M330395 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種「水龍頭冷熱水控制閥結構(一）」，尤指其能平衡水 龍頭内冷、熱水之水壓’以避免-方水量驟減，即造成使用者被烫傷或受 寒感冒者。 【先前技術】 按’目前常見之混合式水龍頭’ 一般只限於冷、熱水混合裝置之設計， 對於水壓異常之改變(如同一楝住宅或同一樓層有多人同時使用時），則無 法主動的調壓，使水溫容易發生驟冷驟熱之情形；尤其是在冬天，若熱水 水壓大然變小，將導致其流量銳減，使混合式水龍頭流出的水溫會跟著變 低，再繼續使用，即易導致感冒，相反的，若是冷水水壓突然變小，則水 溫會突然昇高，如此，則又會有使用者被燙傷的危險。 疋以，如何在冷、熱水水壓突然改變時，即主動調壓，以避免發生驟 冷驟熱的情形，使用起來將相對舒適，乃係本創作人所欲改良之問題所在。 故本創作人有鑑於此，乃思及創作的意念，遂以多年的經驗加以設計， 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】 解決問題之技術特點： 本創作提供一種水龍頭冷熱水控制閥結構(一），其包含有：一切控桿 組、一出水蓋、二止水套、一控制閥座、二容置套、一間隔件及一活動軸 心’其中，切控桿組係在一閥蓋之中央内穿設有一往上延伸出之切控桿， M330395 切控桿並與微調裝置連動，閥蓋之周緣一侧上則形成有一缺口，出水蓋係 在一底盤頂面中央延伸有一套管，下方則扣結有一與其外形相同之間片， 且該底盤與閥片中央左右二對正處均分別設有一冷水調溫孔與一熱水調溫 孔’該冷水調溫孔與熱水调溫孔並設呈反向的牛角狀，二止水套中央分別 設有一冷水流通孔與一熱水流通孔，該冷、熱水流通孔並設呈階狀，以在 其内部均套設有一彈簀，控制閥座頂面一侧上設有一凸塊，内部形成為容 置空間，容置空間下方設有一具適當深度且為長橢圓狀之槽室，讓槽室之 ’二長邊外與容置空間之内壁間能構成貫通狀之出水流道，該槽室並凸出於 控制閥座外’及其頂面係a又有^一相隔之水流孔，二容置套係呈相面對狀， 内侧均設有一圓孔槽，該圓孔槽下方設有入水孔，上方則設有出水孔，及 其入、出水孔外方均套設有一止水墊圈，間隔件平行其軸向設有一貫孔， 兩側則分別設有與貫孔相通之第一切槽與第二切槽，活動軸心兩侧分別具 有一第一軸心孔與一第二軸心孔，讓第一、二軸心孔外方能形成為一第一 _封阻緣與一第二封阻緣，藉此，俾以得到水龍頭冷熱水控制閥結構(一）者。 對照先前技術之功效·· - (一）本創作提供水龍頭冷熱水控制閥結構(一），其冷熱水控制閥能主 動穩壓，以避免因為一端之水壓驟減，即造成水溫忽冷忽熱之現象，故使 用起來將相對舒適，在使用時亦不會有被烫傷或受寒感冒之虞慮產生者。 (二)本創作提供水龍頭冷熱水控制閥結構(一），其容置套、間隔件、 活動軸心係直接内藏於控制閥座中，故在水龍頭出廠時，就能直接具有平 衡水壓之效用，而不需為了穩壓再額外加裝，俾以達使用之多機能性者。 M330395 【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】列舉實施例，詳述說明如后·· 首先’先請由第一、二、三圖所示觀之，其包含有：一切控桿組（10)、 一出水蓋(20)、二止水套(30)、一控制閥座(40)、二容置套(50)、一間隔 件(60)及一活動軸心（70)，其中，切控桿組(1〇)係在一閥蓋（11)之中央内 穿設有一往上延伸出之切控桿（12)，切控桿（12)並與微調裝置（13)連動， ®閥蓋（11)之周緣一側上則形成有一缺口（111)，出水蓋(20)係在一底盤(21) 頂面中央延伸有一套管（22)，下方則扣結有一與其外形相同之閥片（23)， 且該底盤（21)與閥片（23)中央左右二對正處均分別設有一冷水調溫孔 (211)(231)與一熱水調溫孔(212)(232)，該冷水調溫孔(211)(231)與熱水 调溫孔(212)(232)並設呈反向的牛角狀，二止水套(3〇)中央分別設有一冷 水流通孔(301)與一熱水流通孔(302)，該冷、熱水流通孔(301)(302)並設 籲呈階狀，以在其内部均套設有一彈簧(31)，控制閥座(4〇)頂面一侧上設有 一凸塊(401)，内部形成為容置空間（41)，容置空間（41)下方設有一具適當 -/木度且為長橢圓狀之槽室（42)，讓槽室（42)之二長邊外與容置空間（41)之 -内壁間能構成貫通狀之出水流道(43)，該槽室（42)並凸出於控制閥座(4〇) 外，及其頂面係設有二相隔之水流孔(421)，二容置套(50)係呈相面對狀， 内側均設有一圓孔槽（51)，該圓孔槽（51)下方設有入水孔(52)，上方則設 有出水孔(53),及其入、出水孔(52)(53)外方均套設有一止水墊圈（54)， 間隔件(60)平行其轴向設有一貫孔(61)，兩侧則分別設有與貫孔(61)相通 M330395 之第一切槽(62)與第二切槽(63)，活動軸心(70)兩侧分別具有一第一軸心 孔(71)與一第二軸心孔(72),讓第一、二轴心孔(71)(72)外方能形成為一 第一封阻緣(73)與一第二封阻緣(74)。 其結構之組合，復請由第一圖搭配第四圖及第五圖所示觀之，出水蓋 (20)係以套管（22)而穿套並固結在切控桿(12)之下方外，讓出水蓋(2〇)能 被切控桿（12)帶動而旋轉，再將切控桿組(1〇)以缺口（in)對正於控制閥座 (40)凸塊(401)之形態，而蓋設於控制閥座（4〇)上，活動軸心（7〇)則套合在 •間隔件(60)之貫孔(61)，令其可在間隔件(6〇)中做軸向自由移動後，再一 起穿入於二容置套(50)之圓孔槽(51)，讓間隔件(60)暨活動軸心（7〇)能被 二容置套(50)夾置於其間，及能讓二容置套(5〇)之入、出水孔(52)(53)分 別與第一、二切槽(62)(63)和第一、二軸心孔(71)(72)相對，最後再將二 止水套(30)連同彈簧(31)—起置入於二容置套(5〇)之出水孔(53)，二容置 套(50)則置入於控制閥座(4〇)之槽室（42)内結合，令止水套(3〇)能穿過控 _制閥座(40)之水流孔(421)，並受到彈簧(31)之撐抵，而確實密合於閥片（23) 底端，如此，即能獲得該冷熱水控制閥者。 ‘ 藉由上述結構，其實際使用時，續請由第六圖及第七圖所示觀之，當 v轉動水綱上之把手時，係可賤過她桿⑽帶動出水蓋⑽，再利用 出水蓋(20)帶動底盤⑵）與閥片（23)在二止水套⑽)上轉動，該轉動之過 程可令冷糊溫孔⑵1)(231)、熱棚溫孔⑵2)⑵2)離開冷、熱水流通 孔(301)(302)，或是配合通設冷、熱水流通孔(3〇1)(3〇2)，該配合之程度 係依照冷水調溫孔(211)(231)、熱水調溫孔⑵2)(232)反向牛角狀之造型 M330395 與冷、熱水ml通孔(301)(302)相對之開口大小而定，不同之配合比例具有 不同之溫度出水，該冷水是由其令一容置套(5〇)之入水孔(52)導入，並通 過第-城(62)、第-軸^孔⑺）與該容置套⑽)之出水孔(53)後，而進 入冷水流通孔(3〇1)，熱水則是由另外一容置套(5〇)之入水孔(52)導入，並 通過第二切槽(63)、第二軸心孔(72)與該容置套(5〇)之出水孔⑽後，而 進入熱水流通孔(302)，冷、熱水流通孔（3〇1)(3〇2)是與冷水調溫孔 (211)(231)、熱水調溫孔(212)(232)相通設，使調整後之冷、熱水能由冷 .水调/m孔(211)(231)、熱水調溫孔(212)(232)流出，並在容置空間（41)内 相混合，混合後之水流並能從出水流道(43)流出，據以提供使用。 另在使用時，如果有一端供水不正常，例如熱水流量突然變小或是異 常停止流通，其活動轴心（7〇)就會立刻發揮作用，因一端水流變小或斷水 時，該端之水壓就會驟減或消失，而流量正常之一端就會具有較大的水壓 鈿力於活動軸心（70)上，讓活動軸心（7〇)會被此水壓壓力推往流量異常之 ^方向，造成活動軸心(70)之第-封阻緣⑽會將第一切槽⑽)遮蔽住，或 完全遮斷(請同時由第八圖所示觀之），使冷水流量也變小，甚至是斷流， 以達到穩定水溫之目的，相對能防止使用者受寒感冒，而當熱水恢復正常 -流量時(請同時由第九圖所示觀之），會因為熱水水壓又再增加之故，而將 活動轴心（70)回推，讓活動軸心（70)能受到冷、熱水壓平衡之作用，而保 持在中間位置，冷、熱水道將隨之暢通，相對能在不改變水溫哺形下恢 復正常供水；反之，若冷水流量突然變小或是異常停止流通，其活動軸心 (70)亦會反向被推動，據此將能防止使用者被烫傷者。 M330395 又，容置套(50)之内侧係設有或凸或凹之卡榫(55)與卡孔(56)，當二 容置套(50)對合時，將能令其相插崁固定者。 藉上述具體實施例之結構，可得到下述之效益：（一）其冷熱水控制閥 能主動穩壓，以避免因為一端之水壓驟減，即造成水溫忽冷忽熱之現象， 故使用起來將相對舒適，在使用時亦不會有被燙傷或受寒感冒之虞慮產生 者，（二)其容置套(5〇)、間隔件(60)、活動軸心係直接内藏於控制閥 座（40)中，故在水龍頭出廠時，就能直接具有平衡水壓之效用，而不需為 • 了穩壓再額外加裝，俾以達使用之多機能性者。 綜上所述，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，同時又能夠達到產業上之利用性與進步性，且本創料見於任何刊物， 亦具新穎性，當符合專利法相關法條之規定，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，鶴本創作之—較佳實施_已，當不能以之限定本 籲創作實施之範圍；即大凡依本創作憎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。 M330395 【圖式簡單說明】 第一圖：係本創作之立體組合圖。 第二圖：係本創作之立體分解圖。 第三圖：係本創作控制閥座之立體放大透視圖。 第四圖：係本創作之組合剖面圖。 第五圖：係本創料—角度之組合剖面圖。 第六圖：係本創作調整出水之動作圖。 第七圖：係本創作出水之狀態圖。 第八圖：係本創作水壓推抵活動軸心移動之狀態示意圖。 第九圖：係本創作水壓平衡暨將活動軸心回推之狀態示意圖。 閥蓋-----（11) 切控桿一一一一（12) 底盤-----（21) 熱水調溫孔——（212) 閥片-----（23) 熱水調溫孔一一（232) 冷水流通孔一一（301) 彈簧-----（31) 【主要元件符號說明】 本創作部份： 缺口 (10)(111) 微調裝置一〜〜（13) 出水蓋一一〜〜彳20 > 冷水調溫孔〜^ 套管一一一 (22) (30) 熱水流通孔〜〜（洲2) 12 M330395 控制閥座---（40) 容置空間---（41) 水流孔----（421) 容置套----（50) 入水孔----（52) 止水墊圈---（54) 卡孔-----（56) • 間隔件----（60) 第一切槽---（62) 活動轴心---（70) 第二轴心孔--（72) 第二封阻緣--（74) 凸塊---- -(401) 槽室---- -(42) 出水流道-- -(43) 圓孔槽--- -(51) 出水孔--- -(53) 卡榫 - -(55) 貫孔---- -(61) 第二切槽-- -(63) 第一轴心孔一 -(71) 第一封阻緣一 -(73) 13M330395 VIII. New Description: [New Technology Field] This creation is related to the structure of a faucet hot and cold water control valve (1), especially its ability to balance the water pressure of cold and hot water in the faucet to avoid - square water A sudden drop, that is, a person who is burnt or has a cold. [Prior Art] According to the 'currently common hybrid faucet', it is generally limited to the design of cold and hot water mixing devices. If the water pressure abnormality changes (such as when the same house or multiple people on the same floor are used at the same time), they cannot take the initiative. The pressure regulation makes the water temperature prone to sudden cooling and sudden heating; especially in winter, if the hot water pressure is greatly reduced, the flow rate will be sharply reduced, and the water temperature of the mixed faucet will be lower. If you continue to use it, it will easily lead to a cold. On the contrary, if the cold water pressure suddenly becomes smaller, the water temperature will suddenly rise, and there is a danger that the user will be burnt. In other words, how to adjust the pressure when the water pressure in the cold and hot water suddenly changes, to avoid the occurrence of sudden cooling and heat, is relatively comfortable to use, which is the problem that the creator wants to improve. Therefore, in view of this, the creator of this creator and his creative ideas have been designed with many years of experience. After many discussions and trials of sample tests, and many revisions and improvements, this creator was launched. [New content] Technical features to solve the problem: This creation provides a faucet hot and cold water control valve structure (1), which includes: all control rod group, one water outlet cover, two water stop sleeve, one control valve seat, two accommodation a sleeve, a spacer and a movable shaft, wherein the cutting lever group is provided with a cutting lever extending upward in a center of the valve cover, and the M330395 is controlled by the trimming lever and is coupled with the fine adjustment device, and the valve cover is A notch is formed on one side of the circumference, the water outlet cover has a sleeve extending from the center of the top surface of the chassis, and the lower portion is buckled with a piece having the same shape, and the chassis and the center of the valve plate are respectively disposed at right and left alignments. There is a cold water temperature adjustment hole and a hot water temperature adjustment hole. The cold water temperature adjustment hole and the hot water temperature adjustment hole are arranged in a reverse horn shape, and a cold water circulation hole and a hot water circulation hole are respectively arranged in the center of the second water stop sleeve. The cold and hot water circulation holes are arranged in a step shape so as to have a magazine in the inner side of the valve seat, and a convex block is arranged on the top surface of the control valve seat, and the inside is formed as a receiving space, and the storage space is arranged below Has a proper depth and is oval The trough chamber allows the outer wall of the 'long side of the trough chamber and the inner wall of the accommodating space to form a through-flow passage, which protrudes out of the control valve seat and its top surface a Separated water flow holes, the two accommodating sleeves are facing each other, and a circular hole groove is arranged on the inner side, and a water inlet hole is arranged below the circular hole groove, and a water outlet hole is arranged at the upper side, and the inlet and outlet holes are externally The sleeve is provided with a water stop washer, the spacer is provided with a consistent hole parallel to the axial direction thereof, and the first slot and the second slot are respectively connected to the through hole on both sides, and the first axis of the movable shaft has a first axis respectively The core hole and a second axial hole allow the first and second axial holes to be formed as a first sealing edge and a second sealing edge, thereby obtaining a faucet hot and cold water control valve structure (a). According to the efficacy of the prior art·· - (1) The creation provides the structure of the faucet hot and cold water control valve (1), and the hot and cold water control valve can be actively regulated to avoid the water temperature being suddenly reduced due to the sudden decrease of the water pressure at one end. The phenomenon of sudden heat, so it will be relatively comfortable to use, and there will be no fear of being burnt or cold. (2) The creation provides the structure of the faucet hot and cold water control valve (1). The accommodating sleeve, the spacer and the movable shaft are directly embedded in the control valve seat, so that the faucet can directly have the equilibrium water pressure when it leaves the factory. The utility of the utility model, without the need for additional regulation for the voltage regulation, is used for the versatility of the use. M330395 [Embodiment] In order to enable your review committee to have a better understanding and understanding of the purpose, features and effects of this creation, please follow the [Simplified description of the drawings] to enumerate the examples, and explain the details as follows. First, please see the first, second and third figures, which include: all the control rod group (10), a water outlet cover (20), two water stop sleeves (30), a control valve seat (40), a receiving sleeve (50), a spacer (60) and a movable axis (70), wherein the cutting lever group (1〇) is extended in a center of a valve cover (11) The control lever (12) is cut out, and the control lever (12) is interlocked with the fine adjustment device (13). A notch (111) is formed on the peripheral side of the bonnet (11), and the water outlet cover (20) is attached. A chassis (21) has a sleeve (22) extending from the center of the top surface, and a valve piece (23) having the same shape as that of the bottom plate (21), and the center plate of the chassis (21) and the valve plate (23) are aligned with each other. There is a cold water temperature adjusting hole (211) (231) and a hot water temperature adjusting hole (212) (232), the cold water adjusting hole (211) (231) and the hot water adjusting hole (212) (232) And set in a reverse horn a cold water circulation hole (301) and a hot water circulation hole (302) are respectively disposed in the center of the water stop sleeve (3〇), and the cold and hot water circulation holes (301) (302) are arranged in a stepped manner to A spring (31) is disposed on the inner side of the control valve seat (4〇), and a protrusion (401) is disposed on the top side of the control valve seat (4〇), and the interior is formed as an accommodation space (41), and the accommodation space (41) is disposed below There is a tank chamber (42) having a suitable -/woodiness and a long elliptical shape, so that the long side of the tank chamber (42) and the inner wall of the accommodating space (41) can form a through-flow passage ( 43), the tank chamber (42) protrudes from the control valve seat (4〇), and the top surface thereof is provided with two water holes (421), and the two receiving sleeves (50) are facing each other. The inner side is provided with a circular hole groove (51), the water hole (52) is arranged below the circular hole groove (51), and the water outlet hole (53) is arranged at the upper side, and the inlet and outlet holes (52) (53) The outer sleeve is provided with a water stop washer (54), the spacer member (60) is provided with a consistent hole (61) parallel to the axial direction thereof, and the first slot of the M330395 is communicated with the through hole (61) on both sides. (62) and the second slot (63), the movable shaft center (70) has a first axial hole (71) and A second axial hole (72) allows the first and second axial holes (71) (72) to be formed as a first resisting edge (73) and a second sealing edge (74). The combination of the structures is shown in the first figure together with the fourth and fifth figures. The water outlet cover (20) is sleeved by the sleeve (22) and fixed to the cutting lever (12). Outside, let the water outlet cover (2〇) be rotated by the cutting lever (12), and then the cutting lever group (1〇) is aligned with the notch (in) to the control valve seat (40). The shape is set on the control valve seat (4〇), and the movable shaft center (7〇) fits over the through hole (61) of the spacer (60) so that it can be placed in the spacer (6〇) After the axial free movement, the two holes (51) of the two accommodating sleeves (50) are inserted together, so that the spacer (60) and the movable shaft center (7 〇) can be accommodated by the two accommodating sleeves ( 50) sandwiched between them, and the inlet and outlet holes (52) (53) of the two receiving sleeves (5〇) and the first and second slots (62) (63) and the first and second axes respectively The holes (71) (72) are opposite, and finally the second water jacket (30) is placed together with the spring (31) into the water outlet hole (53) of the two accommodating sleeves (5 〇), and the second accommodating sleeve (50) ) is placed in the groove (42) of the control valve seat (4 〇), so that the water stop sleeve (3 〇) can pass through the water flow hole (421) of the control valve seat (40), and is subjected to the spring (31) the arrival, Indeed adhesion to the valve plate (23) bottom, so that the hot and cold water can be obtained by the control valve. With the above structure, when it is actually used, it will be viewed from the sixth and seventh diagrams. When v is turned on the handle of the water class, the water cover (10) can be driven by the rod (10). The water outlet cover (20) drives the chassis (2)) and the valve plate (23) to rotate on the second water jacket (10), and the rotation process can leave the cold paste temperature hole (2) 1) (231) and the hot chamber temperature hole (2) 2) (2) 2) Cold and hot water circulation holes (301) (302), or with cold and hot water circulation holes (3〇1) (3〇2), the degree of cooperation is in accordance with the cold water temperature adjustment hole (211) (231 ), hot water temperature adjustment hole (2) 2) (232) reverse horn-shaped shape M330395 and cold and hot water ml through hole (301) (302) relative to the size of the opening, different mixing ratios have different temperature effluent, The cold water is introduced through a water inlet hole (52) of a receiving sleeve (5 〇), and passes through a water hole of the first (62), the first shaft (7) and the accommodating sleeve (10). After that, it enters the cold water circulation hole (3〇1), and the hot water is introduced into the water inlet hole (52) of another receiving sleeve (5〇), and passes through the second slit (63) and the second axial center. After entering the water hole (10) of the hole (72) and the receiving sleeve (5〇), The water circulation hole (302), the cold water circulation hole (3〇1) (3〇2) is connected to the cold water temperature adjustment hole (211) (231) and the hot water temperature adjustment hole (212) (232). The adjusted cold and hot water can be discharged from the cold water/m hole (211) (231) and the hot water temperature adjusting hole (212) (232), and mixed and mixed in the accommodating space (41). The subsequent stream of water can flow out of the outlet channel (43) for use. In addition, if there is an abnormal water supply at one end, for example, if the flow rate of the hot water suddenly becomes small or stops abnormally, the moving axis (7〇) will immediately function, because when the water flow at one end becomes smaller or water is cut off, The water pressure at the end will be suddenly reduced or disappeared, and at the end of the normal flow, there will be a large hydraulic pressure on the movable shaft (70), so that the movable shaft (7〇) will be pushed by the hydraulic pressure. In the direction of the flow abnormality, the first sealing edge (10) of the movable axis (70) will cover the first slot (10), or be completely blocked (please view it as shown in the eighth figure). The flow rate of cold water is also reduced, or even cut off, in order to achieve the purpose of stabilizing the water temperature, relatively preventing the user from catching a cold, and when the hot water returns to normal-flow (please view it as shown in the ninth figure), Because the hot water pressure is increased again, the movable shaft (70) is pushed back, so that the movable shaft (70) can be balanced by the cold and hot water pressure, and kept in the middle position, cold and hot. The waterway will be unblocked, and the normal water supply can be restored without changing the water temperature; otherwise, if the cold water flow Suddenly smaller or abnormal stop flow of its activities axis (70) will be pushed backward, whereby users will be able to prevent burns were. M330395 In addition, the inner side of the accommodating sleeve (50) is provided with a convex or concave card 榫 (55) and a card hole (56). When the two accommodating sleeves (50) are mate, they can be inserted. Fixed. By the structure of the above specific embodiment, the following benefits can be obtained: (1) The hot and cold water control valve can be actively regulated to avoid the phenomenon that the water temperature suddenly decreases due to the sudden decrease of the water pressure at one end, so It will be relatively comfortable to use, and will not be irritated or affected by cold and cold during use. (2) Its housing sleeve (5〇), spacer (60), and movable shaft center are directly embedded. In the control valve seat (40), when the faucet is shipped from the factory, it can directly have the effect of balancing the water pressure, and it is not necessary to add additional voltage to the regulator to achieve the multi-functionality. In summary, this creation has indeed achieved a breakthrough structural design, and has improved creative content, while at the same time achieving industrial use and progress, and this innovation is found in any publication, also novelty, when In accordance with the provisions of the relevant laws and regulations of the Patent Law, the company filed a new type of patent application according to law, and requested the examination committee of the bureau to grant legal patent rights. Only those mentioned above, Heben's creation - better implementation _ has, can not be limited to the scope of the implementation of this call; that is, the equivalent changes and modifications made by Dafan according to the scope of this creation, should still belong to this creation patent Within the scope of coverage. M330395 [Simple description of the diagram] The first picture: is a three-dimensional combination of the creation. The second picture: is a three-dimensional exploded view of the creation. The third picture: a perspective enlarged perspective view of the creation control valve seat. The fourth picture: a sectional view of the combination of the creation. Figure 5: A sectional view of the combination of the original material and the angle. The sixth picture: the action diagram of the original water adjustment. The seventh picture: the state diagram of the creation of the water. The eighth picture is a schematic diagram of the state in which the water pressure of the creation pushes against the movement of the axis of the activity. The ninth picture is a schematic diagram of the state of the water pressure balance of the creation and the reversal of the axis of the activity. Bonnet-----(11) Cutting lever 1111 (12) Chassis-----(21) Hot water temperature adjustment hole-(212) Valve piece-----(23) Heat Water temperature adjustment hole one by one (232) Cold water circulation hole one by one (301) Spring ----- (31) [Main component symbol description] This creation part: Notch (10) (111) Fine adjustment device one ~ ~ ( 13) Outlet cover one by one ~ ~ 彳 20 > cold water temperature adjustment hole ~ ^ casing one by one (22) (30) hot water circulation hole ~ ~ (continent 2) 12 M330395 control valve seat --- (40) Accommodating space---(41) water flow hole----(421) accommodating sleeve----(50) water inlet hole----(52) water stop washer---(54) card hole-- ---(56) • Spacer----(60) First groove---(62) Active axis---(70) Second axis hole--(72) Second sealing edge --(74) Bump---- -(401) Groove chamber---- -(42) Outlet flow channel-- -(43) Round hole groove----(51) Water outlet hole---- (53) 榫 - - (55) through hole ----- (61) second slot --- (63) first axis hole one - (71) first blocking edge one - (73) 13