M314643 八、新型說明· 【新型所屬之技術領域】 本創作係隸屬一種灑水器，具體而言係指一種針對灑水器可作 間歇出水之結構加以改良之創作。 .【先前技術】 . 按，對於學校、公共場所或一般家庭來說，利用灑水器對花圃或 草坪灑水補流水份是一項每天必作的工作，而灑水器的種類、款式及 籲功能也隨著使用場合的不同而有所變化，有的是直接利用水壓的力量 帶動一撥水片轉動，令灑水方向作出變化，有的則是於灑水器上組設 一角度調整裝置，令灑水角度逐漸作大小的變化，如公告第33〇443 號『具陳出水與省水效果之灑水裝置結構』專職（以下簡稱習用 案）〇 請參閱第—圖所示，該制案灑水器（1 0 )之水流經進水口（ ！ 1)而喷向水輪（1 2)，令該水輪（i 2)轉動並連動渦桿（工3 ) •及渦輪（14)，並令渦輪（14)受渦桿（13)帶動的同時， .圓輪Π5)跟隨該渦輪（14)轉動，其卡抵於螺 川增⑴1⑻螺解刪（151)之旋轉= f (17)長孔（1 71)限位，w前後 動，進一步帶動一體之塞體（ 』後移 使該出水口 (⑻之出水量二:，8)處前称 上雜案棚峨出水目的。 -體式結構，惟-般已且有、麗^構係組裝於灑水器内，雖然可達到 、有/麗知之使財欲增加·料功能時， 5 M314643 ‘ j有更換新峨水H—途，造成*便及資社的浪費。另外就功能而 Λ白用案塞體（16)於滑動座（17)内前後移動時，水流會 :該擴圓長孔（171)滲入滑動座（17)内，即使於高水壓，該 /月動座（17)内部存在之水流會形成—道阻力，令該塞體（16) 移動又阻’且更會使水輪（工2 )因受塞體（⑻之牵制而使其旋 -動受爾彡響，触造顧水鱗及品_私料，减純改善之 必要。 夕有於此’本創作人乃針對前述習用創作問題深入探討，並藉由 夕年從事相關產業之研發與製造經驗，積極尋求解決之道，經過長期 努力之研％與發展’終於成功關發&本鋪『灑水器之間歇出水機 構』，以改善習用創作之問題。 【新型内容】 八一本創作之主要目的，係提供—種『灑水器之間歇出水機構』，其係 7灑水為可以外接方式達成陳出水之目的，使各式灑水器皆能適用 ，同日守提昇間歇出水效率及品質。 w緣於達成上述之目的，本_『灑水器之卩掀出水機構』係於麗 水器上外接-間歇出水機構，用以控制灌水時出水量大小，該間歇出 欠機構係纟本體、導水葉輪、齒輪傳動組、旋控件及進水蓋等構件 組成’其巾：縣體係由—座體及護蓋域，_職座體上設有第 :及第二容室’該護套外端職一出水口，該二容室之間設有貫通之 導入口及辄’用以分職解水葉輪及齒輪傳動域置，且並令該 導水葉輪及齒輪傳動组間可作傳動結合，又該第—容室其内面沿著該 6 M314643 葉輪、x置之相凸設有導板’料區隔出—導水槽，用以將水流 § 亥出水口之出水端處設有呈間隔設置之開放面及 、J厂外端面並可再組設水蓋。該導水葉輪其外環周面佈設 有右干葉>1 ’當水流注人該第—容室内時，可驅賴導水葉輪轉動。 該齒輪傳動組係由第一、第二、第三、第四傳動件及二桿體組成，且 其= 麟水葉輪之第一傳動件一端之軸桿係穿套該轴孔而與設於該 第谷至内之導水帛輪樞結，另端之第四傳動件則與對應之旋控件作 專動、m ’該知控件可被該齒輪傳動組帶動旋轉，該旋控件係設於 相鄰該本體之出水口_處，其中空内緣等純設有若干槽孔，且該 等槽孔往另端端面並形成間隔設置之開放槽孔與封閉槽孔，進—步與 該出水口之開放©及删面械。硫進水蓋健組於該本體之第一 容室外側’其軸向内緣往另端設有一連通該第一容室之進水道，用以 接設外界水源注入該間歇出水機構内。 藉此，令該間歇出水機構可直接或間接透過管體與各式灑水器組 設，當外界水流經該間歇出水機構再注入該灑水器内時，可利用水节 沖擊該導水葉輪而帶動該齒輪傳動組運轉，再透過該齒輪傳動組帶動 該旋控件轉動，令該出水口之開放面呈間歇之開啟、封閉作動， 建到 間歇出水目的。 施例並 ’當可 有關本創作所採用之技#f、手段及其功效，茲舉一較佳實 配合圖式詳細說明於后，相信本創作上述之目的、構造及特徵 由之得一深入而具體的瞭解。 【實施方式】 M314643 請參閱第二〜七圖所示，本創作係『灑水器之間歇出水機構』包 含一麗水器⑵及祕於該灑水器（2)上之間歇出水機構（3)， 其中： 該灑水器（2)係為-般習知之構件組成，主要係於主體（2丄） -端内部設置轉動機構（圖中未顯示）’外部相對二端敝設—用以接 設外界水源之外套管（2 2)，以及m相之灑水管（2 3)，該灑水 管（2 3)可被該轉動機構帶動而作預定角度之旋轉，其外緣面並等 間隔成型有若干水孔（2 3 1 )，肋供水向外灑出，緣於此乃習知之 構件組成，不再資述。 該間歇出水機構（3 )係直接或细管體（时未顯示）組設於 該灑水器（2 )之外套管（2 2 )-端’由-本體（3 〇 )、導水葉輪 (4 0 )、齒輪傳動組（5 0 )、旋控件（6 q )及進水蓋（7 〇 ^、等 構件組成，其中： ’ 該本體（3 0)係由一座體（31)及護蓋（3 2)相對套組而 成，3亥座體（31)二端形成有開放之第一容室（3 3)與第-六— (3 4 )，且該二容室（3 3、3 4 )之間二適當處設有相貫通之導入 口（ 3 5 )及軸孔（3 6 )，而該護蓋（3 2 )内緣則往外端面延伸成 型一出水ο ( 3 7 ) ’該出水σ ( 3 7 )具有呈間隔設置之開放面（3 7 1)及封閉面（3 7 2 ) ’外端面並套設一出水蓋（8 〇 )。其-Λ>兮 第一容室（3 3)係供該導水葉輪（4 0)設置，其内面沿著該導水 葉輪（4 0 )設置之外圍凸設有導板（3 3 1 )，進而區隔出_導水槽 (3 3 2 )’用以將>主入該間歇出水機構（3 )内之水流導引至今導入 8 M314643 .口（ 3 5 )，再由該導入口（ 3 5 )流入該第二容室（3.4 )内，而該 第今至（3 4)内凸5又有若干定位孔（3 4工），用以供該齒輪傳動 組（5 0)組設’且該齒輪傳動組（5 〇)_端並穿經該軸孔（3 6) 與導水葉輪（4 0)作傳動結合。 '該導水葉輪（4 0)係為—環形體，其外環周面佈設有若干葉片 • (41)’當水m該第—容室（3 3)内時，可沿著該導水槽（3 3 2)流經該導人Π (3 5)而產生流速以驅動該導水葉輪（4 〇) •轉動。 該齒輪傳動組（5 Q)係由-第-傳動件（5丨）、第二傳動件（5 2 )、第二傳動件（5 3 )、第四傳動件（5 4 )及二桿體（5 5、5 6)組成，其中該第-傳動件（5工）概呈τ字型，其相對環狀齒一 ^凸设有軸桿（5 1 1)，該軸桿（5 1 1)係穿設該軸孔（3 6 )而 與遠導水葉輪（4 0)結合，且並於該軸桿（511)及軸孔（3 6) 間套設-襯套（5 7)，用以達到止逆目的。而該第二、第三及第四傳 修動件（52、53、54)各具有一内齒部（521、531、54 1)及外齒部（522、532、542)，係利用該桿體（5 5 )穿 設第二及第四傳動件（5 2、54)，另一桿體（5 6)穿設第三傳動 件（5 3 )’將其樞固、定位於該座體（3 1)之定位孔（3 4 1)處， 進一步令該第一傳動件（51)與第二傳動件（5 2)之外齒部（5 2 2)嚙合，該第二傳動件（5 2)之内齒部（5 21)再與第三傳 動件（5 3)之外齒部（5 3 2)嚙合，而該第三傳動件（5 3)之 内齒部（5 31)則與該第四傳動件（5 4)之外齒部（5 4 2 )唾 M314643 • D，又牙套轉三傳動件（5 3 )之桿體（5 6 )其另端係與該旋動 件（6 〇 )插組，同時該旋動件（6 0)對應該第四傳動件（5 4) 之外端周面並環設有傳動齒（6 1 )，而與該第四傳動件（5 4)之内 ( 5 4 1)鳴合接觸’藉以當該齒輪傳動組（5 〇)運轉時，得 -同步帶動該旋控件（6 〇)轉動。 .^旋控件（6 G )麵-概呈凸？型之中空構件，較大端外圍周 面袠《•又有傳動齒（6 1 )，令其樞組且响合於該齒 •端，並恰巧位於該護蓋（32) 寻勤、且（50) 、〇匕j之出水口（ 3 7)内側相鄰處，其中 空内緣等角環設有若干槽孔’且該等槽孔往另端端面並形成間隔設置 之開放槽孔（6 2 )與封_孔（6 3 )，進-步與該出水口（ 3 7 ) 之開放面（3 71)及封閉面（3 7 2)相對。 該進水蓋（7 0)係蓋組於該本體（3 〇)之座體（3丄）外側， 其轴向内緣往另端設有-連通該第—容室（3 3)之進水道（7 1 ” 用以將接設之外界水源經該第一容室（3 3 )注入該間歇出水機構⑶ •内。 . 該出水蓋（8 〇)係為—概呈凸字型之蓋體，組設於該本體（3 0)之護蓋（3 2)外端，該出水蓋（8 0)内緣中空，具有一凸出 之組接部（8 !)，用以直接與該灑水器（2 )對應之外套管（2 2 ) 套接’或利用管體（圖中未顯示）接設。 據此，藉上述之構件組成，可令本創作間歇出水機構（3 )任意 與-般灑水器⑵接組個’提㈣水器（2 )間料水效果，= 其應用之技術内容係當外界水源經該間歇出水機椹f 一 〜丨抒V ό J >主入該灑水 M314643 之 器⑵内時，可利用水流由第一容室（3 3)經導水槽 及導入口（ 3 5 )流人該第二容室（3 4 ) 產生之流速，2曾） 葉輪（4 0 )產生轉動’而可帶動該齒輪傳動組（5 〇 )運^^水 過該齒輪傳動組（5 0 )帶動該旋控件（6 〇 )轉動，令唁出火’再透 7 )之開放面（3 7 1)呈間歇之開啟、封閉作動，^口（ 9 目的’兹再配合圖不詳述於后。 請再參閱第五〜七圖所示，當外界水源注人該第—容室 内時，水流會順著導板（3 3 1)及導水槽（3 3 2 )往該導入口3 ) 5 )流動（如第六麵示），進而產生—定之流速，而沿著該導 31)設置之導水葉輪（4 0)便會被帶動*旋轉，當導水葉輪（4 〇 )轉動時，便同步帶動該齒輪傳動組（5 〇 )作減速運轉，、=該旋 控件（6 0)亦同步被帶動旋轉，當該旋控件（6 〇)轉動時，二開 放槽孔（6 2)與封閉槽孔（6 3)便與相對之出知（3 7)^ 放面Q川及封_(3 7 2)作對應之重疊、錯開配合，^ 出水口（ 3 7 )呈開啟或封閉狀態；即如第五圖所示，當該旋控件⑼ 〇)之開放孔槽（62)與出水口（37)之開放面（371)重疊 相對時，水流便可流入該灑水器⑵内，呈現出水狀態，反之當該 凝控件⑽）之觸孔槽（6 3 )與出水口（ 3 7)之封閉面（3 :2 )重㈣目對時’水流便無法流人賴水器⑵内，呈現止水狀 恶’達到間歇出水目的。 、、、、上所本創作在醜產品中實有其極佳之進步實用性，同時 國内外關於此麵構之技射料、文獻中亦未發現有相同的構造 M314643 存在在先’是以，本創作實已具備新型專件，爰依法提出申請。 上述實施例，僅用以舉例說明本創作，據以在不離本創作精神之 範圍’熟習此項技藝者憑之而作之各種變形、修飾與朗，均應包括 於本創作之範疇者。 【圖式簡單說明】 第1圖·係制灑水^之立體組合示意圖。 第2圖·係本麟舰水馳合之域外觀圖。 第3圖：係本創作間歇出水機構之立體分解圖。 第4圖：係本創作間歇出水機構之另—立體分細。 第5圖·係本創作間歇出水機構之組合剖面圖（呈現出水狀態）。 第6圖：係本創作間歇出水機構之導水葉輪作動示音、圖。 第7圖：係本創作間歇出水機構之另—組合剖面圖（呈現此水狀態）。 【主要TG件符號說明】 灑水器：（2 ) 外套管：（2 2 ) 水孔：（2 3 1) 本體··（ 3 0 ) 護 1:(32) 導板：（3 3 1) 第二容室（3 4) 導入口 ：（3 5) 出水口 ：（3 7) 主體：（21) 灑水管：（2 3 ) 間歇出水機構：（3 ) 座體:（3 1) 第-容室:（3 3) 導水槽:（ 3 3 2 ) 疋位孔：（3 41) 轴孔：（3 6 ) 開放面 12 M314643M314643 VIII. New description · [New technical field] This creation department is a sprinkler, specifically a kind of improvement for the structure of the sprinkler that can be used for intermittent water discharge. [Prior Art] . According to the use of sprinklers to sprinkle water on flower beds or lawns, it is a must-have job for schools, public places or general families, and the types and styles of sprinklers. The function of the appeal varies with the occasion of use. Some directly use the force of the water pressure to drive a water slide to change the direction of the sprinkling, and some set an angle adjustment device on the sprinkler. , so that the sprinkling angle gradually changes in size, such as the announcement of the 33rd 443 "Sprinkler and water-saving effect sprinkler structure" full-time (hereinafter referred to as the case), please refer to the figure - figure, the system The water of the sprinkler (10) flows through the water inlet (! 1) and is sprayed toward the water wheel (1 2), causing the water wheel (i 2) to rotate and interlock the vortex (3) and the turbine (14) And the turbine (14) is driven by the scroll (13), and the round rim 5) follows the turbine (14) to rotate, and the card is pressed against the screw (1) 1 (8) and the rotation of the screw (151) = f (17 ) Long hole (1 71) limit, w move forward and backward, further drive the integrated plug body ( 』 rearward to make the water outlet ( The amount of water 2: 8) is called the purpose of the water in the shed. The body structure, but the general structure has been assembled in the sprinkler, although it can be achieved, there is / Li Zhizhi When the financial desire is increased, the material function is 5 M314643 'j has the replacement of the new water H-way, causing the waste of the company and the company. In addition, the function is used to whiten the case body (16) in the sliding seat (17). When moving, the water flow will: the long hole (171) penetrates into the sliding seat (17), and even at high water pressure, the water flow existing inside the moon moving seat (17) will form a road resistance, so that the plug body (16) Movement and resistance 'and the water wheel (Work 2) will be caused by the plug body ((8) to make it spin-moving, touch the water scale and product _ private material, reduce purity and improve It is necessary for this. The creator is in-depth discussion on the above-mentioned customary creation issues, and actively seeks solutions through the research and development and manufacturing experience of related industries in the eve of the year. After long-term efforts, research and development 'finally Successfully shut down & this shop "Intermittent watering mechanism for sprinklers" to improve the problem of custom creation. [New content] The main purpose of the creation of Bayi is to provide a kind of "intermittent water discharge mechanism for sprinklers". The 7 sprinklers can be used for external purposes to achieve the purpose of water discharge, so that all kinds of sprinklers can be applied. Intermittent effluent efficiency and quality. w. In order to achieve the above objectives, the _ "sprinkler sputum outlet mechanism" is an external-intermittent water outlet mechanism on the Lishui device to control the amount of water discharged during irrigation, the intermittent effluent mechanism The main body, the water guiding impeller, the gear transmission group, the rotary control and the water inlet cover are composed of 'the towel: the county system consists of the seat and the cover field, and the _ seat has the first: and the second chamber' The outer end of the sheath is provided with a water outlet, and the inlet and the opening of the two chambers are arranged to separate the impeller and the gear transmission domain, and the water guiding impeller and the gear transmission group are In combination with the transmission, the inner surface of the first chamber is along the 6 M314643 impeller and the x-shaped projection is provided with a guide plate to separate the material-conducting trough for setting the water outlet of the water outlet of the water outlet. There are open faces at intervals and outside the J factory. Group A moisture cover. The water guiding impeller is provided with a right dry leaf on the outer circumferential surface thereof. When the water flow is injected into the first chamber, the water guiding impeller can be driven to rotate. The gear transmission group is composed of a first, a second, a third, a fourth transmission member and a two-rod body, and the shaft of one end of the first transmission member of the lining water impeller is threaded through the shaft hole and is disposed on the shaft The water guide wheel of the trough to the inside is pivoted, and the fourth transmission member at the other end is actuated with the corresponding rotary control, and the control can be rotated by the gear transmission group, and the rotation control is set in the phase Adjacent to the water outlet of the body, wherein the inner edge of the air is purely provided with a plurality of slots, and the slots are formed at the end faces of the other end to form spaced apart open slots and closed slots, and the water inlet Open © and delete face tools. The sulfur inlet cover is disposed on the first outer side of the body, and the axial inner edge is provided at the other end with a water inlet connected to the first chamber for connecting an external water source into the intermittent water discharge mechanism. Thereby, the intermittent water discharge mechanism can be directly or indirectly connected to the various types of sprinklers through the pipe body. When the external water flows through the intermittent water discharge mechanism and is injected into the sprinkler, the water guide can be used to impact the water guide impeller. The gear transmission group is driven to operate, and the rotation control is driven to rotate by the gear transmission group, so that the open surface of the water outlet is intermittently opened and closed, and is built for intermittent water discharge. Applying the example and 'when the technology#f, means and its functions are used in this creation, we will give a detailed explanation of the purpose, structure and features of this creation. And specific understanding. [Embodiment] M314643 Please refer to the second to seventh figures. The creation of the "Sprinkler's intermittent water discharge mechanism" includes a water dispenser (2) and an intermittent water discharge mechanism (3) on the sprinkler (2). , wherein: the sprinkler (2) is a well-known component, mainly in the main body (2丄) - the inner end of the rotating mechanism (not shown) 'external opposite two-end design - for picking up The outer water source is provided with a sleeve (2 2) and a m-phase sprinkling pipe (23), and the sprinkling pipe (23) can be rotated by the rotating mechanism to rotate at a predetermined angle, and the outer peripheral surface is formed at equal intervals. There are a number of water holes (2 3 1 ), and the rib water supply is sprinkled outwards, which is a component of the conventional structure and will not be described. The intermittent water discharge mechanism (3) is a direct or thin pipe body (not shown) assembled outside the sprinkler (2), the casing (2 2 )-end 'by-body (3 〇), water guiding impeller (4) 0), gear transmission group (50), rotary control (6 q) and inlet cover (7 〇 ^, and other components, where: ' The body (30) is composed of a body (31) and a cover ( 3 2) The relative set is formed, and the open end of the first chamber (3 3) and the sixth - (3 4 ) are formed at the two ends of the 3H seat (31), and the two chambers (3 3, 3) 4) between the two appropriate places, there is a through inlet (35) and a shaft hole (36), and the inner edge of the cover (32) extends to the outer end surface to form a water ο (3 7) ' The effluent σ ( 3 7 ) has an open surface (3 7 1) and a closed surface (3 7 2 ) 'outer end faces arranged at intervals and is provided with a water outlet cover (8 〇). Its - Λ > 兮 first chamber ( 3 3) is provided for the water guiding impeller (40), and the inner surface thereof is provided with a guide plate (3 3 1 ) along the periphery of the water guiding impeller (40), thereby separating the water guiding groove (3 3 2 ) 'Used to introduce the water flow into the intermittent water discharge mechanism (3) 8 M314643 . mouth ( 3 5 ), and then the inlet (35) flows into the second chamber (3.4), and the first to the (3 4) inner convex 5 has a plurality of positioning holes (3 4 ) for the gear set (50) to be assembled and the gear set (5 〇) _ end and through the shaft hole (36) for transmission coupling with the water guide impeller (40). The water guiding impeller (40) is an annular body, and a plurality of blades are arranged on the outer circumference of the outer ring. (41) When the water is in the first chamber (3 3), the water guiding can be along the guiding water tank (3 3 2) Flow through the guide Π (3 5) to generate a flow rate to drive the water guiding impeller (4 〇) • Rotate. The gear transmission group (5 Q) is driven by a -th transmission member (5 丨), a second transmission The component (5 2 ), the second transmission member (53), the fourth transmission member (5 4 ) and the two rod bodies (5 5, 5 6), wherein the first transmission member (5 work) is represented by a τ word a shaft (5 1 1) is formed by a relatively convex tooth, and the shaft (5 1 1) is inserted through the shaft hole (36) to be coupled with the distal water impeller (40), and And a bushing (57) is arranged between the shaft (511) and the shaft hole (36) for achieving the purpose of non-reversal. The third and fourth transmission members (52, 53, 54) each have an internal tooth portion (521, 531, 54 1) and an external tooth portion (522, 532, 542), and the rod body (5) is utilized. 5) The second and fourth transmission members (5 2, 54) are worn, and the other rod body (56) is pivoted and positioned by the third transmission member (5 3 ) to the seat body (3 1 Positioning hole (3 4 1), further engaging the first transmission member (51) with the outer tooth portion (52 2) of the second transmission member (52), the second transmission member (52) The inner tooth portion (5 21) is further engaged with the outer tooth portion (53 2) of the third transmission member (53), and the inner tooth portion (5 31) of the third transmission member (53) is The outer gear (5 4) outer teeth (5 4 2 ) saliva M314643 • D, and the sleeve of the three-transmission (5 3 ) rod (5 6 ) is connected to the rotating member (6) 〇) inserting, while the rotating member (60) corresponds to the outer peripheral surface of the fourth transmission member (5 4) and is provided with a transmission tooth (6 1 ), and the fourth transmission member (5 4 ) Within the (5 4 1) ringing contact 'by the time when the gear train (5 〇) is running, the synchronous control (6 〇) is rotated. .^ Rotate control (6 G ) face - is convex? The hollow member of the type, the outer peripheral surface of the larger end 袠 "• has a transmission tooth (6 1 ), which is pivoted and resonates with the tooth end, and happens to be located in the cover (32) for tracking and ( 50), the water outlet of the 〇匕j (3 7) is adjacent to the inner side, wherein the air inner equator ring is provided with a plurality of slots 'and the slots are formed at the other end faces and are formed with spaced apart open slots (6) 2) With the seal_hole (63), the advancement is opposite to the open face (3 71) and the closed face (37 2) of the water outlet (37). The water inlet cover (70) is set on the outer side of the body (3丄) of the body (3 〇), and the axial inner edge is provided at the other end to communicate with the first chamber (3 3). The water channel (7 1 ′′ is used to inject the external water source into the intermittent water discharge mechanism (3) • through the first chamber (3 3 ). The water outlet cover (8 〇) is a embossed cover. The body is disposed at an outer end of the cover (32) of the body (30), and the inner edge of the water outlet cover (80) is hollow, and has a protruding connecting portion (8!) for directly contacting the The sprinkler (2) is connected to the outer sleeve (2 2 ) or connected by a pipe body (not shown). According to the above components, the intermittent water discharge mechanism (3) can be made freely. Connect with the general sprinkler (2) to set up a 'four (four) water device (2) material water effect, = the technical content of its application is when the external water source through the intermittent water machine 椹f ~ 丨抒 V ό J > When entering the device (2) of the sprinkling water M314643, the flow rate of the water flowing from the first chamber (3 3) through the water guiding channel and the inlet port (3 5 ) to the second chamber (3 4 ) can be utilized. ) the impeller (40) produces rotation Drive the gear transmission group (5 〇) to transport the water through the gear transmission group (5 0) to drive the rotation control (6 〇) to rotate, so that the open surface (3 7 1) of the 唁 fire 're-transmission 7 is intermittent The opening and closing action, ^ mouth (9 purpose 're-match diagram is not detailed later. Please refer to the fifth to seventh figure, when the external water source in the first room - the water flow will follow The plate (3 3 1) and the water guiding groove (3 3 2 ) flow to the inlet port 3) 5) (as shown in the sixth surface), thereby generating a constant flow velocity, and the water guiding impeller (4) disposed along the guiding port 31 0) will be driven * rotation, when the water guide impeller (4 〇) rotates, it will synchronously drive the gear transmission group (5 〇) for deceleration operation, = the rotation control (60) is also synchronously driven to rotate, when When the rotary control (6 〇) is rotated, the two open slots (6 2) and the closed slot (6 3) are opposite to the known (3 7) ^ surface Q and seal _ (3 7 2) Corresponding overlap, staggered fit, ^ water outlet (37) is open or closed; that is, as shown in the fifth figure, when the opening control (9) 〇) open the opening (62) and the water outlet (37) surface 371) When the overlap is relative, the water flow can flow into the sprinkler (2), presenting a water state, and vice versa when the contact hole (63) of the condensation control (10) and the water outlet (37) are closed (3:2) When the weight is (four), the water flow cannot flow into the water trap (2), and the water-stopping evil is achieved. The purpose of the intermittent water is achieved. The creation of this product has excellent progress and practicality in the ugly product. At the same time, at home and abroad, there is no similar structure in the literature and the literature. M314643 exists in the first place. Yes, this creation has a new type of special equipment, and the application is made according to law. The above-described embodiments are only intended to illustrate the present invention, and any variations, modifications, and simplifications made by those skilled in the art without departing from the spirit of the present invention should be included in the scope of the present invention. [Simple description of the drawing] Fig. 1 is a three-dimensional combination diagram of the system sprinkling water. Figure 2 is an external view of the domain of the water. Figure 3: This is a three-dimensional exploded view of the intermittent water discharge mechanism. Figure 4: This is the creation of the intermittent water outlet mechanism of the other - three-dimensional. Fig. 5 is a sectional view (presenting a water state) of the intermittent water discharge mechanism of the present creation. Fig. 6 is a diagram showing the sound impeller of the intermittent water discharge mechanism of the present creation. Figure 7: This is a combination of the creation of the intermittent water discharge mechanism (presenting this water state). [Description of main TG parts] Sprinkler: (2) Outer casing: (2 2 ) Water hole: (2 3 1) Body · (3 0 ) Protection 1: (32) Guide: (3 3 1) Second chamber (3 4) Guide inlet: (3 5) Water outlet: (3 7) Main body: (21) Sprinkler pipe: (2 3 ) Intermittent water discharge mechanism: (3) Seat body: (3 1) No. - Chamber: (3 3) Groove: ( 3 3 2 ) Clamping hole: (3 41) Shaft hole: (3 6 ) Open face 12 M314643
封閉面：（3 7 2) 葉片：（4 1 ) 第一傳動件：（5 1) 第二傳動件：（5 2) 外齒部：（5 2 2 ) 内齒部：（5 3 1) 第四傳動件：（5 4) 外齒部：（5 4 2 ) 襯套：（5 7 ) 傳動齒··（ 6 1) 封閉槽孔：（6 3 ) 進水道：（7 1) 組接部·（ 8 1) 導水葉輪：（4 0 ) 齒輪傳動組：（5 0 ) 軸桿：（5 1 1) 内齒部：（5 2 1) 第三傳動件：（5 3) 外齒部：（5 3 2 ) 内齒部：（5 4 1) 桿體：（5 5、5 6 ) 旋控件（6 0) 開放槽孔：（6 2 ) 進水蓋：（7 0 ) 出水蓋：（8 0) 13Closed surface: (3 7 2) Blade: (4 1 ) First transmission: (5 1) Second transmission: (5 2) External tooth: (5 2 2 ) Internal tooth: (5 3 1) Fourth transmission: (5 4) External tooth: (5 4 2 ) Bushing: (5 7 ) Transmission gear · (6 1) Closed slot: (6 3 ) Inlet: (7 1) Department · ( 8 1) Water guiding impeller: (4 0 ) Gear transmission group: (5 0 ) Shaft: (5 1 1) Internal tooth: (5 2 1) Third transmission: (5 3) External tooth :(5 3 2 ) Internal tooth: (5 4 1) Rod: (5 5, 5 6 ) Rotary control (6 0) Open slot: (6 2 ) Inlet cover: (7 0 ) Outlet cover: (8 0) 13