when the control switch is switched to the on position, the entire water pressurization system can be operated immediately without being affected by the water pressure of the water source. Insufficient to start. [Embodiment] For a specific embodiment of the water pressurizing device of the present invention, please refer to the first figure, which includes a set of diaphragm pumps (2 0) driven by a motor (10), a transformer (3 〇) and a control switch (4 〇), wherein: the motor (1 〇) is electrically connected to the transformer (3 〇) and the control switch (4 〇) through a wire, and is controlled by the control switch (4 〇); the diaphragm The pump (20) has a water inlet end and a water outlet end (as shown in the second figure) that act on both sides of the middle ## position relative to the pump (20). The water inlet end and the water outlet end are respectively provided with pipe joints ( 2 1) (2 2), wherein the water inlet pipe joint (2 丄) is further provided with an electromagnetic control valve (2 3) controlled by a control switch (40) to control water flow or not, the control switch (40) may be a push-type switch as shown in the figure, or may be various types of control switches such as a touch type, a light sensing type or a sound control type, etc. When this creation is used, please refer to the second and third figures. It is connected to the water source by a diaphragm pump (20) inlet pipe connector (2i) and a water pipe (2 4) ... 乂 diaphragm type㈣ (2) Outlet pipe connection: (2 2) Connect the water pipe (2 5) to the connection destination, and connect the power supply with a transformer. 'When the control is turned on I " 4 ◦) When the switch is on, the water passes through the water (2 4), the water inlet _ (2 丄) into the diaphragm type Lipu heart) 'Meanwhile the motor (10) drives the diaphragm _ (20M248917 after pressurizing the input water 25) Han to the ... Counselor connector, water pipe ( 〇) Lost at the destination; when controlled, 'Controlled by the control switch "... jJ〇) Switch to the off position to stop the water and stop J electromagnetic control at the same time 阙 ⑴) Immediately because of the above = two steps: moving diaphragm? Pu (2〇 ) After the transfer, due to Lipu (20) order ^ ^ Membrane-type pump (20) stopped shipping 2 0) The inlet and outlet ends are located in the middle position, so that: = can still retain a proper amount of water, and can Decrease minus 1. Therefore, when the two "Guang (40)" is switched to the open position, the whole water plus i system will work. 'It will not be caused by the insufficient water pressure of the water source. Type pump I 2 0) circumstances not start it normally. Through the above description, it can be understood that 'this creation uses its innovative composition structure = plan' to enable it to control the switch and control the operation of the diaphragm pump and water at the same time. The problem is that it is not enough to start normally, and provides a more useful and practical design. Therefore, this creative design meets the new patent requirements, and Mai Yifa filed an application. ί * · ν rv M248917 Schematic description] a) Schematic part The first diagram is a schematic plan view (representative diagram) of this creation. The second picture is a schematic plan view of this creation. The third picture is a reference diagram of the use status of this creation. The fourth figure is a schematic plan view of a conventional water pressurizing device. Two) Component representative symbols (1 0) Motor (2 0) Pump (2 1) Pipe joint (2 2) Pipe joint (2 3) Solenoid control valve (2 4) Water pipe (3 0) Transformer (4 0) control Switch (2 5) Water pipe (50) Pump (5 1) Motor (5 2) Transformer (5 3) Pipe connector (5 4) Pipe connector (5 5) Water and flu detection control switch