M367268 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種三角凡而結構改良，主要是針對調 控閃件與二角凡而之控水端組設結構進行改良設計，將該 调控閂件採直接置入方式取代習知之螺合鎖入方式，據以 再達成預期的出水量調控功能上，特能因其無需於控水端 内部製設螺紋的設計，使其整體材料成本可有效獲得減降 癱，同時在整體的組配上更為簡易，據以賦予極佳之產業利 攀用性與實用價值者。 ' 【先前技術】 ★按，一般運用於洗臉盆或馬桶等衛浴設備或廚房龍頭 等供水設傷的三角凡而，在其結構設計上，請參閱第丄〜 4圖所示，主要是以三通管作為本體（1〇)，於其一端 製設為具外螺紋之入水端（工」），用以組接供水管路（ 未1會），而其臭入水端（11)呈垂直貫通之頂端則為具 ••二螺紋之出水端（12)，用以銜組洗臉盆龍頭或馬桶水 .箱.·等用水管路（未繪），又其相對於入水端（工工 )之另端則為供調朗件（2 0 )組設之控水端（：[3 ) 在°亥控水知（1 3 ) ό々内、外壁分別製設有内、外螺紋 ’利用該内螺紋可供調控Μ件（2 Q )之調整栓（2「） 螺^组設，於調整栓（2 1 )内端結合有一閥塞（2 2) 藉M利用調整栓（2 1 )鎖人控水端（1 3 )内螺紋的 &度m變閥塞（2 2)與出水端（丄2 )内孔的相 、子關係’以達其出水量的調整功能’而在該調整检（ 4 • M367268 )外端套設—止水墊圈（2 3)後，利用-帽套（2 4) 鎖合於控水端（1 3 )外螺紋，用以限位該調整检（2工 )的調控幅度，避免其完全脫出之虞，依此構成此類三角 凡而的基本功能架構； 在上揭之結構設計中，因三角凡而的調控閃件係採螺 ^方式組設於其控水端㈣螺_，制帽套鎖設於控水 端外螺紋料朗㈣栓的限位，不但其整個組配程 為繁磧、費時外’相對地因其三角凡而控水端内、"均 ，有螺紋，為維持其結構強度，所以其管壁便需作增厚設 、，此纟便增加了其銅材的使用量，導致其整體的 ㈣成本增加，就產業利用而言，實不符產業經濟效益虚 貫用價值，自有待設法加以解決改善者。 【新型内容】 有鑑於習知三角凡而因結構設計所衍生之問題與缺失 主創作人特著手進行研究改良，基於其從事相關行業之多 年經驗與技術，進而研創出本創作之三纽而改良結構， 即本創作之主要目的乃在於經由結構之改良設計，使其調 控閂件與三角凡而改採置式 式組配，據以可簡化三角凡而 :、，、。構，進而可大幅減降其材料成本，賦予 濟效益者。 ^ 本創作之另一目的係在於經由姓 ,θ 、！宙結構之組成設計，使其 付以直接置入方式完成調控問件 '、 mu τ ” 一角凡而的組配，取代 / 11之螺合鎖入方式，俾在不影變 人β s /、5周控功能的原則下， 令其組配更簡易、便利者。 • M367268 為達前揭目的，本創作於結構設計上，主要是於三角 凡而供調糾件組設之控水端孔槽㈣製設有至少一道導 ^肋’並使該導㈣的外端部魅水端孔槽外端緣保有預 疋距離且成型一階擋面’而其調控閂件係由一閥體與一調 整栓所螺合組設構成’令該閥體側邊製設有對應導引肋之 肋槽’且在調整栓置人控水端孔槽時，其環部㈣乃受導 引肋外端階撞面止擋限位，而環部外端則受孔槽外端嵌設 之c型扣環限位，據以令該調整栓僅能作原地旋轉，配合 調整栓與_的螺合關係’使閥體得以在導引肋得的導持 限位下行使減移位，進而達成其預期之出水量調控功能 者。 【實施方式】 上有關於本I]作之結構組成、技術手段及功效達成方面 差配合圖式再予舉例進一步具體說明於后： %參閱第5圖之結構分解示意圖、第6圖之整體結構 外觀示意圖及第7、8圖之結構關係示意圖，係為本創作 之較佳實施例’如圖所示，本創作之三角凡而在其結構設 计上’基本上仍是以三通管作為本體（3q)，於其一端 製設為組接供水管路（未繪）之進水端（3 1 )，於進水 端（3D外部設具有外螺紋（32)，而在本體（ι〇 )中段乃製設為與進水端（3 1 )呈垂直貫通之出水端（ 3 3) ’於出水端（3 3 )外部亦設具有外螺紋（3 4) ，俾供銜組洗臉盆龍頭或馬桶水箱（未繪）·..等用水 管路，又於其㈣進水端（3 1 )㈣端則製設為供調控 6 M367268 閂件（4 Ο)組設之控水端（3 5 )，其中： 該三角凡而的控水端（35)内部㈡6 壁乃製設有至少一道或—$ 飞逼u上之導引肋（3 7 該導引肋（37)的外端部與其孔槽（36)外端缘伴有吏 預定距離且成型-階擋面（38)，藉以對組設之調控問 件（4 0)形成限位導，而該調控問件（4〇)係由一 閥體（41)與一調整栓（4C；、 錄（4 5 )所螺合組設構成，該閥 體（41)的尺徑概與三角凡而控水端（35)的孔槽（ 3 6)内徑相符，且在閥體（41)側邊製設有對應前述 導引肋（37)之相符數目或倍數之肋槽（42)，於間 體（41)内端嵌設有一止水環（43)，藉以在必要時 得以完全封組三角凡而進水端（31)，而在閥體（Μ )外端則没有一螺合孔（4 4)，藉以供螺合調整栓" 5 ) ’該調整栓（4 5 )中段設有一環部（4 6 )，環部 (4 6)並嵌設有一止水環（47)，且環部（47)的 尺徑概與三角凡而控水端（3 7)内部孔槽（3 6 )的内 徑相符，俾在將調整栓（4 5 )置人控水端（3 5 )孔槽 (3 6 )時，其環部内端乃受導引肋（3 7)外端階擋面 (3 8)止擋限位，配合控水端（3 5 )孔槽（3 6 )外 端嵌環槽（3 9 )内嵌設之c型扣環（5 〇 )對調整栓（ 4 5 )環部（4 6 )外端之限位’令該調整栓（4 5 )僅 能作原地旋轉，配合調整栓（4 5 )與閥體（4 5 )的螺 合關係，使閥體（4 1 )得以在導引肋（3 7)的導持限 位性行使往復移位，進而改變閥體（4 1 )與三角凡而出 M367268 水端（3 3) 口徑的相對闕係’達成1 功能，依此構成本創作 /、預款出水量調控 ㈣—角凡而之水量調控結構. 經由上揭結構設計，因其係在調整栓（45)，❹ 在二角凡而控水端（3 5 )孔 限位 r λ ^ λ 曰（3 6 )外端的型態下， 5〇 ^ )的原地旋轉，配合閥體（4 1 )成?， 槽（36)内壁導引肋又孔 ^ π土η肋(3 7)的限位導持關係下 調整栓（45)的正、逆轉向來操M367268 V. New Description: [New Technology Field] This creation is about a triangulation and structural improvement. It is mainly designed to improve the design of the control unit of the control flash and the two corners. The direct insertion method replaces the conventional screw locking method, and according to the expected water output regulation function, the special material cost can be effectively effective because it does not need to design the thread inside the water control end. It is easier to get the reduction and the overall composition, so as to give excellent industry profitability and practical value. '[Previous technology] ★ Press, generally used in sanitary wares such as washbasins or toilets or kitchen faucets, etc., in terms of structural design, please refer to Figure 丄~4, mainly in three The pipe is used as the main body (1〇), and is formed at one end as a water inlet end (worker) with external threads for assembling the water supply pipe (not 1 meeting), and the odorous water inlet end (11) is vertically connected. The top end is a water outlet end (12) with a • two thread for holding a washbasin faucet or toilet water tank, etc., with water pipes (not shown), and relative to the water inlet (worker) The other end is the water control end for the set of (2 0) sets (: [3). Inside and outside the sea, the inner and outer threads are respectively made inside and outside the wall. The thread can be used to adjust the adjusting piece (2 Q) of the adjusting bolt (2"). The inner end of the adjusting bolt (2 1 ) is combined with a valve plug (2 2). By means of the M adjusting bolt (2 1 ) At the water control end (1 3), the internal pressure of the valve is changed to the phase and sub-relationship between the valve plug (2 2) and the inner end of the water outlet (丄2) to achieve the adjustment function of the water output. 4 • M367268) After the outer end sleeve—water stop washer (2 3), use the cap (2 4) to lock the external thread of the water control end (1 3) to limit the adjustment (2 work) The extent of regulation, to avoid its complete eruption, thus constitutes the basic functional structure of such triangulation; in the structural design of the above, the triangulation of the flash system is set in the The water control end (4) screw _, the cap set lock is set at the limit of the outer thread of the water control end of the material (4) bolt, not only the whole group of the matching process is cumbersome, time-consuming outside, relatively speaking, because of its triangularity, the water control end, "All, threaded, in order to maintain its structural strength, so the pipe wall needs to be thickened, this will increase the use of its copper, resulting in its overall (four) cost increase, in terms of industrial use In fact, it does not conform to the value of industrial economic benefits, and it has to be managed to solve the improvement. [New content] In view of the problems arising from structural design and the lack of the main creator, Engaged in years of experience and technology in related industries, and then researched and created this The three-in-one and improved structure, that is, the main purpose of this creation is to improve the design of the structure, so that the control of the latch and the triangle can be changed into a combination of styles, which can simplify the triangulation:,,,. Structure, which can greatly reduce the cost of materials and give benefits to the people. ^ Another purpose of this creation is to design the structure of the surname, θ, and !, so that it can be directly placed into the control problem. , mu τ ” The combination of the corner, the replacement of the 11 screw-in locking method, 不 不 不 变 β β β 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 • M367268 is the first purpose of the project. The design is mainly for the structural design, mainly for the water control end hole slot (4) of the triangulation and the set of correction parts, and at least one guide rib is provided and the guide (4) is external. The outer edge of the end of the fascinating water end hole retains the pre-twisting distance and forms the first-order stop surface', and the regulating latch member is formed by the screwing of a valve body and an adjusting bolt to make the side of the valve body When there is a rib groove corresponding to the guiding rib and the adjusting portion is inserted into the manipulating water end hole groove, the ring portion (4) is restricted by the outer end step of the guiding rib, and the outer end of the ring is received by the groove. The c-shaped buckle end is embedded in the outer end, so that the adjusting bolt can only be rotated in place, and the screwing relationship between the adjusting bolt and the _ can be adjusted to enable the valve body to be guided under the guiding rib. Exercising the displacement to achieve its expected water output regulation function. [Embodiment] The structural composition, technical means, and efficacy of the present invention are described in detail. Further examples are further described below: % Refer to the structural decomposition diagram of FIG. 5 and the overall structure of FIG. The schematic diagram of the appearance and the structural relationship diagrams of Figures 7 and 8 are the preferred embodiments of the present invention. As shown in the figure, the triangle of the creation is basically based on the tee. The main body (3q) is formed at one end thereof as a water inlet end (3 1 ) of a water supply line (not shown), and at the water inlet end (the outer part of the 3D is provided with an external thread (32), and in the body (ι) The middle section is made of a water outlet end (3 3) that is perpendicular to the inlet end (3 1 ). The outer section of the water outlet end (3 3 ) is also provided with an external thread (3 4) for the head basin faucet. Or the water tank of the toilet tank (not drawn), etc., and the water inlet end of the (4) inlet (3 1 ) (4) is set as the water control end for the regulation of the 6 M367268 latch (4 Ο). 5), where: the triangle inside the water control end (35) (2) 6 wall is made of at least one or -$ 3 7 The outer end of the guiding rib (37) is accompanied by a predetermined distance from the outer end edge of the hole groove (36) and a forming-step surface (38), thereby forming a control element (40) for the assembly. Limiting guide, and the control request (4〇) is composed of a valve body (41) and an adjusting bolt (4C;, recording (4 5), and the valve body (41) is sized. It is consistent with the inner diameter of the hole (36) of the water control end (35), and a matching number or multiple of the rib groove corresponding to the guiding rib (37) is formed on the side of the valve body (41). (42), a water stop ring (43) is embedded in the inner end of the intermediate body (41), so that the triangular inlet (31) can be completely sealed when necessary, and the outer end of the valve body (Μ) is There is no screwing hole (4 4) for screwing adjustment bolt " 5 ) 'The middle of the adjusting bolt (4 5 ) is provided with a ring portion (4 6 ), and the ring portion (46) is embedded with a water stop Ring (47), and the ring diameter of the ring portion (47) is consistent with the inner diameter of the inner hole groove (36) of the water control end (37), and the adjusting bolt (4 5) is placed under the control When the water end (3 5 ) is grooved (3 6 ), the inner end of the ring portion is guided by the outer end step of the guiding rib (37). (3 8) Stop limit, with the c-type buckle (5 〇) embedded in the outer end ring groove (3 9 ) of the water control end (3 5 ) hole groove (3 6 ) The limit of the outer end of the ring portion (4 6 ) allows the adjusting bolt (45) to rotate only in place, and cooperates with the screwing relationship between the adjusting bolt (45) and the valve body (45) to make the valve body (4 1 ) can be reciprocally displaced in the guiding position of the guiding rib (37), thereby changing the relative relationship between the valve body (4 1 ) and the triangle to the M367268 water end (3 3). Achieve 1 function, which constitutes the creation of this creation /, the pre-payment of water volume control (4) - the water volume control structure of the corner. Through the structure design, because it is adjusted in the bolt (45), 控 in the two corners and control water The end (3 5 ) hole limit r λ ^ λ 曰 (3 6 ) in the outer end of the type, 5 〇 ^ ) in situ rotation, with the valve body (4 1 ) into the ?, groove (36) inner wall guiding rib The hole ^ π soil η rib (3 7) in the limit conduction relationship adjusts the positive and negative steering of the bolt (45) to operate
或外移，據以賦予_的=!閥體(41)的内縮 _ 馳功能nf知結_ 用螺紋旋進旋出之調整模式，且其利用c型扣環（5Π 作為調整拴（4 5 )之組配限位，是以在1 隹具二角凡而的控 7 3 5 ) &計上’無論内、外捏均無設製螺紋之必要 ’故無需考量螺紋製設對結構強度影響所衍生之壁厚增加 問題’所以得以將其管壁作較薄設計，如此一來，無^中 將可減少材料之使用’相對地能大幅減降其整體材料及加 工成本’同時在其調控問件（4〇)與三角凡而的組配上 ’只需將閥體（4 1 )的肋槽（4 2 )對應控水端（3 5 )孔槽（3 6 )之導引肋（3 7 )，即可將闕體（4工） 及凋整栓（45)直接置入，再嵌扣c型扣環（5〇)加 以限位，即可輕易而快速地完成其組配，大幅減降其組配 難度’使其在產業利用上更能符合經濟效益者； 即’經由以上說明，可知本創作針對三角凡而與其調 控問件所作之結構改良設計，使其調控問件得以直接置入 二角凡而的控水端孔槽内’不但組配上更為簡便、迅速， 且無需於控水端孔槽内、外部製設螺孔，使其管壁厚度得 M367268 以薄化’俾能減降其材料成本，纽解決習知結構所存在 及衍生之諸多問題與缺失，整體而言，確具極佳之產業利 用性與實用價值者。 、’不上所述，本創作之三角凡而結構改良，經由其結構 二成X °十捨棄了習知調控閃件利用螺紋旋進旋出之控 水模式，改以更簡易之結構及組配方式來職予其水量調控 2效不：得以減降其組配難度，更兼具有材料成本減省 體而言，確深具產業利用之經濟效益盥實用價 值，誠不失為一俱S _ , 、貝用1貝 申請。…出之創新設計，爰依法提出專利 【圖式簡單說明】 第2圖 第3圖 第4圖 第5圖 第6圖 第7圖 第8圖 ^ 1圖U知二角凡而之結構分解示意圖。 係習知三角凡而之整體結構示意圖。 係白知一角凡而之結構關係示意圖。 I::::角凡而另—視向之結構關係示意圖。 ’、1作二角凡而之結構分解示意圖。 係本創作三角凡而之整體結構示意圖。 係本創作三角凡而之結構關係示意圖。 【主要土本創作二角凡而另-視向之結構關係亍音a 要疋件符號說明】 糸不思圖。 (11)入水端 (1 3 )控水端 (2 1 )調整栓 (2 3 )止水墊圈 (1〇)本體 2 )出水端 2 〇)調控閂件 2 2 )閥塞 M367268 (2 4 )帽蓋 (31)入水端 (3 3 )出水端 (3 5 )控水端 (3 7 )導引肋 (3 9 )嵌環槽 (4 1 )閥體 _ ( 4 3 )止水環 _ ( 4 5 )調整栓 (4 7)止水環 (3 0 )本體 (3 2 )外螺紋 (3 4)外螺紋 (3 6 )孔槽 (3 8 )階擋面 (4 0 )調控閂件 (4 2 )肋槽 (4 4)螺合孔 (4 6 )環部 (5 0 ) C型扣環Or shifting outwards, according to the ____ =! valve body (41), the internal contraction function nf knows the knot _ screw-in and screw-out adjustment mode, and it uses the c-type buckle (5 Π as the adjustment 拴 (4 5) The combination limit is based on the control of 7 5 凡 7 7 ' ' ' 无论 无论 无论 无论 无论 无论 无论 无论 无论 无论 内 内 内 内 内 内 内 内 内 内 内 内 无需 无需 无需 无需 无需 无需 无需 无需 无需 无需 无需 无需 无需 无需Affecting the problem of increased wall thickness derived from the 'thought to make the wall of the tube thinner, so that the use of the material can reduce the use of the material 'relatively reduce its overall material and processing cost' simultaneously The control problem (4〇) and the triangular group are matched with 'only the rib groove (4 2 ) of the valve body (4 1 ) corresponds to the guide rib of the water control end (3 5 ) hole groove (3 6 ) (3 7 ), the body (4 work) and the plucking bolt (45) can be directly placed, and then the c-shaped buckle (5 〇) can be restrained by the buckle, so that the assembly can be completed easily and quickly. , drastically reduce the difficulty of its combination 'to make it more economical in the use of the industry; that is, through the above description, we can know that this creation is made for the triangulation and its control questions The structure is improved, so that the control piece can be directly placed into the water-controlled end hole of the two corners. It is not only simple and quick to assemble, but also does not need to be installed in the water-control hole groove and externally. Hole, the wall thickness of the wall is M367268 to thin the '俾 can reduce its material cost, New Zealand solves the problems and defects of the existing structure and derives from it. Overall, it has excellent industrial utilization and practicality. Value. 'Not as mentioned, the triangle of this creation is structurally improved. Through its structure, the temperature is reduced to X ° 10, and the water control mode of the screw-in and screw-out is used to adjust the flash mode to a simpler structure and group. The allocation method is for the water quantity control. The effect is not limited: it can reduce the difficulty of its combination, and it has the material cost and the province. It is indeed the economic benefit of the industrial use. It is a practical value. , and shellfish apply with 1 shell. ...Innovative design, 提出Proposed patent according to law [Simple description of the drawing] Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 Figure 7 Figure 8 Figure 1 Figure 2 . It is a schematic diagram of the overall structure of the familiar triangle. It is a schematic diagram of the structural relationship between the white and the phoenix. I::::The angle of the other and the other - the structural relationship of the view. ‘, 1 is a schematic diagram of the structure of the two corners. This is a schematic diagram of the overall structure of the creation triangle. This is a schematic diagram of the structural relationship of the creation triangle. [The main text of the creation of the two corners of the other and the other - the structural relationship of the direction of the voice a to the symbol description] Do not think. (11) Water inlet end (1 3) Water control end (2 1 ) Adjustment bolt (2 3 ) Water stop washer (1〇) body 2) Water outlet end 2 〇) Control latch 2 2) Valve plug M367268 (2 4 ) Cap (31) water inlet end (3 3 ) water outlet end (3 5) water control end (3 7 ) guide rib (3 9 ) inset ring groove (4 1 ) valve body _ ( 4 3 ) water stop ring _ ( 4 5) adjusting bolt (4 7) water stop ring (30) body (3 2) external thread (3 4) external thread (3 6) hole groove (3 8) step surface (40) regulating latch ( 4 2 ) rib groove (4 4) screw hole (4 6) ring portion (5 0 ) C-type buckle