1246439 九、發明說明： 一種用於園藝澆水及沖洗 【發明所屬之技術領域】 本發明為一種喷水搶，尤指 物品且可調節出水流量的喷水搶 【先前技術】1246439 IX. Description of the invention: A gardening watering and rinsing TECHNICAL FIELD OF THE INVENTION The present invention is a water jet grab, especially an article that can regulate the flow rate of water spray. [Prior Art]
t欠％的用途十分廣泛，常見的喷水搶係、用於園藝洗 水及沖洗物品方面’本發明人於曰前申請之我國專利公告 第一仙32號「按㈣水搶」，其喷水搶—端為入水口， 另一端為出水π ’ 4 了方便使用者控制出水與否，噴水槍 上設有分段式按紐組件，讓㈣者可透過按壓分段式按紐 組件’使喷水搶維持在出水以出水的㈣下，並可在分 t式杈鈕組件上設置不同深度的定位溝槽，以調節出水 量’其僅能分段式改變水量，而無法微調水量。 【發明内容】 調節 的目 有鑑於前述之習用的缺點，本發明係設計一種可 水量的噴水搶，其結構易於tit，且能達到微調水量 的0 為達到上述的發明目的，本發明所採用的技術手段為 設計一種可調節水量的噴水搶，其中包含： 又“、、 中空本體，其一端設有入水口，本體之另一端為出 水口，在入水口與出水口之間則形成有一控制室，入水口 與控制室間設有用以相通之通孔； 一調節組件，其設於控制室内，調節組件包含有—止 水套同，其内設有一入水腔室及一出水腔室，入水腔室與 5 1246439 出水腔室藉由止水套筒一端之開口相通，出水腔室與本體 之出水口相通，止水套筒側壁上成型有與入水腔室相通且 相對於本體之通孔的入水孔’—控制套筒固設於止水套筒 上且延伸出本體之控制室外，控制套筒相對於與止水套筒 相接之另一側成型有兩限位肋條，本體之控制室中成型有 一相對位在兩限位肋條間的定位塊； 按鈕組件，其設於控制室中，按鈕組件包含有 殼:。其呈一管狀體’外殼之内側壁面上形成有深淺交錯且 具早斜邊之定位溝槽，—按紐，其—端封閉且另—端開口， 在按紐之開口端端緣設有整圈均勻分佈且每-齒均且有對 稱斜面的斜齒，在按紐外壁面近開口端處成型有等間隔向 卜出的疋位塊，疋位塊容置於外殼之深定位溝槽中，一 疑轉鈕，、其中央向外延伸成型有一聯動桿，旋轉鈕之一端 外周緣成型有均勻分佈之撥塊，撥塊貼靠於按叙之斜齒表 2 ’―彈簧套設於聯動桿上，調節組件包含有-推塊，1 :::::動桿末端並設置於控制套筒中，-彈菁設置於控 推頂：换’推塊兩端分別推頂彈簧及活塞，彈簧兩端分別 貝推塊及控制套筒内壁。 以由：：明的優點在於，不但可藉由按鈕組件操控使水得 可外界， 通孔相通的範圍，以，二：：同之入水孔與本體之 調節組件以微Lir筒的水量’藉此利用 需求下所兩° L 口桃入出水口的水量’以配合不同 、水里，且結構易於製造、組裝，在使用 6 1246439 及製造上確具有其實用性。 【實施方式】 请參閱第一圖所示，本發明之喷水搶包含有一中空本 體（1 0 )、一按鈕組件（2 〇 )及一調節組件（3 〇 )。 前述之本體（1 〇) —端設有一握把（i i)，握把 (1 1 )末端設有入水口（ i i i )，本體（工〇 )之另 知為出水口（ 1 2 )’在該出水口（ 1 2 )處可以組裝 -噴頭（121)，在握把（"）與出水口（12)之 間則形成有一控制室（1 q4 1丄3)，握把（1 1 )與控制室（1 相接處設有一通孔（1 1 2 )，控制室（i 3 )與出 水口（ 1 2 )間以—連接孔（1 2 2 )相通。 置於I茶閱第二及三圖所示，前述之按紐組件（20)設 置於本體（10)之控制 勺八士^ 、丄3 )中，按鈕組件（2 0 ) 匕己有一外殼（2 2 )、一按鈕（？ β、 （ 2 4 )、一 旋轉鈕（2 6)二一彈菁（28)及封蓋（29)。 w述之外殼（22)呈一營壯辨如 裝螺紋（2 2 0 ) ，if_，在其外周圍設有組 & υ ) ’亚在組裝 成型有凸緣（2 2 2 ) m、Q 2〇)之-端緣側 (2 2 8)，外殼（22)之（2 2 2 )側套設有一封環 且具單斜邊之定位溝槽（2 2 4 )側壁面上形成有深淺交錯 ^前述之按紐（24)—端_且另H (0 4 )之封閉端相對設置於外殼 ^ 口’按W2 2)端中且延伸出控制室（1 )之不具凸緣（22 開口端端緣設有整圈均句分外，在按鈕（24)之 母一齒均具有對稱斜面的 7 J246439 斜齒（240) ’在按紐（24)々k 有等間隔向外凸出的定位塊（2 壁面近開口端處成型 容置於外殼（2 2)之深定位溝槽（2二立塊（2 4 2) 前述之旋轉鈕（26)中 中。 ( 2 6 2 )，旋轉鈕（26)、二延伸成型有-聯動桿 佈之撥塊（ 2 6 0 )，撥塊（：外周緣成型有均勾分 之斜齒（…）表面，撥塊26二靠於按"（24) 之定位溝槽（2 2 4 )作配合， 與外威（2 2 ) 沿定位溝槽（以4)之單二邊=讓該撥塊（26〇) 0 , λ 斜邊旋轉，以在定位溝样Γ ? 2 4 )的深淺溝槽間移位， 曰 ^ r P 9 ^ 運Si凋正碇轉鈕（2 6 )與外 片又（2 2 )間相對位置之功效。 月ij述之彈簧（2 8 )及封苗（？ Q、 6 2 )上。 風（2 9 )套設於聯動桿（2 請參閱第二至四圖所示，前 置於本體（1 〇 )之控制室f Ί q、士 千C J ο ) 5又 ,., 至（1 3 )中，調節組件（3 〇 ) 包含有-止水套筒（31) …0) 0、 古基（32)、一推換 3)、一控制套筒（34)、一 6)。 (35)及一旋紐（3 别述之止水套筒（3工）内設 聯動桿（2 6 2 )貫穿心社r q 、 (311) 將止水套筒（3 "、「 （ 3 1 1 )，心柱（3 1 1 )The use of t% is very extensive, and the common water spray system, gardening water washing and rinsing items are used by the inventor before the application of the Chinese Patent Notice No. 32 "By (4) water grab" Water grabbing - the end is the water inlet, and the other end is the water π ' 4 to facilitate the user to control the water or not. The spray gun is provided with a segmented button assembly, so that (4) can press the segmented button assembly to make The water spray is maintained under the water (4), and the positioning grooves of different depths can be set on the t-type button assembly to adjust the water output', which can only change the water volume in sections, and cannot finely adjust the water volume. SUMMARY OF THE INVENTION In view of the above-mentioned disadvantages of the prior art, the present invention is designed to be a water-spraying water jet, the structure of which is easy to tit, and can achieve a fine-tuning amount of water to achieve the above-mentioned object of the invention, which is used in the present invention. The technical means is to design a water spray with adjustable water quantity, which comprises: ",, hollow body, one end is provided with a water inlet, the other end of the body is a water outlet, and a control room is formed between the water inlet and the water outlet a through hole is formed between the water inlet and the control room; an adjusting component is disposed in the control room, and the adjusting component comprises a water stopping sleeve, wherein the water inlet chamber and the water outlet chamber are provided, and the water inlet chamber is provided The chamber and the 5 1246439 outlet chamber communicate with the opening of one end of the water stop sleeve, and the outlet chamber communicates with the water outlet of the body, and the water inlet sleeve sidewall is formed with a water inlet communicating with the water inlet chamber and with respect to the through hole of the body The hole '-the control sleeve is fixed on the water stop sleeve and extends out of the control room of the body, and the control sleeve is formed with two limiting ribs on the other side connected to the water stop sleeve a control block formed between the two limiting ribs is formed in the control chamber of the body; a button assembly is disposed in the control room, and the button assembly comprises a shell: the tubular member is formed on the inner side wall surface of the outer shell Positioning groove with deep and shallow staggered and early oblique bevel, button, its end is closed and the other end is open. At the open end edge of the button, a full circle is evenly distributed and each tooth has a symmetrical slope. The helical tooth is formed at the near opening end of the outer wall surface of the button, and the clamping block is formed at equal intervals. The clamping block is accommodated in the deep positioning groove of the outer casing, and a suspect button is extended outwardly. There is a linkage rod, and the outer circumference of one end of the rotary knob is formed with a uniformly distributed dial block, and the dial block abuts against the helical tooth table 2'--the spring sleeve is set on the linkage rod, and the adjustment component includes a push-pull block, 1: :::: The end of the moving rod is set in the control sleeve, and the elastic crystal is set on the control push top: the spring and the piston are respectively pushed at the two ends of the push block, and the two ends of the spring push the block and the inner wall of the control sleeve respectively. The advantage of:: Ming is that not only can the water be manipulated by the button assembly The outside can be connected to the range of the through-holes, the second:: the same as the water inlet and the adjustment component of the body to the amount of water in the micro-Lir cylinder, thereby taking advantage of the amount of water in the water inlet of the two-port L port of the demand In the water, the structure is easy to manufacture and assemble, and it has practicality in the use of 6 1246439 and manufacturing. [Embodiment] Referring to the first figure, the water spray of the present invention comprises a hollow body (10), a button assembly (2 〇) and an adjustment assembly (3 〇). The aforementioned body (1 〇) has a grip (ii) at the end, and the water inlet (iii) is provided at the end of the grip (1 1 ), the body ( The work is known as the water outlet (1 2 )' can be assembled at the water outlet (12) - the nozzle (121), and a control room is formed between the grip (") and the water outlet (12) (1 q4 1丄3), a handle (1 1 ) is provided with a through hole (1 1 2 ) at the junction of the control room (1), and a connection hole between the control room (i 3 ) and the water outlet (1 2 ) (1 2 2 ) communicated. Placed in the second and third figures of the tea reading, the aforementioned button assembly (20) is disposed in the control spoons (8s, 丄3) of the body (10), and the button assembly (20) has a casing ( 2 2 ), a button (? β, ( 2 4 ), a rotary knob (2 6) 21 elastic (28) and a cover (29). The shell (22) of the w is a battalion The thread (2 2 0 ), if_, is provided with a group & υ ) ' in the outer periphery thereof - the end edge side (2 2 8) of the flange (2 2 2 ) m, Q 2〇 is assembled and formed, The (2 2 2 ) side sleeve of the outer casing (22) is provided with a ring and a single beveled positioning groove (2 2 4 ) is formed on the side wall surface with a deep and shallow staggered ^ button (24) - end _ and another The closed end of H (0 4 ) is oppositely disposed in the end of the housing ^' by W2 2) and extends out of the control room (1) without a flange (22 open end edge is provided with a full circle evenly, at the button (24) The parent of each tooth has a symmetrical bevel. 7 J246439 Helical (240) 'The positioning block that protrudes outward at equal intervals at the button (24) 々k (2 wall near the open end is formed in the outer casing (2 2) deep positioning groove (2 two vertical blocks (2 4 2) In the middle of the button (26). ( 2 6 2 ), the rotary knob (26), the two extensions are formed with the dial of the linkage rod cloth (260), and the dial block (the outer circumference is formed with the oblique teeth of the outer circumference) (...) surface, the block 26 is placed on the second side of the positioning groove (2) by the positioning groove (2 2 4 ) of the "(24); The dial (26〇) 0, λ is rotated obliquely to shift between the shallow trenches of the positioning groove Γ? 2 4 ), 曰^ r P 9 ^ Si 凋 碇 碇 ( ( (2 6 ) The effect of the relative position of the outer piece (2 2 ). The spring ij described spring (2 8 ) and the sealing seedling (? Q, 6 2 ). The wind (2 9 ) is set on the linkage rod (2 see second As shown in Figure 4, the control unit f Ί q, 士千 CJ ο ) 5, ., to (1 3 ) placed in the body (1 〇), the adjustment assembly (3 〇) contains the water stop Cartridge (31) ... 0) 0, Guji (32), one push 3), a control sleeve (34), a 6). (35) and a knob (3) The water stop sleeve (3 workers) is equipped with a linkage rod (2 6 2) through the heart club rq, (311) will stop the water sleeve (3 ", " (3 1 1 ), heart column (3 1 1 )
,、 3 1 )區隔為第一側及第二側，心柱（3 T )兩:ί而具有開口，心 r 〇 .,、 才(3 1 1 )之一側壁成型有缺口 、〇丄1 a )，心社广q ^ 有叙止水套w f 9 1 k弟—端的第-側壁成型 有，、止水套同（3 1 )内壁連接的隔板（3工i b )，心 8 1246439 :柱、(3 1 1 )之第二端的第二側壁成型有與止水套筒（3 1 )内壁連接的隔板（s 7 。、 士 1 1 c )，使得止水套筒（3工） 内形成一位於第一側的入水腔室（31 側的出水腔室（Ί 、 r 1 %弟一 Μ 7 1 3 )，入水腔室（3 1 2 )藉由心柱 ^第二端開口及缺口（3…）與出水腔室 目通’請配合參閱第-圖所示’出水腔室（3 13)轉本體（1〇)之出水 Γ 1 2 )相通，止水套筒 弟側壁上成型有與入水腔室（ 的入水孔〔q ! Jύj」相通 (314)，止水套筒（31) 心柱（3 1 1、*斤 、相對於 )之弟一端的外壁上成型有環凹槽（3 1 5 ) -封：、(3…設於環凹槽（315)中。15)’ 刖述之活塞（3 2 )套設於 合於之第二端。干（2 6 2 )上且密 第二^t控制套筒（3 4 )固設於止水套筒（3 1 )之 接的另（34)㈣於與止水套筒（H)相 ㈣成型有向外延伸的控制柱（3 4 1 )，押弟“ i "延伸出本體（1㈡之控制室（"）Γ 制柱（3 4 1 )位於控制室（ 3 )外，控 環（3 4 ^ ^ ( 1 3 )内之外緣套設有—封 1)2 控制套筒（34)此側位於控制柱… 周、'彖成型有兩限位肋條（3 4 2 主 4 及六圖所示，本體nn、” °月配台參閱第五 相對的定M f i q η A 至C 1 3 )中成型有— 定位塊（"Ί广 控制套筒（3 4 )旋轉時， 1 )位於兩限位肋條（3 4 2 )之 ”）推頂限位肋條（3 4 2 )以限 ： 1246439 4 )的旋轉角度。 兩述之推祿> 卩卩q、 外罢 固設於聯動桿（2 fi 9、丈令山if -置於控制套筒（34)中 J 2 6 2…並 控制套筒（3 4)中，推 ;1之3 5)設置於 5)及活塞（3 2)，彈… 端分別推頂彈簧（3 3 )及控制套筒…)：壁)兩端分別推頂推塊(3 枉…36)固定於控制套筒（34)之控制 端^川延伸出本體"㈧之控❹（"）外的 6 :嫌弟一圖所示’旋轉調節組件（3 0 )之旋鈕（3 Ί以τ動控制套筒（3 4 )旋轉’使得止水套筒（3 隨之旋轉，則止水套筒（3 "之入水孔（3丄4) 可相對於控制室（13)與握把（11)間之通孔（Η 2 )，旋轉止水套筒（3丄）以改變入水孔（3丄。與 通孔（1 1 2 )的相通範圍，以改變進入控制室（1 3 ) • 的水量大小，藉此調節出水的水量大小。 請參閱第二、三及七圖所示，當旋轉塊（2 6 )之撥 塊（2 6 0 )與外殼（2 2 )之深定位溝槽（2 2 4 )相 嵌合時，由於推塊（3 3 )失去聯動桿（2 6 2 )的壓制 力’被壓縮彈簧（3 5 )即會得到釋放之張力而推頂活塞 (3 2 )，使活塞（3 2 )密封於心柱（3 1 1 )之第二 端開口，故水無法經由止水套筒（3 1 )之入水腔室（3 1 2 )進入出水腔室（3 1 3 )’此時贺水槍為止水狀離。 請參閱第二、三及八圖所示，下壓按鈕（2 4 )使撥 1246439 塊（2 6 Ο )與按紐（2 4 )之斜齒（2 4 〇 )相接，使 得旋轉塊（2 6 )方走轉以使撥塊（2 6 〇 )盘斜齿（2 4 0)相搬合’則使旋轉,免（26)之撥塊（26〇)盥外 殼（2 2)之淺定位溝槽（2 2 4 )相嵌合，此時經由聯 動桿（2 6 2 )將推塊（3 3 )推離心柱（3 ")之 二端開口，並使彈簧（3 5 )妯厭w w , 〇 )被壓細，故水壓即可推開活 塞（3 2 )，使活塞（3 ?)灭44楚 ,, J Z )不封盍心柱（3 1 1 )之第 二端開口，而水可經由止水奈锊f q、, , 3 1 ) The first side and the second side are separated, and the stem (3 T ) is two: ί and has an opening, and the heart r 〇.,, (3 1 1), one side wall is formed with a notch, 〇丄1 a ), Xinsheguang q ^ There is a water stop wf 9 1 k brother - the first side wall is formed, the water stop is the same as the (3 1 ) inner wall of the partition (3 ib), heart 8 1246439 The second side wall of the second end of the column (3 1 1 ) is formed with a partition plate (s 7 . , 1 1 c c ) connected to the inner wall of the water stop sleeve ( 3 1 ), so that the water stop sleeve (3 work) Inside the water inlet chamber on the first side (the water outlet chamber on the 31 side (Ί, r 1 %弟一Μ 7 1 3 ), the water inlet chamber (3 1 2 ) is opened by the second end of the stem And the gap (3...) and the outlet chamber of the water outlet please refer to the water outlet Γ (2 13) of the water outlet chamber (3 13) and the water outlet Γ 1 2 ). Formed with an annular groove formed on the outer wall of one end of the inlet of the water inlet chamber (q! Jύj) (314), the water stop sleeve (31), the heart column (3 1 1 , * kg, relative to) Slot (3 1 5 ) - seal:, (3... set in the ring groove (315). 15)' The piston (3 2 ) is sleeved on the second end of the joint. The dry (2 6 2 ) and the second control sleeve (3 4 ) are fixed to the water stop sleeve (3 1 ) (34) (4) Forming an outwardly extending control column (3 4 1 ) with the water stop sleeve (H) phase (4), and apprentating the "i " extending out of the body (1 (2) control room (") Γ column (3 4 1 ) is located outside the control room ( 3 ), the control ring (3 4 ^ ^ ( 1 3 ) inside the outer edge is provided with - seal 1) 2 control sleeve (34) this side is located in the control column... '彖There are two limit ribs (3 4 2 main 4 and 6 diagrams, body nn, "° month fitting table refer to the fifth relative fixed M fiq η A to C 1 3 ) formed with - positioning block ( "When the control sleeve (3 4) is rotated, 1) is located at the "restricted rib (3 4 2 ) of the two limit ribs (3 4 2 )) to limit the rotation angle of: 1246439 4 ).推 推 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 , push; 1 of 3 5) set to 5) and piston (3 2), bomb... end push spring (3 3 ) and control Sleeve...): Both ends of the wall) are respectively pushed to the top of the control sleeve (34). The picture of the rotating adjustment component (3 0) shown in the picture of the suspect (3 Ί to rotate the control sleeve (3 4 ) to make the water stop sleeve (3 with the rotation, the water stop sleeve (3 " The water inlet hole (3丄4) can be rotated relative to the through hole (Η 2) between the control chamber (13) and the grip (11) to change the water inlet hole (3丄). The communication range with the through hole (1 1 2 ) to change the amount of water entering the control room (1 3 ), thereby adjusting the amount of water in the outlet water. Please refer to the second, third and seventh figures. When the dial block (2 6 0 ) of the rotating block (2 6 ) is fitted with the deep positioning groove (2 2 4 ) of the outer casing (2 2 ), The block (3 3 ) loses the pressing force of the linkage rod (2 6 2 ). The compressed spring (3 5 ) will release the tension and push the piston (3 2 ) to seal the piston (3 2 ) to the stem ( 3 1 1 ) The second end is open, so water cannot enter the water outlet chamber (3 1 3 ) through the water inlet chamber (3 1 2) of the water stop sleeve (3 1 ). Referring to the second, third and eighth figures, the push button (2 4 ) connects the 1246439 block (2 6 Ο ) with the bevel (2 4 〇) of the button (2 4 ), making the rotary block ( 2 6 ) The square is rotated so that the dial (2 6 〇) disc helical teeth (2 4 0) are moved together to make the rotation, avoid the (26) dial (26 〇) 盥 the outer shell (2 2) shallow The positioning groove (2 2 4 ) is fitted, and at this time, the push block (3 3 ) is pushed to the two end openings of the spin column (3 ") via the linkage rod (2 6 2 ), and the spring (3 5 ) is twisted Tired ww, 〇) is crushed, so the water pressure can push open the piston (3 2 ), so that the piston (3 ?) is off 44, JZ) does not seal the second end of the stem (3 1 1) And the water can pass through the water stop, fq,
&备问（3 1)之入水腔室（3 1 2 )進入出水腔室（3 1 7α n士+ t 此日守贺水搶為出水狀態。 本發明之另一實施例如第- , ^弟九圖所不，其與第一圖所示 之實施例差別僅在於，第一圖盥第 … 口 /、弟九圖之调郎組件（3 〇 ) 分別設置於控制室（1 3 )中相斟沾a Α山 丄相對的兩端，且本體（1〇) 之通孔（1 1 2 )及連接孔（1 2 2 ) 丄乙匕j的位置隨之改變， 其餘細部元件皆相同，僅為設置 乃诅上的不问，故同樣具 有開關及调郎水量大小的功能。 【圖式簡單說明】 第一圖為本發明之側視剖面圖 第二圖為本發明部分元件之立體分解圖 第三圖為本發明部分元件之立體分解圖 第四圖為本發明部分元件之立體剖面圖 第五圖為本發明部分元件之動作剖面圖 第六圖為本發明部分元件之動作剖面圖 第七圖為本發明局部放大之側視剖面圖 第八圖為本發明局部放大之動作側視剖面圖 11 1246439 第九圖為本發明另一實施例之側視剖面圖& (3 1) into the water chamber (3 1 2) into the water outlet chamber (3 1 7α n士 + t this day, the water is grabbed into the water state. Another embodiment of the invention is the first - , ^ The difference between the embodiment shown in the first figure is that the first figure 盥 盥 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 The opposite ends of the a a Α 丄 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , It is only for the purpose of setting up the 诅, so it also has the function of switching and sizing the amount of water. [Simplified illustration] The first figure is a side cross-sectional view of the present invention. The second figure is a three-dimensional decomposition of some components of the present invention. Figure 3 is a perspective view of a part of the components of the present invention. Figure 4 is a cross-sectional view showing a part of the components of the present invention. Figure 7 is a partially enlarged side elevational cross-sectional view of the present invention. A side sectional view of another embodiment of a sectional view of a ninth graph of the present invention 111,246,439
【主要元件符號說明】 (1〇)本體 (1 1 1 )入水口 (1 2 )出水口 (1 2 2 )連接孔 (1 3 1 )定位塊 (2 2 )外殼 (2 2 2 )凸緣 (2 2 8 )封環 (2 4 0 )斜齒 (2 6 )旋轉钮 (2 6 2 )聯動桿 (2 9 )封蓋 (31)止水套筒 (3 1 1 a )缺口 (3 1 1 c )隔板 (3 1 3 )出水腔室 (3 1 5 )環凹槽 (3 2 )活塞 (3 4 )控制套筒 (3 4 2 )限位肋條 (3 5 )彈簧 (1 1 )握把 (1 1 2 )通孔 (121)喷頭 (1 3 )控制室 (2 0 )按紐組件 (2 2 0 )組裝螺紋 (2 2 4 )定位溝槽 (2 4 )按鈕 (2 4 2 )定位塊 (2 6 0 )撥塊 (2 8 )彈簧 (3 0 )調節組件 (3 1 1 )心柱 (3 1 1 b )隔板 (3 1 2 )入水腔室 (314)入水孔 (3 1 6 )封環 (3 3 )推塊 (3 4 1 )控制柱 (3 4 3 )封環 (3 6 )旋鈕 12[Main component symbol description] (1〇) body (1 1 1) water inlet (1 2 ) water outlet (1 2 2 ) connection hole (1 3 1 ) positioning block (2 2 ) outer casing (2 2 2 ) flange (2 2 8 ) Sealing ring (2 4 0 ) Helical tooth (2 6 ) Rotating knob (2 6 2 ) Linking lever (2 9 ) Cover (31) Water stop sleeve (3 1 1 a ) Notch (3 1 1 c ) partition (3 1 3 ) outlet chamber (3 1 5) ring groove (3 2 ) piston (3 4 ) control sleeve (3 4 2 ) limit rib (3 5 ) spring (1 1 ) Grip (1 1 2) through hole (121) nozzle (1 3 ) control room (2 0 ) button assembly (2 2 0 ) assembly thread (2 2 4 ) positioning groove (2 4 ) button (2 4 2) positioning block (2 6 0 ) dial block (2 8 ) spring (3 0 ) adjustment assembly (3 1 1 ) stem (3 1 1 b ) partition (3 1 2 ) into the water chamber (314) into the water hole (3 1 6) Sealing ring (3 3 ) Pushing block (3 4 1 ) Control column (3 4 3 ) Sealing ring (3 6 ) Knob 12