M317517 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種用以切控水流之啟閉，令一種或二種不同溫度 • 之水源，能夠被切控流出，尤指其出水控制開關與出水孔是為同軸設 • 計而成者。 【先前技術】 其目前之出水設備通常是可具備同時供應二種水源，如冷水與熱 水或二種不同性質之水源，而二種不同水源之混合，其都是利用一控 制把手使肋控-精密随控铜，該把手多是裝設補密陶变控制 閥上方’水源是域密喊控侧下方進人，並補密喊控制闕内 部混合後’再由下方接往—旁之Φ水管出，該轉路之設計不僅 複雜，且構件組設之空間大，又有把手之裸露出，使驗不美觀；又 為因應不同之絲設計，水朗必財不狀脉贿，以滿足不同 之週邊設計’單-種之結·計’無法滿足多種獨之產業與不同之 設計需求者。 ▲本創作人有鑑於此’乃思及創作的意念，遂以多年的經驗加以設 计，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。 【新型内容】 欲解決之技術問題點： 習知之水龍頭結構改良，其都是二種入水水源管路由下方進入， M317517 ^入混合後朗樣由下方糾，該鶴構之設計複雜 ，且構件組設之 二’、又有把手之裸露出’使用較不美觀，及無法献不同之週邊 設計需求’此乃欲解決之技術問題點者。 解決問題之技術特點： 本創作係提供-種水龍頭結構改良，其係—承置座中結合一精密 随閥組，胁上綠雜合—_碰、—鮮環、—墟件及一 出水管’承置座上設有-容置孔，容置孔上端設有鎖結部，下方接設 有一第-入水管及-第二入水管，精密陶賴組係由一閥殼、一控制 桿三-上魄片一下陶m底座所依序組合域，閥殼下方設 有容置孔，孔端躲設有卡結部，頂端設㈣孔，蝴桿下方周緣設 有結合柱，中央貫設有出水孔，上端延伸有出水段，出水段外周一: 置處並設有-定鋪孔，上随U央貫财異狀混合水孔，外侧 設有結合槽’下魄科側設有固定槽，上面二位置分顺有第一入 水孔及-第二人水孔，底斜姻緣分顺魏峡·卡結部，上 面設有-第-入水孔及一第二入水孔，控制桿座下段具有一套結段， 中央由套結段處貫穿有-中心、出水道延伸到上方之接合段，該控制桿 座中段處並切設有-調整_，鎖節環周緣設有鎖結部，切控:中: 設有穿孔，外微有-定_孔’及配合使用有—舰件出水管^ 方設有接合段，藉由上述結構，俾以組成水龍頭結構改良者。 對照先前技術之功效： M317517 本創作乃係提供水龍頭結構改良，其利用二不同之水源由第一入 水孔及第二入水孔，可混合進入上陶瓷片之混合水孔，再直接由垂直 上方之控制桿之出水孔處垂直往上流，並又同樣由控制桿座垂直中心 * 出水道往上流’並且往接設之出水管流出，該種出水由中心流通之方 . 式，並且控制出水之切控件亦於同轴處，以此種可得到不同之出水方 式，可用於不同之出水結構設計，且可完全隱藏控制出水之把手設計， 使用無把手方式之切控件控制出水者。M317517 VIII. New Description: [New Technology Field] This creation is about cutting and controlling the opening and closing of water flow, so that one or two different temperature sources can be controlled to flow out, especially its water control switch. It is a coaxial design with the water outlet. [Prior Art] Its current effluent equipment is usually equipped with two kinds of water sources, such as cold water and hot water or two different types of water sources, and a mixture of two different water sources, which are controlled by a control handle. -Precision control copper, the handle is mostly installed above the dense ceramic control valve. 'Water source is the domain below the secret control side of the entrance, and the secret shouting control 阙 internal mixing' and then connected to the next side - Φ The water pipe is out, the design of the circuit is not only complicated, but also the space of the component set is large, and the handle is exposed, so that the inspection is not beautiful; and in response to the different silk design, the water will not be bribed to meet the bribe. Different peripheral designs 'single-type knots' can't satisfy a variety of unique industries and different design needs. ▲ This creator has introduced this creation in view of the idea of this thinking and creation, which has been designed with many years of experience, and has been explored and tried for sample testing, and many revisions and improvements. [New content] Technical problems to be solved: The structure of the faucet is improved. It is entered under the route of two water inlet pipes. After the M317517 ^ is mixed, the sample is corrected by the bottom. The design of the crane is complex and the component group The second one, and the nakedness of the handle, 'useless is not beautiful, and can not offer different peripheral design needs' This is the technical problem to be solved. Technical characteristics of solving the problem: This creation department provides a kind of faucet structure improvement, which is a combination of a precision valve group, a green hybrid on the threat, a collision, a fresh ring, a market piece and a water outlet. 'The receiving seat is provided with a accommodating hole, and the upper end of the accommodating hole is provided with a locking portion, and a first-inlet water pipe and a second water inlet pipe are connected below, and the precision terracotta group is composed of a valve casing and a control rod. The three-upper piece is arranged in the order of the base of the pottery m. The bottom of the valve shell is provided with a receiving hole, the end of the hole is hidden with a hooking portion, and the top end is provided with a (four) hole, and the peripheral edge of the butterfly rod is provided with a binding column, and the central portion is arranged. There is a water outlet, the upper end extends with a water outlet section, and the water outlet section is outside Monday: The location is provided with a fixed-distribution hole, and the U-channel is mixed with the water hole, and the outer side is provided with a joint groove. The trough, the upper two positions are divided into a first water inlet hole and a second person water hole, and the bottom oblique marriage edge is divided into a Weixia Gorge knot portion, and a - first water inlet hole and a second water inlet hole are arranged on the upper side, and the control rod seat is arranged The lower section has a set of knots, and the central part is connected to the joint section extending from the center to the upper part of the outlet section, and the control rod seat At the section, there is a - adjustment _, the lock ring is provided with a locking part at the periphery of the ring, and the cutting control is: medium: there is a perforation, the outer micro-definite_hole' and the use of the ship-shaped water outlet ^ The joint section, by the above structure, is used to form a faucet structure improver. Compared with the efficacy of the prior art: M317517 This creation is to provide a faucet structure improvement, which uses two different water sources from the first water inlet hole and the second water inlet hole, can be mixed into the mixed water hole of the upper ceramic piece, and directly from the vertical upper side The water outlet hole of the control rod is vertically upward, and is also flowed upward by the vertical center of the control rod seat * the water outlet and flows out to the outlet water pipe. The water is discharged from the center. The control is also on the coaxial side, so that different water outlet modes can be obtained, which can be used for different water outlet structure design, and the handle design for controlling the water outlet can be completely hidden, and the water outlet can be controlled by the control without the handle method.
【實施方式】 為使貴審查委員對本創作之目的、特徵及功效能夠有更進一步 之瞭解與認識，以下茲請配合【圖式簡單說明】詳述如后： 首先’先請由第卜2、3、4圖所示觀之，其係一承置座（1〇)中結 合一精密陶瓷閥組(20)，再於上方依序結合一控制桿座（3〇)、一鎖節 環(40)、一切控件(5〇)及一出水管（6〇)。 承置座（10)上設有一容置孔（u)，容置孔（11)上端設有鎖結部 (12)，下方接設有一第一入水管（13)及一第二入水管（14)。 精密陶瓷閥組(20)並係由一閥殼(21)、一控制桿(22)、一上陶瓷 片（23)、一下陶瓷片（24)及一底座（25)所組合而成；閥殼(21)下方設 有谷置孔(211)，孔端周緣設有卡結部（212)，頂端設有通孔(213)，控 制桿(22)下額緣設有結合柱(221)，巾央貫設有&水孔(222)，上端 延伸有出水段(223)，出水段(223)外周一位置處並設有一定位鎖孔 (224) ’上陶瓷片（23)中央貫設有異形之混合水孔(231)，外侧設有結 4 M317517 合槽（232)，下陶瓷片（24)外侧設有固定槽（241)，上面二位置分別設 有第一入水孔(242)及一第二入水孔(243)，底座（25)外侧周緣分別設 有數固定腳(251)及卡結部（252)，上面設有一第一入水孔(253)及一第 • 二入水孔（254)。 , 控制桿座（30)下段具有一套結段(31)，中央由套結段(31)處貫穿 有一中心出水道(32)延伸到上方之接合段(33)，該控制桿座（3〇)中段 處並切設有一調整弧槽（34)。 φ 鎖節環(40)周緣設有鎖結部(41)。 切控件(50)中央設有穿孔(51)，外侧設有一定位鎖孔(52)，及配 合使用有一鎖結件(53)。 出水管（60)下方設有接合段(61)。 其結構之組合，如第1、5圖所示，下陶瓷片（24)是利用結合槽（232) 配合固定於底座（25)上方之固定腳（251)處，第一入水孔（253)(242) 及第二入水孔(254)(243)並分別相配合，上陶瓷片（23)是配合貼設於 鲁下陶瓷片（24)上方，使上陶瓷片（23)能與下陶瓷片（24)上方配合滑移 轉動，控制桿(22)是利用结合柱(221)配合於上陶瓷片（23)之結合槽 (232)固定，並令上陶瓷片（23)之混合水孔(231)通設控制桿(22)之出 水孔（222)，控制桿(22)、上陶瓷片（23)、下陶瓷片（24)及底座（25) 是一同由閥殼(21)之容置孔(211)置入，並以底座（25)之卡結部（252) 與閥殼(21)之卡結部（212)固定，控制桿(22)之出水段(223)則由閥殼 (21)之通孔(213)穿出，以形成一精密陶瓷閥組(2〇)，精密陶瓷閥組(2〇) 是容置於承置座（10)之容置孔（11)内，控制桿座（3〇)是蓋設於精密陶 M317517 竟閥組⑽)與承置座（ig)上，控制桿座⑽以套結段⑶）配合於控制 桿(22)之出水段(223)，並令定位鎖孔(224)配合於調整弧槽（34)，鎖 •節環（4〇)是套設於控制桿座（30)之套結段（31)上方，並令鎖結部 (12)(41)配合鎖設，切控件（50)是配合於控制桿座（3〇)上，以接合段 • (33)穿過穿孔(51)，鎖結件(53)是穿入定位鎖孔(52)中，並通過調整 弧槽（34) ’而鎖設入精密陶瓷閥組(2〇)之控制桿(22)的定位鎖孔(224) 中，令切控件(50)與控制桿(22)連動，出水管（6〇)則以接合段(61)接 籲在控制桿座（30)之接合段(33)上結合。 其結構之動作，先由第6圖所示觀之，當上陶瓷片（23)之混合水 孔（231)在避開下陶瓷片（24)之第一入水孔（242)、第二入水孔（243) 時，該係為止水狀態，再由第7、8圖觀之，當轉動切控件(5〇)時，利 用鎖結件(53)鎖結控制桿(22)，使控制桿(22)被於控制桿座（30)之調 整弧槽（34)間移動，使上陶瓷片（23)之混合水孔(231)可於不同比例之 第一入水孔(242)、第二入水孔(243)間移動，讓不同水流量之水源能 籲分別由第一入水孔(242)、第二入水孔(243)進入到混合水孔（231)中， 再由混合水孔(231)往垂直方向之控制桿(22)之出水孔(222)流出，再 由控制桿座(30)之中心出水道(32)處往出水管（60)流出。 藉上述具體實施例之結構，可得到下述之效益··其利用二不同之 水源由第一入水孔(253)(242)及第二入水孔(254)(243)，可混合進入 上陶瓷片（23)之混合水孔(231)，再直接由垂直上方之控制桿(22)之出 水孔(222)處垂直往上流，並又同樣由控制桿座（3〇)垂直中心出水道 (32)往上流，並且往接設之出水管（60)流出，該種出水由中心流通之 M317517 方式’並且控制出水之切控件（50)亦於同轴處’以此種可得到不同之 出水方式，可用於不同之出水結構設計，且可完全隱藏控制出水之把 手設計，使用無把手方式之切控件（5〇)控制出水者。 ，、、示上所述，本創作確實已達突破性之結構設計，而具有改良之創 作内容’’又能夠達到產業上之利用性與進步性，且本創[Embodiment] In order to enable your review committee to have a better understanding and understanding of the purpose, characteristics and efficacy of this creation, please refer to the following [simplified description of the drawings] as follows: First, please first by the second As shown in Fig. 3 and Fig. 4, it is a combination of a precision ceramic valve block (20) in a socket (1〇), and a control rod seat (3〇) and a lock ring in sequence. 40), all controls (5 〇) and a water outlet (6 〇). The receiving seat (10) is provided with a receiving hole (u), the upper end of the receiving hole (11) is provided with a locking portion (12), and a first inlet pipe (13) and a second inlet pipe are connected below ( 14). The precision ceramic valve block (20) is composed of a valve casing (21), a control rod (22), an upper ceramic plate (23), a lower ceramic plate (24) and a base (25); There is a valley hole (211) under the shell (21), a fastening portion (212) is arranged on the periphery of the hole end, a through hole (213) is arranged at the top end, and a binding column (221) is arranged on the lower edge of the control rod (22). The towel is provided with a water hole (222), the upper end has a water outlet section (223), and the water outlet section (223) is located at a position outside the Monday and is provided with a positioning lock hole (224). The upper ceramic piece (23) is centrally distributed. The utility model is provided with a mixed water hole (231), a joint 4 M317517 joint groove (232) is arranged on the outer side, a fixing groove (241) is arranged on the outer side of the lower ceramic piece (24), and a first water inlet hole (242) is respectively arranged at the upper two positions. And a second water inlet hole (243), the outer circumference of the base (25) is respectively provided with a plurality of fixing legs (251) and a fastening portion (252), and a first water inlet hole (253) and a second water inlet hole are arranged on the upper surface (254). The lower portion of the control rod seat (30) has a set of knots (31), and the central portion of the joint portion (31) extends through a central water outlet (32) extending to the upper joint portion (33), the control rod seat (3)调整) At the middle section, an adjustment arc groove (34) is cut. The lock ring (41) is provided on the periphery of the φ lock ring (40). The cutting control (50) is provided with a perforation (51) in the center, a positioning locking hole (52) on the outer side, and a locking member (53) for use. A joint section (61) is provided below the outlet pipe (60). The combination of the structures, as shown in the first and fifth figures, the lower ceramic piece (24) is fixed to the fixing leg (251) above the base (25) by the coupling groove (232), the first water inlet hole (253) (242) and the second water inlet hole (254) (243) are respectively matched, and the upper ceramic piece (23) is matched and attached to the lower ceramic piece (24) to make the upper ceramic piece (23) and the lower ceramic The upper part of the piece (24) is matched with the sliding rotation, and the control rod (22) is fixed by the coupling groove (232) and the coupling groove (232) of the upper ceramic piece (23), and the mixed water hole of the upper ceramic piece (23) is fixed. (231) The water outlet hole (222) of the control rod (22) is provided, and the control rod (22), the upper ceramic piece (23), the lower ceramic piece (24) and the base (25) are together by the valve casing (21). The receiving hole (211) is inserted and fixed by the engaging portion (252) of the base (25) and the engaging portion (212) of the valve housing (21), and the water outlet portion (223) of the control rod (22) is The through hole (213) of the valve casing (21) is pierced to form a precision ceramic valve block (2〇), and the precision ceramic valve block (2〇) is a receiving hole accommodated in the receiving seat (10) (11) ), the control rod seat (3〇) is covered in the precision pottery M317517 valve group (10) and the bearing seat ( Ig), the lever seat (10) is fitted to the water outlet section (223) of the control rod (22) by the sleeve section (3), and the positioning keyhole (224) is fitted to the adjustment arc groove (34), the lock and the joint ring ( 4〇) is placed over the sleeve section (31) of the lever seat (30), and the locking portion (12) (41) is fitted with the lock, and the cutting control (50) is fitted to the lever seat (3) 〇), with the joint section • (33) through the perforation (51), the locking piece (53) is inserted into the positioning lock hole (52) and locked into the precision ceramic by adjusting the arc groove (34) In the positioning lock hole (224) of the control rod (22) of the valve block (2〇), the cutting control (50) is interlocked with the control rod (22), and the outlet pipe (6〇) is connected by the engaging section (61). Bonded on the joint section (33) of the lever seat (30). The action of the structure is first observed in Fig. 6, when the mixed water hole (231) of the upper ceramic piece (23) is avoiding the first water inlet hole (242) of the lower ceramic piece (24), and the second water inlet. When the hole (243) is in the water state of the system, it is observed by the seventh and eighth figures. When the cutting control (5〇) is turned, the control lever (22) is locked by the locking member (53) to make the lever (22) being moved between the adjusting arc grooves (34) of the control rod seat (30), so that the mixing water holes (231) of the upper ceramic piece (23) can be in different proportions of the first water inlet holes (242), the second The water inlet hole (243) moves between the water inlets of the different water flows, and the first water inlet hole (242) and the second water inlet hole (243) respectively enter the mixed water hole (231), and then the mixed water hole (231) The water outlet (222) of the control rod (22) in the vertical direction flows out, and then flows out to the outlet pipe (60) from the center water outlet (32) of the control rod seat (30). By the structure of the above specific embodiment, the following benefits can be obtained. The two different water sources can be mixed into the upper ceramic by the first water inlet hole (253) (242) and the second water inlet hole (254) (243). The mixing water hole (231) of the piece (23) is directly vertically upward from the water outlet hole (222) of the vertically upper control rod (22), and is also vertically controlled by the control rod seat (3〇) vertical center water outlet ( 32) Going up, and flowing out to the connected outlet pipe (60), the effluent is circulated by the center in the M317517 mode and the control of the water cut control (50) is also at the coaxial position, so that different effluent can be obtained. The method can be used for different water outlet structure design, and can completely hide the handle design of the control water outlet, and use the handleless control device (5〇) to control the water outlet. As stated above, this creation has indeed achieved a breakthrough structural design, and the improved creation content' can achieve industrial utilization and progress, and this creation
::二具Γ性，當符合專利法相關法條之財，爰依法提出 ，申4，懇請釣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—較佳 ^ 定本創作實施之細；即大凡依本創 ，自不能以之限 酬，皆糊娜她㈣_叙均等變化 M317517 【圖式簡單說明】 第1圖··係本創作之立體組合圖。 .第2圖：係本創作之立體分解圖。 第3圖：係本創作另一角度之立體分解圖。 •第4圖.係本創作半組合立體圖。 第5圖：係本創作之組合侧視剖面圖。 第6圖：係本創作上、下魄片為止水狀態之示意圖。 •第7圖：係本創作之出水狀態立體剖面圖。 第8圖：係本創作上、下陶究片為出水狀態之示意圖。 【主要元件符號說明】 本創作部份： 承置座-----（10) 鎖結部-----（12) 第二入水管---（14) 精密陶瓷閥組——（2〇) 容置孔 （211) 通孔------（213) 結合柱 （221) 出水段 （223) 上陶瓷片----（23) 結合槽-----（232) 容置孔—一一一一（11) 第一入水管一--（13) 閥殼一--^一--(21) 卡結部--一--（212) 控制桿--一一一（22) 出水孔--一一一（222) 定位鎖孔一一--（224) 混合水孔一 一一一（231) 下陶瓷片一一一一（24) 12 M317517 固定槽-----（241) 第二入水孔---（243) 固定腳-----（251) 第一入水孔---（253) 控制桿座----（30) 中心出水道---（32) 調整弧槽----（34) /鎖節環-----（40) 切控件-----（50) 定位鎖孔----（52) 出水管-----（60) 第一入水孔一 --(242) 底座---- ——(25) 卡結部·--- --(252) 第二入水孔一 --(254) 套結段--- 一一(31) 接合段--- ——(33) 鎖結部 ——(41) 穿孔---- ——(51) 鎖結件--- 一一(53) 接合段--- 一一(61) 13:: Two ambiguous, when in line with the relevant laws and regulations of the patent law, 提出 legally proposed, Shen 4, 钓 钓 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 。 。 。 。 。 。 。 。 。 。 Only the above-mentioned ones are only the finer ones of this creation—the best implementation of this creation; that is, the big ones are based on the creation, they can’t be paid by them, they are all Ms. (4) _ Syria is equal to change M317517 [Simple description] Figure 1 is a three-dimensional combination of the creation. Figure 2: An exploded view of the creation. Figure 3: An exploded view of another angle of the creation. • Figure 4 is a semi-combined perspective view of the creation. Figure 5: A side cross-sectional view of the combination of the creations. Fig. 6 is a schematic diagram showing the state of water up to the top and bottom of the creation. • Figure 7: A three-dimensional section of the water state of the creation. Figure 8: This is a schematic diagram of the upper and lower pottery pieces of the creation. [Main component symbol description] This creation part: Supporting seat-----(10) Locking knot-----(12) Second water inlet pipe---(14) Precision ceramic valve block - ( 2〇) accommodating hole (211) through hole ------(213) binding column (221) water outlet section (223) upper ceramic piece----(23) coupling groove-----(232)容孔孔—1111(11) First inlet pipe--(13) Valve housing--^一--(21) Knot-----(212) Joystick--One One (22) water outlet hole - one one one (222) positioning keyhole one---(224) mixing water hole one-to-one (231) lower ceramic piece one-to-one (24) 12 M317517 fixing groove -- ---(241) Second water inlet hole---(243) Fixed foot-----(251) First water inlet hole---(253) Control rod seat----(30) Center water outlet- --(32) Adjusting the arc slot----(34)/locking ring-----(40) Cutting control-----(50) Positioning keyhole----(52) Outlet pipe- ----(60) First water inlet one--(242) Base-----(25) Knot-----(252) Second water inlet one--(254) Knot--- one-to-one (31) joint segment----(33) lock knot--(41) perforation-----(51) lock--- (53) --- eleven engagement section (61) 13