M4.21424 五、新型說明： 【新型所屬之技術領域】 本創作係涉及一種應用於控水閥結構中的冷熱水平衡 閥構件，特別是指一種具有防止燙傷功能之創新冷熱水平 衡閥結構空間型態設計者。 、【先前技術】 按，有鑑於傳統雙溫陶瓷闊使用過程中容易因人手誤 扳水龍頭而致水溫瞬間過熱燙傷以及冷熱水壓變化不穩而 ® 致調控水溫不易等問題點，遂有相關業界研發出一種於雙 溫陶瓷閥内部結合有一冷熱水平衡閥之改良式結構型態.。 目前市面上可見設有冷熱水平衡閥的陶瓷閥產品以及 相關技術之專利前案雖已相當眾多，但綜觀而言，仍舊存 在一些問題與缺憾未能改善克服。 一般習知冷熱水平衡閥之構成係包括一固定閥管以及 活動閥芯所構成，該固定閥管二端具有穿口 ，固定閥管二 側則分別縷設有透口以導入冷、熱水，該活動閥芯二端各 形成一内凹槽，該二内凹槽之間藉由一隔板隔開，且該二 φ 内凹槽亦縷設有透口與固定閥管所設透口相通；藉此結構 - 型態，當冷、熱水流各別透過該固定閥管二側透口而通過 活動閥芯的二内凹槽時，基於流速快壓力小、流速慢壓力 大的原理與水流屬性，使得該活動閥芯會隨著冷、熱水流 的流速變化產生橫側向的往復游移運動，進而改變活動閥 '芯與固定閥管二側透口的連通截面積，以達到自動平衡冷 、熱水溫之功能與目的。 然而，習知冷熱水平衡閥於實際應用經驗中發現仍舊 存在下述問題點： 1、 當使用者將水龍頭把手扳動至全熱水模式時，冷水通 過冷熱水平衡閥的部份會完全被阻斷呈流速停滯狀態 M421424 ，此狀態下，冷熱水平衡閥中的活動閥芯雖然會因為 冷水側的壓力較大而完全朝熱水側方向偏移至設定的 盡端位置，以令熱水的流道截靣積縮減至最小狀態， 但此種狀態並無法完全將熱水完全阻斷關閉，亦即此 時熱水還是會持續通過冷熱水平衡閥並沿著陶瓷閥的 熱水導出流路流出水龍頭，如此而造成使用者被燙傷 的嚴重問題。由於多數使用者會認為標榜有冷熱平衡 功能的水龍頭應當不致有被燙傷之虞，因此使用上比 較放心，卻反而容易疏忽對溫度的精確控制，由此更 加突顯前述習知冷熱水平衡閥結構設計上的安全性問 題與缺弊，此顯為相關業界不容忽視的重要技術課題 〇 2、 另一方面，傳統雙溫陶瓷閥一旦整合有冷熱水平衡閥 結構及功能，當使用者完全將水龍頭把手扳動至全冷 水模式時，由於冷熱水平衡閥中的活動閥芯位移方向 會幾乎將冷水流道封閉，如此造成水龍頭的全冷水供 應功能大受影響甚至於喪失之問題與缺弊。 有鑑於此，創作人本於多年從事相關產品之製造開發 與設計經驗，針對上述之目標，詳加設計與審慎評估後， 終得一確具實用性之本創作。 4 M421424 【新型内容】 本創作之主要目的，係在提俣一種具防燙功能 水平衡閥，其所欲解決之問題點，係針對如何研發 更具理想實用性之新式加以思索突破；所述冷熱水 係容設於雙溫陶瓷闊所設一容置空間中，該容置空 位於下端呈間隔配置的冷、熱水導入孔以及位於上 隔配置的冷、熱水導出孔，以及位於二側端之第一 壁及第一側向端壁；該冷熱水平衡閥則包括一固定 # 一活動閥芯，其中該固定閥管包括與第一側向端壁 對之第一端口、與第二側向端壁間隔相對之第二端 冷水導入孔連通之冷水透口、與熱水導入孔連通之 口 ，該第一端口與熱水導出孔連通，第二端口則與 出孔連通；該活動閥芯橫設於固定閥管内呈可橫向 動狀，活動閥怎具第一端及第二端，該第一端内凹 - 水穿槽，第二端内凹形成冷水穿槽，該熱水穿槽與 槽之間藉由隔板隔開，又該熱水穿槽設有熱水穿孔 # 閥管之熱水透口連通，冷水穿槽則設有冷水穿孔與 管之冷水透口連通； 本創作解決問題之技術特點，主要包括：一熱 凸緣，凸設於第一側向端壁，且當活動閥芯之第一 一側向端壁移近時，該熱水擋止凸緣得與第一端呈 相互喪合，構成熱水無法通過的止密狀態；一冷水 量保持部，凸設於第二側向端壁，且當活動閥芯之 朝第二側向端壁移近時，該冷水最小流量保持部會 動閥芯之第二端，使該第二端與第二側向端壁不致 之冷熱 出一種 平衡閥 間包括 端呈間 側向端 閥管及 間隔相 口、與 熱水透 冷水導 往復移 形成熱 冷水穿 與固.定 固定閥 水撞止 端朝第 凹凸狀 取小>/il 第二端 抵靠活 相互靠 M421424 合而留有一最小穿流間隙，令冷水恆常能夠通過該活 芯之冷水穿槽；藉此創新獨特設計，使本創作對照先 術而言，大致可達到如下優點： 1、 當雙溫陶瓷閥切換至全熱水模式時，該冷熱水平 能夠確實擋阻熱水通過而獲致防止燙傷之安全效 2、 當雙溫陶瓷閥切換至全冷水模式時，該冷熱水平 則能夠讓冷水持續通過，藉此，使得雙溫陶瓷閥 因為裝設有冷熱水平衡閥即喪失全冷水供應之功 【實施方式】 請參閱第1至4圖所示，係本創作具防燙功能之 水平衡閥之較佳實施例，惟此等實施例僅供說明之用 專利申請上並不受此結構之限制；所述冷熱水平衡閥 藉以容設於一雙溫陶瓷閥10所預設之一容置空間101( 請參考第2圖）中，該容置空間101包括位於下端呈 配置的冷水導入孔102及熱水導入孔103 、位於上端 隔配置的冷水導出孔104及熱水導出孔105 、位於二 之一第一側向瑞壁12以及一第二側向端壁13 ;該冷熱 衡閥11包括： 一固定閥管20，呈橫置向中空管體型態，包括與 一側向端壁12間隔相對之一第一端口 21、與該第二側 壁13間隔相對之一第二端口 22、與該冷水導入孔102 連通之一冷水透口 23、與該熱水導入孔103對位連通 熱水透口 24，又該第一端口 21係與熱水導出孔105連 該第二端口 22則與冷水導出孔104連通； 一活動閥芯30，呈橫置向组設於該固定閥管20内 勤閥 前技 衡閥 益。 衡閥 不致 能。 冷熱 ，在 11係 此處 間隔 呈間 側端 水平 該第 向端 對位 之一 通， 呈可 6 M421424 橫向往復移動狀態，該活動閥芯30具有一第一端31以及一 第二端32，其中該第一端31内凹形成一熱水穿槽33，該第 二端32内凹形成一冷水穿槽34 '，該熱水穿槽33與冷水穿槽 34之間藉由一隔板35隔開，又該熱水穿槽33設有一熱水穿 孔331與固定閥管20之熱水透口 24對位連通，該冷水穿槽 34則設有一冷水穿孔341與固定閥管20之冷水透口 23對位 連通； 一熱水擋止凸緣40，凸設於該容置空間101的第一側 向端壁12，且當活動閥芯30之第一端31朝該第一側向端壁 12移近時，該熱水擋止凸緣40得與第一端31呈凹凸狀相互 嵌合，構成熱水無法通過的止密狀態；本實施例之熱水擋 止凸緣40係為一圓形凸出環體型態者； 一冷水最小流量保持部50，凸設於該容置空間101的 第二側向端壁13，且當活動閥芯30之第二端32朝該第二側 向端壁13移近時，該冷水最小流量保持部50會抵靠活動閥 芯30之第二端32，使該第二端32與第二側向端壁13不致相 互靠合而留有一最小穿流間隙W ，令冷水恆常能夠通過該 活動閥芯30之冷水穿槽34 ;本實施例之冷水最小流量保持 部50係為設於該第二側向端壁13至少一凸塊體所構成之型 藉此，當該雙溫陶瓷閥10切換至全熱水模式時，該冷 熱水平衡閥11能夠確實擋阻熱水通過而獲致防止燙傷之安 全效益，而當雙溫陶瓷閥10切換至全冷水模式時，該冷熱 水平衡閥11則能夠讓冷水持續通過。 進一步地，該雙溫陶瓷閥10底部係可包括一高腳式底 座60 (請配合參考第2 、3圖所示），該高腳式底座60之 底端61設有一進水管組容槽62以供一組合式進水管組63組 裝定位，該組合式進水管組63包括一冷水管體631及一熱 水管體632所組合構成，該高腳式底座60底端61 —偏側處 設有間隔配置的二凸伸腳座633 ，該二凸伸腳座633底端 7 M4.21424 均設有嵌插凸柱634 ，其中組合式進水管組63之冷、熱水 管體631 、 632均包括下端呈間隔配置的下管口 66、對應 组接密合於進水管組容槽62上端呈間隔配置的上管口 65以M4.21424 V. New description: 【New technical field】 This creation relates to a cold and hot water balance valve component used in the structure of water control valve, especially an innovative cold water balance valve structure space with anti-scalding function. Type designer. [Previous technology] According to the traditional double-temperature ceramics, it is easy to cause the water temperature to be overheated and burned due to the wrong use of the faucet, and the cold and hot water pressure is unstable and the water temperature is not easy to adjust. The related industry has developed an improved structural type that incorporates a cold water balance valve inside the dual temperature ceramic valve. At present, there are quite a few pre-existing patents for ceramic valve products and related technologies with hot and cold water balance valves. However, there are still some problems and shortcomings that cannot be improved. The conventional cold water balance valve is composed of a fixed valve tube and a movable valve core. The fixed valve tube has a through hole at two ends, and the two sides of the fixed valve tube are respectively provided with a through hole for introducing cold and hot water. The two ends of the movable valve core each form an inner groove, and the two inner grooves are separated by a partition, and the two inner grooves are also provided with a through opening and a through hole of the fixed valve tube. By the same structure, when the cold and hot water flows respectively pass through the two inner grooves of the movable valve core through the two sides of the fixed valve tube, the principle is based on the small flow velocity, low pressure and large pressure. The flow property makes the movable spool generate a lateral lateral reciprocating movement with the flow velocity of the cold and hot water flow, thereby changing the communication cross-sectional area of the movable valve 'core and the fixed valve tube two sides to achieve automatic balance. The function and purpose of cold and hot water temperature. However, the conventional cold water balance valve has found that the following problems still exist in the practical application experience: 1. When the user pulls the faucet handle to the full hot water mode, the part of the cold water passing through the cold water balance valve will be completely Blocking the flow rate stagnation state M421424. In this state, the active spool in the hot and cold water balance valve will be completely displaced toward the hot water side to the set end position because of the large pressure on the cold water side. The flow channel interception is reduced to a minimum state, but this state does not completely shut off the hot water completely, that is, the hot water will continue to flow through the hot and cold water balance valve and along the hot water of the ceramic valve. The road flows out of the faucet, which causes serious problems for the user to be burnt. Since most users will think that the faucet with hot and cold balance function should not be burnt, it is safer to use, but it is easy to neglect the precise control of temperature, which further highlights the structure design of the above-mentioned conventional hot and cold water balance valve. On the safety issues and shortcomings, this has become an important technical issue that the industry can't ignore. 2 On the other hand, once the traditional dual-temperature ceramic valve integrates the structure and function of the hot and cold water balance valve, when the user completely puts the faucet handle When the whole cold water mode is pulled, the displacement direction of the movable spool in the hot and cold water balance valve will almost close the cold water flow channel, which causes the full cold water supply function of the faucet to be greatly affected or even lost. In view of this, the creator has been engaged in the manufacturing development and design experience of related products for many years. After detailed design and careful evaluation of the above objectives, the creator will have a practical and practical creation. 4 M421424 [New content] The main purpose of this creation is to improve the water balance valve with anti-scalding function. The problem to be solved is to think about how to develop a new formula with more ideal practicability; The hot and cold water system is disposed in a accommodating space of the double-temperature ceramics, and the vacant space is located at the lower end of the cold and hot water introduction hole arranged at intervals, and the cold and hot water outlet holes located in the upper partition, and located at the second a first wall of the side end and a first lateral end wall; the hot and cold water balance valve includes a fixed #-active spool, wherein the fixed valve tube includes a first port opposite the first lateral end wall, and a second side port is connected to the cold water inlet port of the second end cold water introduction hole and a port communicating with the hot water introduction hole, the first port is connected to the hot water outlet hole, and the second port is connected to the outlet hole; The movable valve core is transversely movable in the fixed valve tube, and the movable valve has a first end and a second end. The first end is concave-water through the groove, and the second end is concavely formed to form a cold water through groove. The water passing groove and the groove are separated by a partition, and Hot water perforation is provided with hot water perforation # The hot water of the valve tube is connected to the mouth, and the cold water is perforated with the cold water perforation and the cold water of the tube. The technical features of the solution to solve the problem include: a hot flange And protruding from the first lateral end wall, and when the first side of the movable valve core moves closer to the end wall, the hot water stopping flange is mutually comminuted with the first end, and the hot water cannot pass a cold water holding portion protruding from the second lateral end wall, and the cold water minimum flow holding portion moves the valve core when the movable valve core moves closer to the second lateral end wall The two ends are such that the second end and the second lateral end wall are not cooled and heated out. A balance valve includes an end-to-side lateral end valve tube and a spacing phase port, and the hot water permeable cold water guide reciprocates to form hot cold water. The fixed water stop of the fixed valve is small toward the concave and convex shape>/il the second end abuts against the M421424 and leaves a minimum flow gap, so that the cold water can always pass through the cold water of the live core. With this innovative and unique design, this creation is roughly comparable to the first The following advantages are as follows: 1. When the dual temperature ceramic valve is switched to the full hot water mode, the hot and cold level can surely block the passage of hot water and achieve the safety effect of preventing burns. 2. When the double temperature ceramic valve is switched to the full cold water mode, The cold and hot level allows the cold water to continue to pass, thereby making the double-temperature ceramic valve lose the full cold water supply due to the installation of the hot and cold water balance valve. [Embodiment] Please refer to Figures 1 to 4 for the creation. A preferred embodiment of the water balance valve with anti-scalding function, but the embodiments are for illustrative purposes only and are not limited by the structure; the hot and cold water balance valve is accommodated in a double-temperature ceramic valve In one of the preset ones of the accommodating spaces 101 (refer to FIG. 2), the accommodating space 101 includes a cold water introduction hole 102 and a hot water introduction hole 103 disposed at the lower end, and a cold water outlet hole 104 disposed at the upper end. And a hot water outlet hole 105, one of the first side of the second side of the wall 14 and a second side wall 13; the cold and heat balance valve 11 comprises: a fixed valve tube 20, transversely oriented to the hollow tube type State, including between the side wall 12 a first port 21, a second port 22 opposite to the second side wall 13, a cold water port 23 communicating with the cold water introduction hole 102, and a hot water through the hot water introduction hole 103 The port 24, the first port 21 is connected to the hot water outlet hole 105, and the second port 22 is connected to the cold water outlet hole 104. A movable valve core 30 is disposed transversely to the fixed valve tube 20 The former technical balance valve benefits. The balance valve does not work. Hot and cold, in the 11-series, the interval between the first end and the end of the first end is in a horizontal reciprocating state, the movable spool 30 has a first end 31 and a second end 32, wherein The first end 31 is recessed to form a hot water passage groove 33. The second end 32 is recessed to form a cold water passage groove 34'. The hot water passage groove 33 and the cold water passage groove 34 are separated by a partition plate 35. Further, the hot water through slot 33 is provided with a hot water perforation 331 in alignment with the hot water opening 24 of the fixed valve tube 20, and the cold water through slot 34 is provided with a cold water perforation 341 and a cold water opening of the fixed valve tube 20. 23 in the position of communication; a hot water stop flange 40 protruding from the first lateral end wall 12 of the accommodating space 101, and when the first end 31 of the movable valve core 30 faces the first lateral end wall When the vehicle is approaching, the hot water stopping flange 40 is fitted into the first end 31 in a concave-convex manner to form a dense state in which the hot water cannot pass; the hot water stopping flange 40 of the embodiment is a a circular convex ring body type; a cold water minimum flow holding portion 50 protruding from the second lateral end wall 13 of the accommodating space 101, and when the movable valve When the second end 32 of the 30 is moved toward the second lateral end wall 13, the cold water minimum flow holding portion 50 abuts against the second end 32 of the movable spool 30 such that the second end 32 and the second lateral direction The end walls 13 do not abut each other to leave a minimum flow gap W, so that cold water can pass through the cold water through the movable spool 30. The cold water minimum flow holding portion 50 of the embodiment is provided in the second The lateral end wall 13 is formed by at least one convex body. When the double temperature ceramic valve 10 is switched to the full hot water mode, the hot and cold water balance valve 11 can surely block the passage of hot water to prevent burns. Safety benefits, and when the dual temperature ceramic valve 10 is switched to the full cold water mode, the cold water balance valve 11 allows cold water to continue to pass. Further, the bottom of the dual-temperature ceramic valve 10 may include a high-legged base 60 (please refer to the drawings 2 and 3), and the bottom end 61 of the high-legged base 60 is provided with a water inlet assembly groove 62. For assembly and positioning of a combined water inlet pipe group 63, the combined water inlet pipe group 63 comprises a combination of a cold water pipe body 631 and a hot water pipe body 632. The bottom end 61 of the high foot base 60 is provided at the side of the side. The two protruding legs 633 are disposed at intervals, and the bottom ends 7 M4.21424 of the two protruding legs 633 are respectively provided with inserting protrusions 634, wherein the cold and hot water pipes 631 and 632 of the combined water inlet pipe group 63 are included. a lower nozzle 66 disposed at a lower end in a spaced-apart manner, and an upper nozzle 65 disposed at a spacing from the upper end of the inlet pipe assembly groove 62
32水626合相組2邊裝此 形 63熱槽框組邊管62等安藉 情 、冷容環該側水槽不組， 動 31該組狀使65近凹之63入 作 6 供管凸以 口由合置組裝 用 體成水該，管藉嵌設管法 使 管形進且2 上，呆所水無 之 水定該，623267防邊進即。作 熱界，成槽63緣之側式誤能創 、部t形凹、凸邊65合錯功本 冷内其定合1合等口組向之就 該於；界嵌63嵌不管該方呆茲 中係01對呆體呆置上當裝防， 其，10相防管防設2 ，組到計 ，後間所之水之所63合若達設 64合空1邊熱邊上、配，而成 邊組置62等、等1 1 互時進組 靠靠容框不冷不6263相62誤構 併對之環有之有框體67槽錯結 之相設狀設63設環管緣容向述 狀64容凸段組處狀水凸組方上： 口邊11一區管合凸熱合管裝由下 開靠閥由部水配62、山肷水安藉如 呈併衡藉局進應槽冷呆進免 明 及之平係21式對容與防至避 說 如第5圖所示，.當使用者切換至全熱水狀態時，藉由 φ 該活動闊芯30朝該第一側向端壁12移近，使熱水擋止凸緣 - 40與活動閥芯30第一端31呈凹凸狀相互嵌合而使熱水L1無 法通過，藉以獲致防止燙傷之安全效益。 如第6圖所示，當使用者切換至全冷水狀態時，藉由 該活動閥芯30朝第二側向端壁移13近，使冷水最小流量保 持部50能夠抵靠活動閥芯30之第二端32，使該第二端32與 第二側向端壁13不致相互靠合而留有一最小穿流間隙W ， 令冷水L2恆常能夠通過活動閥芯30之冷水穿槽34，以保持 冷水出水功能= 本創作之優點（如次一頁所述）： 8 料.2142432 water 626 combined phase group 2 side installed this shape 63 hot trough frame group side tube 62 and other security, cold capacity ring, the side sink is not set, move 31 the group makes 65 near concave 63 into 6 tube convex The water is formed by the joint assembly body, and the tube is formed into the tube by means of the embedded tube method, and the water is left in the water, and the 623267 is prevented from entering the side. As the hot boundary, the side of the groove 63 is mis-created, the t-shaped concave, and the convex edge 65 are combined with the wrong work, and the combination of the right and the right is the same; the boundary is embedded in the square. In the middle of the line, 01 pairs of the body are left in the armor, and the 10-phase anti-pipe is set to 2, the group is counted, and the water in the back room is 63. If the water is on the side of the hot side, , the edge group is set to 62, etc., etc. 1 1 mutual time into the group depends on the frame is not cold, not 6263 phase 62 misconfiguration and the ring has a frame 67 groove staggered phase set 63 set ring tube The edge is oriented to the 64-shaped convex segment group on the water-convex group: the mouth 11 is a tube-convenient heat-sealing tube installed by the lower opening valve by the water distribution 62, the mountain water is as good as The borrowing station enters the tank and stays in the cold and enters the clear and the flat type 21 type and the anti-avoidance as shown in Figure 5, when the user switches to the full hot water state, by the φ the active wide core 30 Moving toward the first lateral end wall 12, the hot water stopping flange 40 and the first end 31 of the movable valve body 30 are fitted in a concave-convex shape so that the hot water L1 cannot pass, thereby achieving safety against burns. benefit. As shown in FIG. 6, when the user switches to the fully cold water state, the cold water minimum flow holding portion 50 can be abutted against the movable spool 30 by moving the movable spool 30 toward the second lateral end wall 13 The second end 32 is such that the second end 32 and the second lateral end wall 13 do not abut each other to leave a minimum flow gap W, so that the cold water L2 can always pass through the cold water through the movable valve core 30 to Keep cold water effluent function = the advantages of this creation (as described on the next page): 8 material.21424
'要错由該容置空間第一側向端壁1¾設有所述 止凸％•之技銜特徵’以當活動間芯之第一端朝 向端壁移近時’該熱水擋土凸緣得與第—端至 相互裁合，構成熱水無法通過的止密肤態；藉 獨特結構型態設計’使本創作對照【先前技術 ㊂知技術而言，當雙溫陶瓷閥切換至全熱水模 該冷熱水平衡閥能夠確實擋阻熱水通過，進而 止烫傷之安全效益與實用進步性。 2、'To be wrong, the first lateral end wall 126 of the accommodating space is provided with the feature of the sag %' to move the water retaining convex when the first end of the movable core is moved toward the end wall The edge and the first end are mutually spliced to form a tight-toned skin state that cannot be passed by the hot water; the design of the unique structure is used to make the creation contrast. [In the prior art, the dual-temperature ceramic valve is switched to the full The hot water model of the hot water balance valve can reliably block the passage of hot water, thereby preventing the safety benefit and practical progress of the burn. 2,
邊^谷置空間之第二側向端壁凸設有所述 流量保持部之技術特徵，以當活動閭芯之第 二側向端壁移近時，該冷水最小流量保持部 活動間芯之第-始 功扣万土 使該第二端與第二側 才互#合而留有一最穿 .a ,, 取〗牙机間隙，令冷水 通過S玄活動閥芯之A π 7 k穿槽；藉此創新獨特 =又。t 使本創作對昭rU ，舍雜，θ …、【先刖技術】所提習知 田又咖陶瓷閥切 糾伯雀外仏 玉王令水杈式時，該冷 間仍“夠讓冷水持續 在裝設有冷熱水平1;错此便-雙 /§之功能Α 卞衡閃之條件下，仍能提供 應之力-而特具有實兩進步性。 上述實施你j 透過特定的銜言吾 範圍；熟悉此項 則後對其進行變 修改，皆應涵蓋 ^佝不者係藉以具體說明本 說明，當不能以此限定 |蚵領域人士當可在瞭解本 與修改而達到等效之目的 、郭后所述申請專利範圍所 熱水擋 第一側 凹&狀 此創新 】所提 式時， 達到防 水最小 端朝第 夠抵靠 端壁不 常能夠 構型態 .術而言 1水平衡 陶瓷閥 冷水供 文中雖 之專利 神與原 變更與 舞中。 9 M421424 【圖式簡單說明】 第1圖：本創作具防燙功能之冷熱水平衡閥剖面示意.圖= 第2圖：本創作高腳式底座結構組合之分解立體圖。 第3圖：本創作高腳式底座結構组合底部之組合狀態立體 圖。 第4圖：本創作具防燙功能之冷熱水平衡閥水流通過狀態 _ 構造剖面示意圖。 第5圖：本創作具防燙功能之冷熱水平衡閥當熱水全開内 ‘部結構作動别面狀態圖。 • 第6圖：本創作具防燙功能之冷熱水平衡閥當冷水全開内 部結構作動剖面狀態圖。 【主要元件符號說明】 10 10 2 10 4 2 0 2 2 2 4 3 0The second side end wall of the edge space is convexly provided with the technical feature of the flow maintaining portion, so that when the second lateral end wall of the movable core is moved closer, the cold water minimum flow holding portion is movable between the cores The first-first power buckles the earth to make the second end and the second side only merge with each other and leave a most wearable. A , , take the gap of the tooth machine, so that the cold water passes through the A π 7 k slot of the S-shaped active valve core. By this innovation unique = again. t Make this creation to the Zhao RU, the miscellaneous, the θ ..., the [First Technology], the knowledge of the field, the ceramics, the ceramic valve, the correction, the singularity, the singularity, the cold room is still "enough to allow the cold water to continue to be installed." There are hot and cold levels 1; the wrong one - double / § function 卞 卞 卞 闪 之 之 仍 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , This item shall be modified afterwards, and shall be covered by ^. If not, the description shall be specifically explained. When it is not possible to limit this, the person in the field may achieve the equivalent purpose in understanding this and the amendment, Guo Hou. In the patent application scope, the first side concave & shape of this hot water is raised. When the type is raised, the minimum end of the waterproofing is reached. The first end of the wall is not able to conform to the end wall. The water balance ceramic valve is cold. Although the patent god and the original change and dance in the essay. 9 M421424 [Simple description of the figure] Figure 1: The outline of the cold and hot water balance valve with anti-scalding function. Figure = Figure 2: The creation of the high-legged An exploded perspective view of the base structure combination. Figure 3: This The perspective view of the combined state of the bottom of the combination of the high-top base structure. Figure 4: The water flow through the state of the cold and hot water balance valve with anti-scalding function _ The structure is schematic. Figure 5: The cold and hot water balance of the anti-scalding function Valve when the hot water is fully open inside the 'section structure to move the other state diagram. · Figure 6: This is the creation of the anti-scalding function of the hot and cold water balance valve when the cold water is fully open internal structure actuation profile state diagram. [Main component symbol description] 10 10 2 10 4 2 0 2 2 2 4 3 0
雙溫陶瓷閥 冷水導入孔 冷水導出孔 冷熱水平衡間 第二側向端壁 固定閥管 第二端口 熱水透口 活動閥芯 弟-—端 熱水穿孔 冷水穿槽 34 熱水擋止凸緣 40 高腳式底座 60 進水管組容槽 防呆敌合凹槽 容置空間 101 熱水導入孔 1〇3 熱水導出孔 105 第一側向端壁 12 第一.端口 21 冷水透口 23 第一端 31 熱水穿槽 33 冷水穿礼 341 隔板 3 5 最小流量保持部 5〇 底端 6 1 凸狀環框 62 組合式進水管組 63 10 M421424Double temperature ceramic valve cold water introduction hole cold water outlet hole cold and hot water balance room second lateral end wall fixed valve tube second port hot water through port active valve core - end hot water perforated cold water through slot 34 hot water stop flange 40 high-legged base 60 inlet pipe set tank anti-dead enemy groove accommodation space 101 hot water introduction hole 1〇3 hot water outlet hole 105 first side end wall 12 first. port 21 cold water permeate 23 One end 31 hot water through slot 33 cold water gift 341 partition 3 5 minimum flow holding part 5 〇 bottom end 6 1 convex ring frame 62 combined inlet pipe set 63 10 M421424
冷水管體 凸伸腳座 併靠邊 下管口 最小穿流間隙 冷水 熱水管體 喪插&柱 上管口 防呆裁合凸緣 熱水Cold water pipe body protruding foot seat and side edge lower pipe mouth minimum flow gap cold water heat pipe body shackle & column upper nozzle anti-slipping flange hot water