五、新型說明： 【新型所屬之技術領域】 本新型係有關一種溫度控制結構，尤指一種具有陶瓷層的 恆溫閥控制結構。 【先前技術】 傳統習知的水龍頭一般都藉由控制冷水及熱水水龍頭開 關來控制出水水溫，使用者必須不斷的旋轉冷水及熱水開關來 選擇δ適的水溫來沐浴或者洗手，使用完畢必須將冷水及熱水 的開關灰轉回起始位置，以關閉冷水及熱水的水源，若需要再 次使用時’必須再次旋轉冷水及熱水的水龍頭開關，並且調整 兩水龍頭開關至所需要的溫度才可使用，不僅使用上不方便， 而且也浪費調整水溫時所耗費的時間及水量。 因此，中華民國第347039號專利案提出了 一種定溫龍頭 之溫度感應器組合構造，請參照『圖丨』，其為本新型之創作 人於多年前提出之創作，該案包含有一用以感測溫度的溫度感 應器1、一用以將該溫度感應器1做軸向位移的軸進式检組2 以及一提供該溫度感應器1反向力道的環形壓縮彈簧3。使用 者僅需要打開水龍頭出水開關，並且設定出水溫度，即可藉由 該案中之定溫龍頭之溫度感應器丨組合構造保持恆溫狀態。 准，該案中之溫度感應器1係裝設在一銅製套筒4内，而 與該銅製套筒4與該溫度感應器1内之一橡皮套環5因該溫度 感應器1之軸向位移而摩擦’然而，該銅製套環4容易因卡水 垢增加與該橡皮套環5的摩擦力，進而影響到該橡皮套環5的 使用壽命’並且也容易因摩擦力過大使得該溫度感應器丨不易 做軸向位移而卡住，進而影響到使用溫度調整的功能性。因 ί缺f2^持再恤細議_，物見有產品 【新型内而提出本新型。 製套ίΐΐίίΓ的’、在於解決傳統供溫度感應11裝設的銅 7垢而增加與該橡皮套環的摩擦力，進而影響 到該橡皮套環使用壽命的問題。 右-’本新型提供—種恒溫閥控制結構，其包含 工.，且件、一與該旋進式組件連接之進水殼體，以及一 =麟進核_之軸向位移件，該魏式轉啸心部位 :、有-利用旋轉做轴向伸縮之調控部；該進水殼體具有一熱 進水口以及冷水進水口以及一止水墊圈；該軸向位移件具有 Γΐίί設在雜向位移㈣之感溫棒錢—鋪設在該軸向 立 S之陶竟層’該感溫棒之-端抵制在該旋進式组件之 雛部上’另一端套設有一彈性元件，並且該彈性元件抵制在 該進水殼體内，該軸向位移件藉由該調控部之軸向伸縮做轴向 位移三該陶黯具有平滑表面叫低與該止水細之摩擦力， 並且猎由該軸向位移件之軸向位移控舰熱水進知 水進水口之開口大小。 '、7 由上述可知，本新型之惺溫閥控制結構利用該軸向位移件 表面上之陶竟層具有平滑表面以降低與該止水塾圈之摩擦 力’並且具有耐酸驗、不容易卡水垢、結構簡單以及壽命 優點’解決習知技術中容易卡水垢的問題，並且也解決了^製 套筒卡水垢之後容易造成與習知技術中之橡皮套環摩 大的問題。 $ 【實施方式】 有關本新型之詳細說明及技術内容，現就配合圖式說明如 下： 清參閱『圖2』及『圖3』所示，『圖2』係本新型_較佳 實施例的結構分解示意圖，『圖3』係本新型—較佳實施例的 結構剖面之熱水出水示意圖，如騎示：本_係為一種怪溫 閥控制結構’其包含有—旋進式組件1G、-與該旋進式組件 10連接之進水殼體2G，以及-設置贿進水殼體2G内之轴向 位移件30 ’該旋進式組件1〇的軸心部位具有一利用旋轉做轴 向伸縮之雛部11 ;該進水殼體2()__方式與該旋進式 組件10連接’並且具有一熱水進水口 2卜一冷水進水口 22 以及止水塾圈23，該止水墊圈23設置在該熱水進水口 21 了該冷水進水口 22之間；該軸向位移件3Q具有—感溫棒31 以及一鋪设在該軸向位移件3〇表面之陶瓷層32，該感溫棒Μ 之-端抵制在該旋進式組件1G之雛部n上，另__端套設有 一彈性tl件33並且該彈性元件33抵制在該進水殼體2〇内， 該軸向位移件30藉由該雛部u之軸向伸縮做軸向位移，控 制該熱水進水口 21與該冷水進水口 22之開口大小，其中，該 止水塾圈23與該陶竞層32緊密接觸，用以阻隔冷水或熱水經 由該陶竞層32與該進水殼體20之間的縫隙流過。 需要特別說明的是，該陶瓷層32具有平滑表面以降低與 該^水墊圈23間的摩擦力’並且’該陶瓷層32係以奈米級之 二氧化矽為主成分的溶凝膠樹脂，因此具備耐磨、摩擦力小、 耐酸鹼、不易卡水垢以及使用壽命長的特點。 此外，該進水殼體20更具有兩個過濾件24，該兩過濾件 24係分別設置在該熱水進水口 21與該冷水進水口 22上用 以過濾進入該進水殼體20内之熱水與冷水，以減少水中之雜 M378312 質’在此’需特別說明，接下來的說明以及圖式為了清楚揭露 本新型之作動方式’賴猶件24移除，但在搞型之一實 施方式中’魏水殼體2〇皆具有魏齡24以铖水十之雜V. New description: [New technical field] The new type relates to a temperature control structure, especially a thermostatic valve control structure with a ceramic layer. [Prior Art] Conventional conventional faucets generally control the water temperature by controlling the cold water and hot water faucet switches. The user must continuously rotate the cold water and hot water switch to select the appropriate water temperature to bathe or wash hands. After completion, the switch ash of cold water and hot water must be turned back to the starting position to turn off the water source of cold water and hot water. If it needs to be used again, 'the faucet switch of cold water and hot water must be rotated again, and the two tap switches should be adjusted to the required The temperature can be used, which is not only inconvenient to use, but also wastes time and water consumption when adjusting the water temperature. Therefore, the Patent No. 347039 of the Republic of China proposes a temperature sensor combination structure for a constant temperature faucet. Please refer to the figure "Fig.", which is a creation proposed by the creator of the new type many years ago. The temperature measuring temperature sensor 1, the axial type detecting group 2 for axially displacing the temperature sensor 1, and the annular compression spring 3 for providing the reverse force of the temperature sensor 1. The user only needs to open the faucet water outlet switch and set the water temperature to maintain the constant temperature state by the temperature sensor 丨 combination structure of the temperature faucet in the case. The temperature sensor 1 in the case is installed in a copper sleeve 4, and the copper sleeve 4 and the rubber collar 5 in the temperature sensor 1 are axially oriented by the temperature sensor 1 Displacement and friction' However, the copper collar 4 is liable to increase the friction with the rubber collar 5 due to the scale of the card, thereby affecting the service life of the rubber collar 5 and is also prone to excessive friction due to excessive friction. It is not easy to make axial displacement and jam, which affects the functionality of using temperature adjustment. Because ί lacks f2^ to hold a re-satisfied _, the product has a product [new type and proposed this new type. The ΐΐ ΐΐ ΐΐ , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Right-'the present invention provides a thermostatic valve control structure, which comprises a working piece, a piece, a water inlet casing connected to the screw-in component, and an axial displacement member of the lining core _, the Wei The whistling part: the control unit that uses the rotation to make the axial expansion; the inlet housing has a hot water inlet and a cold water inlet and a water stop washer; the axial displacement member has a Γΐίί in the miscellaneous direction Displacement (4) of the temperature sensor rod - laid in the axial vertical S ceramic layer - the end of the temperature sensing rod - the end of the screw-in assembly of the young part of the sleeve is provided with an elastic element, and the elasticity The component is resisted in the inlet housing, and the axial displacement member is axially displaced by axial expansion and contraction of the regulating portion. The ceramic raft has a smooth surface called low friction with the water stop, and the hunting is performed by the The axial displacement of the axial displacement member controls the opening of the water inlet of the hot water inlet. ', 7 It can be seen from the above that the novel temperature control valve structure of the present invention utilizes the ceramic layer on the surface of the axial displacement member to have a smooth surface to reduce the friction with the water stop ring and has acid resistance and is not easy to be stuck. Scale, simple structure and longevity advantages solve the problem of easy to scale in the prior art, and also solve the problem that the rubber sleeve ring in the prior art is easily caused by the scale of the sleeve card. $ [Embodiment] The detailed description and technical contents of the present invention will now be described with reference to the following figures: Refer to "Fig. 2" and "Fig. 3", and Fig. 2 is a novel embodiment of the preferred embodiment. Schematic diagram of structural decomposition, "Fig. 3" is a schematic diagram of the hot water discharge of the structural section of the novel-preferred embodiment, such as riding: this is a kind of strange temperature valve control structure, which includes a screw-in component 1G, - a water inlet housing 2G connected to the screw-in assembly 10, and an axial displacement member 30 in the bridging water inlet housing 2G. The shaft center portion of the screw-in assembly 1 has a shaft for rotation To the telescopic leg portion 11; the water inlet casing 2 ()__ way is connected to the screw-in assembly 10' and has a hot water inlet 2, a cold water inlet 22 and a water stop ring 23, a water washer 23 is disposed between the hot water inlet 21 and the cold water inlet 22; the axial displacement member 3Q has a temperature sensing rod 31 and a ceramic layer 32 laid on the surface of the axial displacement member 3, The end of the temperature sensing rod 抵 is resisted on the leg n of the screw-in assembly 1G, and the other __ end sleeve is provided with an elastic tl 33 and the elastic member 33 is resisted in the water inlet casing 2, the axial displacement member 30 is axially displaced by the axial expansion and contraction of the leg portion u, and the hot water inlet 21 and the cold water inlet are controlled. The opening size of the opening block 23 is in close contact with the pottery layer 32 for blocking the flow of cold water or hot water through the gap between the pottery layer 32 and the water inlet casing 20. It should be particularly noted that the ceramic layer 32 has a smooth surface to reduce the friction between the water washer 23 and the ceramic layer 32 is a lyophilized resin mainly composed of nanometer cerium oxide. Therefore, it has the characteristics of wear resistance, low friction, acid and alkali resistance, difficulty in scaling and long service life. In addition, the water inlet housing 20 further has two filter members 24, which are respectively disposed on the hot water inlet 21 and the cold water inlet 22 for filtering into the water inlet housing 20. Hot water and cold water to reduce the miscellaneous water in the M378312 'in this' requires special instructions, the following description and the schema in order to clearly reveal the action mode of the new type 'Lai Jue 24 removed, but implemented in one of the models In the way, 'Wei Shui Shell 2 〇 has Wei dynasty 24
祕別參閱『圖3』所示，係為本新型一較佳實施例的結 構剖面之齡出标意圖，在本魏财，雜搞水口 Μ 與該冷水進知22之間的雜對應於_究層％之寬度，使 該軸向位移件3〇之喊層32藉由軸向娜㈣絲水進水口 21與》冷水進水口 22之開σ大小。而雜向位移件3〇設置 有複數通孔34 ’雜核通過’若旋_魏旋進式組件⑴ 11往該冷水進水口22的方向做軸向移動，便可縮小 s亥冷水進水口 22之開口。 …係為本新型一較佳實施例的結構剖面之 冷水出水示意圖’該軸向位移件3〇藉由該調控部u之轴向伸 ，往該熱水進水口 21的方向做轴向位移，縮小甚至關閉該熱 水進水口 21之開口，藉此調整或關閉該熱水進水量。The secret is shown in Figure 3, which is the intention of the structural section of the preferred embodiment of the present invention. In this Wei Cai, the miscellaneous relationship between the water and the cold water is known to _ The width of the layer % is such that the axial displacement member 3 is sized by the axial Na (four) silk water inlet 21 and the "cold water inlet 22". The miscellaneous displacement member 3 is provided with a plurality of through holes 34'. The nuclear core is moved axially by the 'spinning_weising type component (1) 11 toward the cold water inlet 22, thereby reducing the s cold water inlet 22 The opening. Is a schematic diagram of the cold water outlet of the structural section of the preferred embodiment of the present invention. The axial displacement member 3 is axially displaced in the direction of the hot water inlet 21 by the axial extension of the regulating portion u. The opening of the hot water inlet 21 is reduced or even closed, thereby adjusting or closing the hot water intake amount.
同理’請參閱『圖5』所示，係本新型—較佳實施例的結 縣出标4®，依上述實财讀_向位移件 30調整至雜水進水σ 21與該冷水進水口 22之間使該熱 im1與該冷水進水σ 22同時進水’流人該進水殼體 内之冷水係透過該軸向位移件3G之通孔34流進該熱水進 水口 21之-端與該熱水混合達成—混水出水的目的。 另晴參閱『圖6』’如圖所示，該恒溫閥控制結構更 ^有-提供熱水與冷水之供水龍體4〇，其中該供水龍體仙具 水供水口 41以及—冷水供水口 42分職該進水殼體 20之熱水進水口 21與該冷水進水口 22連接。 6 在此，需特別說明的是，本說明書中所提到的混水，不僅 僅是混和該熱水及冷水的一混和之水’因本新型之恆溫閥控制 結構可提供一純冷水之進水，因此，當不能限定該混水必須是 由熱水及冷水所混和而成。 综上所述，由於本新型之恆溫閥控制結構利用該軸向位移 件30表面上之陶瓷層32具有平滑表面以降低與該進水殼體 20内之止水墊圈23之摩擦力，並且具有耐酸鹼、不容易卡水 垢、結構簡單以及壽命長的優點，解決習知技術中之銅製套筒 不耐酸驗易被腐蝕並且容易卡水垢的問題’並且也解決了銅製 套筒卡水垢之後容Ir造成與絲皮套環摩擦力過大的問題。因 此本新型極具進步性及符合申請新型專利之要件，爰依法提出 申請，祈鈞局早曰賜准專利，實感德便。 以上已將本新型做一詳細說明，惟以上所述者，僅爲本新 型之-較佳實施例而已，#不綠定本新型實施之範圍、。即凡 依本新型申請範圍所作之均等變化與修飾等，皆應仍屬 之專利涵蓋範圍内。 【圖式簡單說明】 圖卜剌知技狀定溫制之溫絲應驗 圖2 ’係本_-較佳實關社赌構分解示意^心圖 圖3，係本新型—較佳實施例的結構剖面之熱水^水示意圖 圖4 ’係本新型—較佳實關的結構細之 ^ 一較佳實施例的結― 圖6 ’係本新型—較佳實施例之具控水龍頭示 【主要元件符號說明】 習知技術 M378312 I :溫度感應器 2:軸進式栓組 3:環形壓縮彈簧 4:銅製套筒 5:橡皮套環 本新型 10 :旋進式組件 II :調控部 20 :進水殼體 21 :熱水進水口 22 :冷水進水口 23 :止水墊圈 24 :過濾件 30 :軸向位移件 31 :感溫棒 32 :陶瓷層 33 :彈性元件 34 :通孔 40 :供水龍體 41 :熱水供水口 42 :冷水供水口 8Similarly, please refer to FIG. 5, which is the novel-preferred embodiment of the county output 4®, according to the above-mentioned real money reading _ to the displacement member 30 adjusted to the water inlet σ 21 and the cold water into The hot water between the nozzles 22 and the cold water inlet σ 22 is simultaneously introduced into the water. The cold water flowing into the water inlet casing flows into the hot water inlet 21 through the through holes 34 of the axial displacement member 3G. - The end is mixed with the hot water to achieve the purpose of mixing water. In addition, see "Figure 6"', as shown in the figure, the thermostatic valve control structure is more suitable - providing hot water and cold water supply body dragon body 4〇, wherein the water supply dragon body fairy water supply port 41 and - cold water supply port 42. The hot water inlet 21 of the water inlet casing 20 is connected to the cold water inlet 22. 6 Here, it should be specially stated that the water mixing mentioned in this manual is not only a mixed water of the hot water and cold water. 'This new type of thermostatic valve control structure can provide a pure cold water. Water, therefore, when it is not possible to limit the water mixture must be mixed with hot water and cold water. In summary, since the thermostatic valve control structure of the present invention utilizes the ceramic layer 32 on the surface of the axial displacement member 30 to have a smooth surface to reduce the friction with the water stop gasket 23 in the water inlet casing 20, and has It has the advantages of acid and alkali resistance, not easy to form scale, simple structure and long service life. It solves the problem that the copper sleeve in the prior art is not resistant to acid and easy to be corroded and easily stuck with scales, and also solves the problem of copper sleeve card scale. Ir causes a problem of excessive friction with the wire loop. Therefore, the new model is highly progressive and meets the requirements for applying for a new type of patent. The application is filed according to law, and the Prayer Council has granted patents as soon as possible. The present invention has been described in detail above, but the above description is only for the new type - the preferred embodiment, and the scope of the new implementation is not limited. All changes and modifications made in accordance with the scope of this new application shall remain within the scope of the patent. [Simple description of the diagram] Fig. 2 温 剌 剌 剌 定 定 定 定 定 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' Schematic diagram of the hot water and water structure of the structural section Fig. 4 'This is a new type of structure that is better and better. ^ The knot of a preferred embodiment - Fig. 6 'This is a new type of control faucet of the preferred embodiment. Description of component symbols] Conventional technology M378312 I: Temperature sensor 2: Axial plug type 3: Ring compression spring 4: Copper sleeve 5: Rubber collar This new type 10: Screw-in assembly II: Control unit 20: Water housing 21: hot water inlet 22: cold water inlet 23: water stop washer 24: filter member 30: axial displacement member 31: temperature sensing rod 32: ceramic layer 33: elastic member 34: through hole 40: water supply dragon Body 41: hot water supply port 42: cold water supply port 8