M345159 八、新型說明： 【新型所屬之技術領域】 • 本創作係有關於一種「冷、熱水混合控制閥結構」，其控制 v 閥利用閥片之第一、二出水孔配合閥體之第一、二入水孔 形成一止水、出水及冷、熱出水或混合出水均可平面切換 之設計，令該控制閥於操作上僅需以平面旋動之角度即可 得知冷、熱出水之開關位置及水溫之調整，令其操作上上 更為簡易、輕鬆。 【先前技術】 按，一般供冷、熱水輸出所使用之水龍頭（請參考 US5769114、US577892卜 US5797151)大多設為冷、熱水雙 把手來獨立控制冷水及熱水之出水量大小後，再集中由出 水口冷、熱混合輸出，以致於使用上，則需依水溫的需要 分別調整冷、熱水之控制把手，造成水溫控制上之不便， 故，目前之水龍頭設有以單把手來同步控制冷、熱水之輸 : 出，雖可解決雙把手使用上之不便，然，傳統之單把手（請 •參考US5746286)於調整上係須先將把手上扳開啟入水 後，再以拋物線左、右旋動之方式來調整冷、熱水混合出 水後之水溫，於止水時，則需再將單把手下扳歸位，令操 作上較為不便，且一旦把手係於使用熱水狀態下關閉時， 則會於下次使用時，啟動熱水器造成能源之浪費及提高危 險性。 本創作人有鑑於上述習式之缺失，乃思及創作的意 念，經多方探討並試作樣品試驗，及多次修正改良’乃推 出本創作。 5 M345159 > 【新型内容】 本創作之主要目的，乃在提供一種冷、熱水混合控制 ‘ _構，其控制閥利用閥片之第一、二出水孔配合閥體之 、第一、二入水孔形成一止水、出水及冷、熱出水或混合出 水均可平面切換之设计，令該控制闕於操作上僅需以平面 就動之角度即可知知冷、熱出水之開關位置及水溫之調 整，令其操作上上更為簡易、輕鬆。 I創作之次要目的，乃在提供—種冷、熱水混合控制 籲㈤結構’其利用控制閥平面往復旋動以切換出水及止水， ^ 使控制__止水狀態需復歸原位之料，俾使把手於 下次使用時’可確保於冷水輪出狀態，以防止把手於瞬間 開啟使用啟動熱水器之危險及浪費能源，令使用上更為安 全0 【實施方式】M345159 VIII. New Description: 【New Technical Fields】 • This creation department is about a “cold and hot water mixing control valve structure”, which controls the v valve to use the first and second outlet holes of the valve plate to match the valve body. The first and second inlet water holes form a water stop, water discharge and cold, hot water or mixed water can be plane-switched design, so that the control valve can be operated only by the angle of the plane rotation to know the cold and hot water. The adjustment of the switch position and water temperature makes it easier and easier to operate. [Prior Art] According to the faucet used for general cold and hot water output (please refer to US5769114, US577892, US5797151), most of them are set as cold and hot water double handles to independently control the water output of cold water and hot water, and then concentrate. The water outlet is cold and hot mixed output, so that the use of the water and temperature needs to adjust the control handle of the cold and hot water separately, resulting in inconvenience in water temperature control. Therefore, the current faucet is provided with a single handle. Simultaneous control of cold and hot water loss: Although it can solve the inconvenience of using two handles, the traditional one-handle (please refer to US5746286) must first turn the handle into the water and then parabolic. The left and right rotation methods are used to adjust the water temperature after mixing the cold water and the hot water. When the water is stopped, the single handle is required to be returned to the position, which makes the operation more inconvenient, and once the handle is tied to the hot water. When it is turned off, it will cause waste of energy and increase the risk of starting the water heater at the next use. In view of the lack of the above-mentioned formulas, the creator has thought and created the idea, and after many discussions and trials of sample tests, and many revisions and improvements, it is the creation of this creation. 5 M345159 > [New content] The main purpose of this creation is to provide a cold and hot water mixing control ' _ structure, the control valve uses the first and second water outlet holes of the valve plate to match the valve body, the first and second The water inlet hole forms a water stop, water discharge and cold, hot water or mixed water can be plane-switched design, so that the control can only know the cold and hot water switch position and water in the operation. The adjustment of temperature makes it easier and easier to operate. The secondary purpose of I's creation is to provide a combination of cold and hot water control (5) structure, which uses the control valve to reciprocate and rotate to switch out the water and stop the water. ^ The control __ water stop state needs to be returned to the original position. Material, so that the handle can be used in the cold water round-out state when the handle is used next time, so as to prevent the danger of starting the water heater and the waste of energy when the handle is opened in an instant, making it safer to use. [Embodiment]
餘下茲配合圖式，詳細說明本創作之最佳實施例如后： 如第一圖至第四圖所示，其係包含：一閥體（10)、一 控制閥（20)、一套筒（30)、一飾盤（4〇)及一把手（5〇)，其 中閥體（10 ) —側設一具外螺紋段（11)之容置槽（12 )供控制 閥（20)容設，另一侧凸設有具鎖結段（131、丨ο)分別供冷、 熱水輸出之第-、二進水接管（13、⑷呈左右相對及具鎖 結段⑽、之第-、二出水接管（15、16)里上下相對 分別與-蓮蓬頭⑽）及〆具拉桿（71)之The following is a detailed description of the best implementation of the creation, such as the following: As shown in the first to fourth figures, it includes: a valve body (10), a control valve (20), a sleeve ( 30), a decorative plate (4〇) and a handle (5〇), wherein the valve body (10) is provided with a receiving groove (12) of the externally threaded section (11) for the control valve (20). The other side is provided with a first and a second water inlet pipe (13, (4) which is left and right opposite and has a lock knot (10), the first and the second, respectively, which have a lock knot section (131, 丨ο) for cooling and hot water output. In the outlet pipe (15, 16), the upper and lower sides are respectively associated with - the shower head (10) and the cooker tie rod (71)
該鎖結段（13卜14卜15卜161)係可μ肖（7〇)接I 紋段，於容置槽（12)之端面設-u形嵌槽螺紋段或外螺 兩侧對稱貫設一具擋座（171、181)之121)且底面中心 乐―、二入水孔（17、 6 M345159 18)供一彈性元件（101)及一止水墊（102)置設，並於第一、 二進水接管（13、14)之中心各貫設一較小徑之第一、二進 水孔道（132、142)分別與第一、二入水孔（π、18)相通， 於第一、二入水孔（Π、18)之下方中間處及第一出水接管 (15)之偏心處貫設一相通之第一出水道（19)，並於第一、 二出水接管（15、16)之偏心處貫穿一相通之第二出水道 (191)恰位於第一出水道（19)一侧，控制閥（2〇，如第五、 六圖所示）係由一陶瓷閥片（21)、一連動件（22)、一閥桿 (23)及一定位件（24)所組成，其中閥片（21)中心設一長凹 形之套槽（211)，於套槽（211)中心一侧設有第一出水孔 (212) ’中心另一侧偏一角度設有第二出水孔（213)，且外 圍設呈階狀具若干卡槽（215)之契合邊（214)，連動件（22) 中心凹設一為多邊形之限制槽（221)，限制槽（221)外圍凸 設一擔座（222)並向一侧延設一較小徑且具環槽（223)之套 合段（224)供一止水環（225)套設，於套合段（224) —侧凸設 一扇形限位擋塊（226)與限制槽（221)之開口端保持平齊而 預設一弧形之限位空間（2261 )，並設一導滑墊（2251)穿套 於套合段（224)而貼抵於擋座（222)上，於擋座（222)另一侧 設呈較小徑並貫設一與限制槽（221)相通之透孔（2211)且 環設若干連接片（227)與一内壁設呈階狀且具若干卡塊 (2281) 之環形契合段（228)相配合而形成若干導水空間 (2282) ，並於限制槽（221)之封閉端外側面凸，設一長凸形之 套合塊（229)恰位於契合段（228)之中心與閥片（21)之套槽 (211)相套合，使閥片（21)之卡槽（215)及契合邊（214)恰與 連動件（22)之卡塊（2281)及契合段（228)相嵌卡定位，令第 一、二出水孔（212、213)與每一導水空間（2282)相通，閥 7 M345159 桿（23)—側設一多邊形且具螺孔（231)之第一組接段（232) 容套於限制檜（221)内，使螺孔（231)恰與透孔（2211)相對 ， 可供一螺件（233)鎖設定位，中段處設一凹環（234)供一止 - 水環（235)套設，另一侧設一端面具螺孔（236)之第二組接 段（237)，定位件（24)係設一樞合槽（241)，於樞合槽（241) 内壁凸設一小於限位空間（2261)之扇形阻擋塊（242)且中 心向外延設一較小徑之孔段（243)與限制槽（221)相對供閥 - 桿（23)穿出與套合段（224)相套設並抵於導滑墊（2251)使 鲁 止水環（225、235)分別密貼於樞合槽（241)及孔段（243)内 - 壁，定位件（24)外側設有若干具止水環（244)之凹槽（245) 密貼於閥體（10)之容置槽（12)内壁，並設一嵌塊（246)與嵌 槽（121)相嵌卡制動，該嵌塊（246)係相對於扇形阻擋塊 (241)之中間位置而設置於定位件（24)外侧面，令扇形阻擋 塊（241，如第七圖所示）恰位於限位空間（2261)内貼抵於限 位擋塊（226)之一侧，使閥片（21，如第八圖所示）之第一、 二出水孔（212、213)恰閃過閥體（1〇)之第一、二進水孔道 φ (132、142)並利用止水墊（102)受彈性元件（1〇1)之彈推而 密貼於閥片（21)將第一、二進水孔道（132、142)遮蔽住呈 • 現止水狀態，並使閥片（21)受止水墊（102)及彈性元件 (101)之彈推下而與第一出水道（19)保持一與導水空間 (2282)相通之間隙，套筒（30)係設一具内螺紋段（31)之套 合槽（32)與閥體（1 〇)之外螺紋段（11)相鎖設而將控制閥 (20)鎖迫固定於容置槽（12)内，且一侧端面設一與套合槽 (32)相通且具擋座（331)之透孔（33)供閥桿（23)穿設出，並 設導滑塾（34)樞穿於閥桿（23)並貼抵於播座（331)上，飾盤 (40)中心設一具止水墊（41)之套孔（42)樞穿於閥體（10)之 8 M345159The locking section (13, 14, and 15 161) can be connected to the I-segment, and the end of the accommodating groove (12) is provided with a -u-shaped grooved thread segment or a bilaterally symmetrical portion. a 121 (171, 181) and a bottom hole, and a water inlet hole (17, 6 M345159 18) for an elastic element (101) and a water stop pad (102), and The first and second water inlet channels (132, 142) of the first and second water inlet holes (132, 142) respectively communicate with the first and second water inlet holes (π, 18) respectively at the center of the first and second water inlet pipes (13, 14), respectively The first water outlet (19) is connected to the eccentric portion of the first and second water inlets (Π, 18) and the first water outlet (15), and the first and second water outlets (15, 16) The eccentricity of the second outlet (191) is located on the side of the first outlet (19), and the control valve (2〇, as shown in Figures 5 and 6) is a ceramic valve (21). a linkage member (22), a valve stem (23) and a positioning member (24), wherein the valve plate (21) is provided with a long concave sleeve groove (211) at the center of the sleeve (211) The first side of the center is provided with a first water outlet (212) 'the other side of the center The second water outlet hole (213) is disposed at an angle, and the outer edge is provided with a fitting edge (214) having a plurality of card slots (215), and the center of the linking member (22) is recessed into a polygonal limiting groove (221). A support seat (222) is protruded from the periphery of the restricting groove (221) and a smaller diameter and a ringing section (224) having a ring groove (223) is provided to one side for the water stop ring (225) to be sleeved. The sleeve section (224) is provided with a sector-shaped limit stop (226) which is flush with the open end of the restriction groove (221) and presets an arc-shaped limit space (2261), and has a guide slip The pad (2251) is sleeved on the sleeve portion (224) and abuts against the block (222), and has a smaller diameter on the other side of the block (222) and communicates with the restricting groove (221). The through hole (2211) is provided with a plurality of connecting pieces (227) and a ring-shaped matching section (228) having a stepped inner wall and having a plurality of blocks (2281) to form a plurality of water guiding spaces (2282), and is limited The closed end of the groove (221) is convex on the outer side, and a long convex sleeve (229) is disposed at the center of the matching section (228) and fits with the sleeve (211) of the valve piece (21) to make the valve Card slot (215) and fit The edge (214) is just positioned with the card block (2281) and the matching segment (228) of the linking member (22), so that the first and second water outlet holes (212, 213) communicate with each water guiding space (2282). Valve 7 M345159 rod (23)—The first set of joints (232) with a polygonal shape and a screw hole (231) is sleeved in the restricting jaw (221) so that the screw hole (231) is just the same as the through hole (2211). Relatively, a screw (233) lock setting position is provided, a concave ring (234) is provided at the middle portion for one stop - the water ring (235) is sleeved, and the other side is provided with a second end of the mask screw hole (236). The connecting portion (237), the positioning member (24) is provided with a pivoting groove (241), and a fan-shaped blocking block (242) smaller than the limiting space (2261) is protruded from the inner wall of the pivoting groove (241) and the center is The hole section (243) with a smaller diameter is disposed opposite to the limiting groove (221), and the valve-bar (23) is sleeved out of the sleeve portion (224) and abuts against the guide pad (2251). The water rings (225, 235) are respectively adhered to the inner wall of the pivoting groove (241) and the hole section (243), and the outer side of the positioning member (24) is provided with a plurality of grooves (245) having a water stop ring (244). Attached to the inner wall of the receiving groove (12) of the valve body (10) and provided with an insert ( 246) engaging a clamping brake with the slot (121), the insert (246) being disposed on the outer side of the positioning member (24) relative to the intermediate position of the sector blocking block (241), so that the sector blocking block (241, such as The seventh figure shows that it is located in the limit space (2261) against one side of the limit stop (226), so that the first and second water outlets of the valve plate (21, as shown in the eighth figure) 212, 213) just flashing the first and second water inlet holes φ (132, 142) of the valve body (1〇) and being pressed by the elastic element (1〇1) by the water stop pad (102) The valve piece (21) shields the first and second water inlet channels (132, 142) from the water stop state, and causes the valve piece (21) to be pushed by the water stop pad (102) and the elastic member (101). And maintaining a gap with the first water outlet (19) and the water guiding space (2282), the sleeve (30) is provided with a sleeve groove (32) of the internal thread section (31) and the valve body (1 〇 The outer thread segment (11) is locked to lock the control valve (20) in the receiving groove (12), and one end surface is provided with a coupling groove (32) and has a seat (331) The through hole (33) is provided for the valve stem (23) and is provided with a guide slide (34) ) pivoting through the valve stem (23) and abutting against the broadcast seat (331), and a sleeve hole (42) of the water retaining pad (41) is pivoted through the valve body (10) at the center of the decorative plate (40) 8 M345159
容置槽（12)，且表面設有若干穿孔（43)供螺桿（44)穿設飾 板（A)而鎖固於壁面上，且於外圍垂直設一貼靠面（45)與一 止水墊（46)相配合緊密壓抵於飾板（A)上，把手（50)—侧凸 設一插槽（51)與閥桿（23)之第二組接段（237)相套設並抵 於導滑墊（34)，該插槽（51)及第二組接段（237)係可配合把 手（50)之造型而设為踞齒圓孔狀、矩形（如第九圖所示）、 三角形（如第十圖所示）、D形（如第十圖之一所示）或兩侧 為圓弧呈長形（如第十圖之二所示）等各式幾何形狀，並於 外侧設一與插槽（51)相通之螺孔（52)供一螺件（53)鎖設而 迫抵於第二組接段（2 3 7)之表面以防止把手（5 〇)脫離閥桿 (23) 〇 當閥桿（23)隨把手（50)旋動而帶動連動件（22)之套名 段（224)順定位件（24)之樞合槽（241)旋動，使限位擋场 (226)、限位空間（2261)及第一、二出水孔（212、213)受i| 動件（22)之帶動下而同步往阻擋塊（242)之另一侧旋動麥 42度（如第十一圖所示）令第一出水孔（212)恰與第一入才 孔（17)相通（如第十二圖所示）時，冷水即會由第一 管（13)之第一進水孔道〇32)依序流竄入第一入 (17)、彈性元件（1〇1)、止水墊（1〇2)、閥片q 7一 =)(1:r(22)之導水一 出U9)並由第一出水接管（15)輸出， 出之控制’且連動件（22)隨把手⑼）之%」 ::置令之第一出水孔(212)與第-入水孔(Π 9〇度（如第十三圖所示）位置時，第…二出水持^動至衾 即會同時與第一、_ χ ^ η7 尺孔（212、213 一入水孔（17、18)相通（如第十四圖月 9 M345159 示）’此時，冷、熱水即會分別由第一、二進水接管（13、 14)之第一、二進水孔道（132、142)依序分別經第—&、二入 水孔（Π、18)、彈性元件（1〇1)、止水墊（1〇2)及閥片（Μ) 之第一、二出水孔（212、213)而同步流竄入連動件（22)之 導水空間（2282)内使冷、熱水混合後進入閥體（丨 出水道⑽並由第-出水接管⑽輸出，以達到冷、=水 混合溫水輸出之控制，當把手（50)持續旋動至約138度（如 第十五圖所示）位置使限位擋塊（226)抵靠於阻擋塊(^42) 另-侧時’閥片(21)之第二出水孔(213)恰可與閥體(⑻ 之第二入水孔⑽相通（如第十六圖所示），而第—出水孔 (212)之止水墊（1〇2)即密貼於閥片（21)之表面，此時，熱 ，即會由第二進水接f (⑷之第二進水孔道（142)依序經 第了^水孔（18)、彈性元件（I01)、止水墊⑽2)及閥片（21) 之第一出水孔（213)而流竄入連動件（22)之導水空間 (2282)及閥體（1〇)之第一出水道（19)並由第一出水接管 (15)輸出’卩達到熱水輸出之控制，且僅須將把手⑼）往 另一側旋動復歸原位，使閥片（21)之第一、二出水孔（212、 脫^體（⑻之第—、二人水孔（17、⑻時，止水墊 即^又彈性件（1 〇1)之彈推而密貼於閥片（^ )之表面呈 止欠藉此’令該控制閥（2G)於出水、止水及水流溫 度之操，上’均形成水平面切換之調整及控制令其使用 上?為簡易、輕鬆’且於關止水狀態時，利用把手(50) 復歸原位之a又计，俾使把手（5〇)於下次使用時，可確保於 ΐ水^狀態’以防止把手⑽於瞬間開啟使用啟動熱水 态之巴險及浪費能源，令使用上更為安全。 其中，當出水頭（70)之拉桿（71)下移呈出水狀態(如第 M345159 十七圖所示）時，水流則可經第一出水道（19)透過第二出水 接管（16)之管路流竄入出水頭（70)而輸出，而當拉桿（71) - 上拉呈阻水狀態（如第十八圖所示）時，由第一出水道（19) 、 持續輸出之水流受阻擋下即會流竄入第二出水道（191)透 過第一出水接管（15)之管路經蓮蓬頭（60)輸出，以控制水 流之輸出型態。 綜上所述，本創作確實已經達於突破性之結構，而具 、 改良之創作内容，同時又能夠達到產業上利用性與進步 | 性，且本創作未見之於任何刊物，亦具新穎性，當符合專 ^ 利法第九十三條、第九十四條之規定，爰依法提出新型專 利申請，懇請鈞局審查委員授予合法專利權，至為感禱。 唯以上所述者，僅為本創作之一可行實施例而已，當 不能以之限定本創作實施之範圍；即大凡依本創作申請專 利範圍所作之均等變化與修飾，皆應仍屬本創作專利涵蓋 之範圍内。 I 【圖式簡單說明】 第一圖：係為本創作之立體組合圖。 . 第二圖：係為本創作之組合剖面圖。 第三圖：係為本創作之立體分解圖。 第四圖：係為本創作之閥體立體分解圖。 第五圖：係為本創作之控制閥立體分解圖。 第六圖：係為本創作之連動件立體圖。 第七圖：係為本創作連動件之限位擋塊、閥片之第 一、二出水孔與定位件之阻播塊呈止水狀態 之組裝位置示意圖。 11 M345159 第八圖：係為本創作之閥片之第一、二出水孔與閥體 之第一、二入水孔呈止水狀態之組裝位置示 意圖。 第九圖：係為本創作之閥桿立體圖一。 第十圖：係為本創作之閥桿立體圖二。 第十圖之一 ··係為本創作之閥桿立體圖三。 第十圖之二：係為本創作之閥桿立體圖四。 第十一圖：係為本創作連動件之限位擔塊及閥片之第 一、二出水孔旋動至42度呈出水狀態示 意圖。 第十二圖：係為本創作之閥片旋動42度使第一出水 孔恰與閥體之第一入水孔相對呈冷水輸 出狀態示意圖。 第十三圖：係為本創作連動件之限位擋塊及閥片之第 一、二出水孔旋動至90度呈出水狀態示 意圖。 第十四圖：係為本創作之閥片旋動90度使第一、二 出水孔恰分別與閥體之第一、二入水孔相 對呈冷、熱水混合輸出狀態示意圖。 第十五圖：係為本創作連動件之限位擋塊及閥片之第 一、二出水孔旋動至138度呈出水狀態示 意圖。 第十六圖：係為本創作之閥片旋動138度使第二出水 孔恰與閥體之第二入水孔相對呈熱水輸 出狀態示意圖。 第十七圖：係為本創作之出水頭拉桿下移呈出水狀態 12 M345159 示意圖。 第十八圖：係為本創作之出水頭拉桿上拉呈阻水狀態 示意圖。The groove (12) is accommodated, and a plurality of perforations (43) are arranged on the surface for the screw (44) to pass through the decorative plate (A) to be locked on the wall surface, and a contact surface (45) is vertically disposed at the periphery. The water pad (46) is closely pressed against the garnish (A), and the handle (50) is sleeved with a slot (51) and a second set of segments (237) of the valve stem (23). And corresponding to the guide pad (34), the slot (51) and the second set of segments (237) can be matched with the shape of the handle (50) and are set to be round and rectangular, as shown in the ninth figure. Various shapes, such as triangles (as shown in the tenth figure), D-shapes (as shown in one of the tenth figures), or sides of the arc are elongated (as shown in the second figure). And a screw hole (52) communicating with the slot (51) is provided on the outer side for a screw member (53) to be locked to abut against the surface of the second group of segments (2 3 7) to prevent the handle (5 〇) Disengage the valve stem (23). When the valve stem (23) is rotated with the handle (50), the sleeve segment (224) of the linkage member (22) is rotated by the pivoting groove (241) of the positioning member (24). The limit stop (226), the limit space (2261) and the first and second water outlets (212, 213) are subject to i| The second water outlet (212) is just like the first inlet hole (17). When communicating (as shown in Figure 12), the cold water will flow into the first inlet (17) and the elastic member (1〇1) from the first inlet port 32) of the first tube (13). , water stop pad (1〇2), valve piece q 7 a =) (1: r (22) guide water out of U9) and output by the first outlet pipe (15), out of control 'and linkages (22 With the handle (9))%" :: the first water outlet hole (212) and the first water inlet hole (Π 9 degrees (as shown in Figure 13) position, the second...衾 will be connected to the first, _ χ ^ η7 尺 hole (212, 213 into the water hole (17, 18) (as shown in the fourteenth month, 9 M345159)' At this time, cold and hot water will be respectively The first and second water inlet channels (132, 142) of the first and second water inlet pipes (13, 14) are sequentially passed through the first &, the second inlet water hole (Π, 18), and the elastic member (1〇1) , the water stop pad (1〇2) and the first and second water outlet holes (212, 213) of the valve piece (Μ) are simultaneously flowed in. The water guiding space (2282) of the linking member (22) mixes the cold and hot water and enters the valve body (the water outlet (10) and is outputted by the first-outlet water pipe (10) to achieve the control of the cold and water mixed warm water output. The handle (50) is continuously rotated to a position of about 138 degrees (as shown in Fig. 15) so that the limit stop (226) abuts against the blocking block (^42) and the other side of the 'valve (21) The second water outlet hole (213) is just in communication with the valve body (the second water inlet hole (10) of the (8) (as shown in Fig. 16), and the water stop pad (1〇2) of the first water outlet hole (212) is closely attached. On the surface of the valve plate (21), at this time, the heat, that is, the second water inlet port f ((4), the second water inlet hole (142) sequentially passes through the first water hole (18), the elastic element (I01) ), the water stop pad (10) 2) and the first water outlet hole (213) of the valve piece (21) flow into the water guiding space (2282) of the linking member (22) and the first water outlet (19) of the valve body (1) And the first outlet nozzle (15) outputs '卩 to the control of the hot water output, and only the handle (9)) has to be rotated to the other side to return to the original position, so that the first and second outlet holes of the valve piece (21) 212, off the body ((8) of the first - two people water hole (17, (8) When the water stop pad is pressed and the elastic member (1 〇1) is pressed against the surface of the valve piece (^), the control valve (2G) is used for water discharge, water stop and water flow. The operation of the temperature, the above-mentioned adjustment and control of the horizontal plane is used to make it easy to use, and when the water is shut off, the handle (50) is used to return to the home position, and the handle is used. 〇) In the next use, it can be ensured in the drowning state* to prevent the handle (10) from being used in an instant to start the hot water state and waste energy, making it safer to use. Wherein, when the pull rod (71) of the water head (70) is moved downward to be in a water discharge state (as shown in the first drawing of M345159), the water flow can pass through the second water outlet pipe (16) through the first water outlet (19). The pipeline flows into the water head (70) for output, and when the pull rod (71) - pulls up in a water blocking state (as shown in Fig. 18), the water flow from the first water outlet (19) is continuously outputted. Under the blockage, the second water outlet (191) is discharged through the first outlet joint (15) through the shower head (60) to control the output pattern of the water flow. In summary, this creation has indeed reached a groundbreaking structure, and the content of the creation and improvement of the creation, while at the same time achieving industrial use and progress | sexuality, and this creation is not seen in any publication, but also novel Sexuality, when complying with the provisions of Articles 93 and 94 of the special law, 提出 file a new type of patent application according to law, and ask the census board member to grant legal patent rights, to pray. Only the above-mentioned ones are only one of the feasible embodiments of this creation. When it is not possible to limit the scope of the implementation of this creation; that is, the equivalent changes and modifications made by the applicants in accordance with the scope of the patent application for this creation should still belong to this creation patent. Within the scope of coverage. I [Simple description of the diagram] The first picture: is a three-dimensional combination of the creation. Figure 2: A sectional view of the combination of the creations. The third picture is a three-dimensional exploded view of the creation. The fourth picture is a three-dimensional exploded view of the valve body. The fifth picture is a three-dimensional exploded view of the control valve of this creation. The sixth picture is a perspective view of the linkage of the creation. The seventh figure is a schematic diagram of the assembly position of the limit stop of the creative linking piece, the first and second water outlet holes of the valve piece and the blocking block of the positioning piece in a water stop state. 11 M345159 Fig. 8 shows the assembly position of the first and second outlet holes of the valve piece and the first and second inlet holes of the valve body in a water-stop state. The ninth picture: is the stereoscopic view of the valve stem of the creation. The tenth picture is the perspective view of the valve stem of the creation. One of the tenth figures ··· is the stereoscopic view of the valve stem of the creation. The tenth figure bis: is the stereoscopic view of the valve stem of the creation. Figure 11: This is the indication of the water outlet state of the limit holder and the first and second outlet holes of the creation of the interlocking piece to 42 degrees. Twelfth figure: It is a schematic diagram of the cold water output state of the first valve hole and the first water inlet hole of the valve body rotated by 42 degrees. Thirteenth figure: It is the intention that the first and second outlet holes of the limit stopper and the valve piece of the creation linkage are rotated to 90 degrees. Figure 14: The valve piece of this creation is rotated 90 degrees so that the first and second water outlet holes are respectively in the state of cold and hot water mixed output with the first and second water inlet holes of the valve body. The fifteenth figure is the intention of the water outlet state of the limit stop of the creation linkage and the first and second outlet holes of the valve plate to 138 degrees. Figure 16: This is a schematic diagram of the hot water output state of the valve plate of this creation, which is rotated 138 degrees so that the second water outlet hole is opposite to the second water inlet hole of the valve body. Figure 17: This is the schematic diagram of the water head of the water head of the creation. Figure 18: This is a schematic diagram of the water-blocking state of the water-drawing rod of the creation.
【主要元件符號說明】 10…· ••閥體 101·" …彈性元件 102··· …·止水墊 11···· ••外螺紋段 12…· ••容置槽 121··· …·嵌槽 13…· ••第一進水接管 14…· ••第二進水接管 13卜 141……鎖結段 132". •…第一進水孔道 142··. •…第二進水孔道 15…· ••第一出水接管 16…· • •第二出水接管 151 > 161……鎖結段 17…· ••第一入水孔 18…· • •第二入水孔 m、 181……擋座 19…· ••第一出水道 191·· •…第二出水道 20…· ••控制閥 21…· ••閥片 211- •…套槽 212·· •…第一出水孔 213" •…第二出水孔 214” •…契合邊 215" —^槽 22···· ••連動件 221·· •…限制槽 2211· …··透孔 222·· •…擔座 223·· •…環槽. 224·· •…套合段 225·· 2251· …··導滑墊 226·· •…限位擋塊 2261· ••…限位空間 227·· •…連接片 228·· •…契合段 2281· .....卡塊 2282· ••…導水空間 229·· •…套合塊 23···· ••閥桿 13 M345159[Description of main component symbols] 10...·•• valve body 101·" ...elastic element 102·····water stop pad 11····•• External thread section 12...·•• accommodating groove 121·· · ...·Inlay 13...·••First inlet nozzle 14...·••Second inlet nozzle 13 141...Lock section 132"....The first inlet channel 142··. The second water inlet channel 15...·•• The first water outlet pipe 16...· • The second water outlet pipe 151 > 161... The locking segment 17...·•• The first water inlet hole 18...· • The second water inlet hole m 181... Block 19...·••First water outlet 191··•...Second water outlet 20...·••Control valve 21...·•• Valve piece 211- •... Set groove 212·· •... A water outlet 213" •...Second outlet hole 214" •...fitted edge 215" —^ slot 22····•• linkage 221··•...restriction groove 2211·...··through hole 222·· •... 223·· •...ring groove. 224·· •... ferrule 225·· 2251· ...·· Guide pad 226·· •... Limit stop 2261· ••...Limited space 227·· •...connecting piece 228·· •...fitting section 2281· ..... card block 2282· ••...water guiding space 229·· •...sleeve block 23···· •• valve stem 13 M345159
231" …·螺孔 232··. …第一組接段 233" …·螺件 234··. …凹環 235" …·止水環 236··. …·螺孔 237" …·第二組接段 24…· ••定位件 241- …·樞合槽 242·· •…阻擋塊 243“ …·孔段 244" •…止水環 245" …·凹槽 246·· •…肷塊 30… …套筒 31···· ••内螺紋段 32… …套合槽 33…· ••透孔 331- …··擋座 34…· ••導滑墊 40… …飾盤 4l···. ••止水墊 42… …套孔 43…. …穿孔 44… …螺桿 45…· …貼靠面 46… …止水墊 50…. …把手 5l··· …插槽 52…· …螺孔 53… …螺件 60…· …蓮蓬頭 70… …出水頭 71 — …拉桿 A•… ••飾板231" ...· screw hole 232··. ...the first set of joints 233" .... screw 234··....recessed ring 235" .... water stop ring 236··. ... screw hole 237" .... second Grouping joints 24...·••Positioning parts 241-...·Positioning grooves 242···...Blocking blocks 243“...·hole sections 244" •...stop rings 245" ...·grooves 246·· 30... sleeve 31····•• female thread section 32... fitting groove 33...·•• through hole 331- ...·· blocking seat 34...·••guide pad 40... ...decorative disc 4l· ···•• Waterstop 42... sleeve hole 43....perforation 44... screw 45...·...butment surface 46...waterstop 50....handle 5l··· ...slot 52...· ... screw hole 53... screw 60...·... shower head 70... water head 71 — ... rod A•... •• plaque