.1284563 九、發明說明： 【發明所屬之技術領域】 Μ ^ 本發明係涉及一種喷水槍流量控制結構，特別是指— 種藉由内置式之旋轉筒配合斜導緣及階級定位部來達到調 • 節流量大小及啟閉狀態之創新設計者。 【先前技術】 按，傳統的喷水搶使用時，通常係透過其預設扣壓部 位或按壓部位之操控來達到控制水流啟閉之目的，惟，人 們使用喷水搶時，由於所要喷灑之目標物有遠近不同之差 異’因此往往有調節出水量大小的需求性，然而，傳統噴 水搶通常僅有開㉟和關閉兩種控制模 <，且要控制水量的 開啟及大小狀態，均必須靠手握持該扣㈣之施力拿捏來 達成，如此若要將出水流量保持固定於所要的大小程度將 相當困難，由於長時間握持施力的人手容易產生酸痛感， 故長時間使用情況下將變得更加f力而不便。 有鏗於此，後續雖右酱$》 .,,t _ ^ 、有業界針對上述問題陸續開發出一 二月b夠調卽出水量大小之姓 ^ a , A 口構自又计，惟，其設計上以典型 吊見之型態而言，係於喷& 壓紐，該辅助^通常^2扣壓部外側料另一辅助 得卡擋定位效果，藉可ί扣壓部之㈣角度獲 ^ ^ 犯達到調節出水流量之目的，欲 解除扣壓部之定位狀態時， 漶居办·& L 再按壓該辅助壓鈕令扣壓部回 復原位，惟，此種習知結構 ^ ' u 小之構件（包括辅助壓鈕、广、藉以控制調節出水量大 卞齒）係設於喷水搶之外部呈 1284563 裸露狀態，因此在實際使用過程中，將容易因外力碰撞而 提高其損壞之機率；而且’由於噴水搶通常作為園藝灌概 或清潔工作之用，其所在工作環境往往讓噴水搶沾附到泥 沙、細屑’而所述泥沙、細屑將容易滲入辅助壓紐的卡齒 部位產生填平的現象’進而影響到卡齒的正常卡動定位效 果。 是以，針對上述習知流量控制結構使用上所存在之問 題點，如何研發出一種更具理想實用性之創新構造，實有 待相關業界再加以思索突破之目標及方向者。 有鐘於此，發明人本於多年從事相關產品之製造開發 與設計經驗，針對上述之目#，詳加設計與審慎評： 終得一確具實用性之本發明。 【發明内容】 即，本發明之主要目的，係在提供—種喷水搶 制結構’其所欲解決之問題點，係針對習知喷水搶調節出 水量結構係採外露式設計而存在因外力碰撞而提高 率以及容易沾附泥沙細屑而影響正常作動之問題點、、田 索突破；所述流量控制結構係設於喷水搶預定部位 控制出水啟閉及流量’喷水搶主體包括入水二 及介於該入水端與出水端之間的控水槽，噴水搶主二 預定部位並組設有一控制構件；本發明解決問枯另一 點在於該流量控制結構包括：一控制筒，容置於技術特 體之控水槽中呈可旋轉及潛翻，^ ;、水槍主 動而從預定之μ ㈣件帶 動而攸預疋之第-位置滑移至第二位置，控制筒内部具一 1284563 、：：流道，控制筒朝向出水端之 :::水槽中所設-控水口，控制筒外部設有二第 高= 部，設於控水槽^_組= 置時及斜面部’且當控制筒處於第一位 、于構成控制涛之第一導鐘邱淑邮^ 之狀態；-斜導緣邻在階級定位部相對位配合 至第二位"彳^^ 於控水射，當㈣筒滑移 導L 構成控制筒之第二導轉部能被所對位之斜 導緣賴斜面導引而令控制筒轉動預定角冑；一彈性復位 :件，藉以令控制筒由第二位置復位至第一位置；藉此創 獨特叹汁，其使用上該控制筒被控制構件所帶動而上下 滑移時’將可利用斜導緣部及階級定位部之斜面導引產生 轉動’並可於每次轉動時，藉該第一導轉部配合於階級定 位部不同高度階級之定位槽部而構成控制筒的止水頭與控 水槽控水口之間的閉止或不同程度的開啟狀態，達到控制 出水啟閉及流量之目的；本發明所揭控制結構整體構件均 為隱藏於喷水槍内部之狀態，俾可解決前述習知構造之缺 弊，達到避免外力碰撞、降低損壞機率以及避免沾附泥沙 細屑、保持作動正常之實用進步性；且其操控上藉由控制 構件之重複操作即可達到切換出水模式之目的，更能兼顧 使用之方便性者。 【實施方式】 請參閱第1、2、3、4圖所示，係本發明喷水搶流 量控制結構之較佳實施例，惟此等實施例僅供說明之用， 在專利申請上並不受此結構之限制；所述流量控制結構係 1284563 设於噴水搶預定部位，藉以可控制出水之啟閉及流 小’該喷水槍主體i㈣包括1水端^ 一出水q 2以及介於該入水端11與出水端12之間的一控水槽工 ^又喷水搶主體]_ 〇之—預定部位並組設有-控制構件 2 ◦;所述流量控制結構係包括：.1284563 IX. INSTRUCTIONS: [Technical field to which the invention pertains] Μ ^ The present invention relates to a water spray gun flow control structure, in particular to a type of rotating cylinder with a beveled guide flange and a class positioning portion. Adjustable • Innovative designer of throttle size and opening and closing status. [Prior Art] According to the traditional water spray, it is usually controlled by the preset pressing or pressing part to control the opening and closing of the water flow. However, when people use the water spray, they are sprayed. The target has different differences in distance and nearness. Therefore, there is often a need to adjust the amount of water. However, traditional water spray usually only has two control modes, 35 and closed, and it is necessary to control the opening and size of the water. Hold the button (4) by hand and hold it. It is very difficult to keep the flow rate of the water to the desired size. Because the hand holding the force for a long time is prone to soreness, it will be used for a long time. It will become more inconvenient. In view of this, the follow-up of the right sauce is $.,, t _ ^, and the industry has developed a surname for the above-mentioned problems for a month or two to reconcile the amount of water. ^ A, A is constructed, but The design is in the form of a typical glimpse. It is attached to the spray & pressurization button. The auxiliary ^ is usually used to clamp the outer part of the press part and the other auxiliary block position is obtained by the angle of the button. ^ For the purpose of adjusting the flow rate of the outlet water, when you want to release the positioning status of the buckle, the 漶 · · & L press the auxiliary pressure button to return the buckle to the original position, but this kind of conventional structure ^ 'u Xiaozhi The components (including the auxiliary pressure button, wide, to control the adjustment of the water output and the large molars) are placed in the exposed state of the water spray to be exposed to the 1264563 state, so in the actual use process, it will be easy to increase the probability of damage due to external force collision; And 'because water spray is usually used as a horticultural irrigation or cleaning work, the working environment often causes the water spray to adhere to the sediment and fines, and the sediment and fines will easily penetrate into the auxiliary press. The phenomenon of filling in the part" affects the card Movable positioning normal card effect. Therefore, in view of the problems existing in the use of the above-mentioned conventional flow control structure, how to develop an innovative structure with more ideal and practicality, it is necessary for the relevant industry to think about the goals and directions of breakthrough. With this in mind, the inventor has been engaged in the manufacturing development and design experience of related products for many years. For the above-mentioned purpose #, detailed design and prudent evaluation: The invention is finally practical. SUMMARY OF THE INVENTION That is, the main object of the present invention is to provide a kind of water spray grab structure, which is the problem to be solved, and is based on the conventional spray water grab adjustment water output structure. The impact of external force collision and the problem of easy adhesion to silt fines affecting normal operation, and the breakthrough of Tiansuo; the flow control structure is set at the predetermined part of the water spray to control the water opening and closing and the flow 'spraying the main body The utility model comprises a water inlet 2 and a water control tank between the water inlet end and the water outlet end, and the spray water grabs the second predetermined part and is provided with a control component; the invention solves the problem. Another point is that the flow control structure comprises: a control tube, the capacity It is placed in the control tank of the technical body to be rotatable and submerged, and the water gun is actively driven from the predetermined μ (four) piece and the first position of the pre-sliding position is slid to the second position, and the control cylinder has a 1284563 inside. , :: Flow passage, the control cylinder is facing the water outlet::: The water control port is set in the water tank, and the outside of the control cylinder is provided with two heights = part, which is set in the water control tank ^_ group = set time and inclined surface 'and Control cylinder is in the first place In the state that constitutes the first guide clock of control Tao Qiu Shuyou ^; - the oblique guide edge is matched to the second position in the relative position of the class positioning part "彳^^ in controlling the water shot, when the (four) cylinder slip guide L The second guiding portion constituting the control cylinder can be guided by the inclined inclined edge of the alignment to rotate the control cylinder by a predetermined angle 胄; an elastic reset: a member for resetting the control cylinder from the second position to the first position By creating a unique squeezing juice, when the control cylinder is driven up by the control member and is slid up and down, 'the inclined guide edge portion and the inclined portion of the class positioning portion can be used to guide the rotation to be rotated' and can be rotated every time. The first guiding portion is matched with the positioning groove portion of the different height classes of the class positioning portion to form a closed state or a different degree of opening between the water stop head of the control cylinder and the water control port of the water control tank, so as to control the water opening and closing and the flow rate. The purpose of the invention is that the integral structure of the control structure disclosed in the invention is hidden in the state of the water spray gun, and the defects of the conventional structure can be solved, thereby avoiding external force collision, reducing the probability of damage and avoiding the adhesion of sediment and fine debris. Keep working The practical progressive; and on which the control member is controlled by repeating the operation to achieve the purpose of switching the mode of the water, more convenience to use of both. [Embodiment] Please refer to Figures 1, 2, 3 and 4, which are preferred embodiments of the water sprinkler flow control structure of the present invention, but these embodiments are for illustrative purposes only, and are not used in patent applications. Restricted by the structure; the flow control structure is 12456563 located at a predetermined portion of the water spray, thereby controlling the opening and closing of the water outlet and the flow is small. The water spray gun body i (4) includes a water terminal ^ a water outlet q 2 and A water control device between the water inlet end 11 and the water outlet end 12 and a water sprinkling body _ 〇 — 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定 预定
-控制筒30 ’係容置於噴水搶主體1〇之控水槽工 3:呈可旋轉及上下滑動狀態，其中，該控制筒3 〇係可 文喷水搶主體1 〇之控制構件2㈣帶動而從預定之第一 ::向下滑移至第二位置，該控制筒3 〇内部具一穿水流 =1’控制筒3〇朝向出水端12之該端具一錐狀止水 頭3 2，可藉讀止密合於控水们3巾所預設之一控水 口 1 4構成出水關閉之狀態，控制筒3 〇之外部預定部位 則分設有第一導轉部4 1以芬楚_增& 守得141以及第-導轉部42;其中該第 =轉部4!可為呈相對18Q、置之二凸塊所構成； —導轉部4 2則可為間隔環列的數個凸塊所構成，且 各凸塊底端係設成斜面型式者； 一階級定位部5 ◦，錢於控水槽1 3中，該階級定 位部5 0包括數組不同高度階級之定位槽部5丄以及分屬 於各定位槽部5 i之斜面部5 2，且當控制筒3 ◦處於第 -位置時，得構成該控制筒3 〇之第一導轉部4丄與所對 位之階級定位部5 〇相對位配合之狀態； -斜導緣部6 〇 ’呈多數組環狀排列型態，係組設於 控水槽1 3中’且當該控制筒3 〇滑移至第二位置時，得 構成控制筒3G之第二導轉部42能被所對位之斜導緣部 6 〇所斜向導引’以令控制筒3 0轉動預定角纟；本實施 8- The control cylinder 30' is placed in the water sprinkler main body 1 〇 控 控 s 3: rotatable and up and down sliding state, wherein the control cylinder 3 可 可 可 喷 抢 抢 抢 抢 抢 抢 抢 抢 抢 抢 抢 抢 抢 而 而From the predetermined first:: sliding downward to the second position, the control cylinder 3 has a water flow inside the inside of the control cylinder 3 控制 the control cylinder 3 〇 toward the water outlet end 12 has a cone-shaped water stop head 3 2 By reading and sealing, one of the water control ports of the water control unit 3 is configured to form a state in which the water outlet is closed, and the external predetermined portion of the control cylinder 3 is divided into a first guide portion 4 1 to & Guard 141 and the first-to-converting portion 42; wherein the third rotating portion 4! may be formed by two 18Q and two convex blocks; - the guiding portion 42 may be a plurality of spacer rings The bumps are formed, and the bottom ends of the bumps are arranged in a bevel type; the one-position positioning portion 5 ◦ is used in the water control tank 13 , and the class positioning portion 50 includes an array of positioning groove portions of different height classes. And the inclined surface portion 5 2 belonging to each of the positioning groove portions 5 i, and when the control cylinder 3 ◦ is at the first position, the first guiding portion 4 of the control cylinder 3 得 is configured a state in which the positional positioning portion 5 〇 is in a relative position; the oblique leading edge portion 6 〇' is in a multi-array annular arrangement, and is disposed in the water control tank 13 and is used as the control cylinder 3 When sliding to the second position, the second guiding portion 42 constituting the control cylinder 3G can be obliquely guided by the aligned inclined leading edge portion 6 ' to rotate the control cylinder 30 by a predetermined angle 纟; Implementation 8
1284563 例之斜導緣部6 0係設於一獨立製成之環座6 1端部，再 將該環座6 1組設定位於控水槽1 3 ; 一彈性復位元件7 0，係藉以令控制筒3 〇由第二位 置復位至第一位置；本實施例之彈性復位元件7 〇係為一 彈簧，使其頂端抵靠於控制筒3 〇之穿水流道3 i所設之 一限位擋緣3 10 (如第4圖所示），且此端可再襯一墊 片7 1以令控制疴旋轉時磨擦力減小而較為順暢，彈性復 位元件7 0之底端則抵靠於穿水流道3 1底端所組設之一 定位端座3 1 1之頂端面3 1 2上。 其中，該喷水搶主體1 〇之控制構件2 〇係可包括一 扣壓柄2 1以及一曲型連動桿2 2，其中該扣壓柄2丄係 藉由其頂端樞組於噴水槍主體i ◦前側之頂端，構成該扣 壓柄2 1之底端可被扣壓擺動，該曲型連動桿2 2則可藉 其轴柱2 2 1框組於喷水搶主體丨Q前側中段所設之框接 孔15 ’該曲型連動桿22包括一立桿端”3及二橫桿 端2 2 5，以使喷水搶主體工〇前側中段配合設有一穿口 1 6可供該曲型連動桿2 2之橫桿端2 2 5伸a，並使控 制筒3 0之外部設一启ϋβ q 1 ^ ^ — 屑邛3 3可供該橫桿端2 2 5跨放； 藉此，當扣壓柄2 1之底端祜#允4廊士 0 ^ 低細被彺内扣壓時，得抵壓曲型連 動桿2 2之立桿端？ 9 q^ . 進而連動其橫桿端2 2 5往下旋 擺，進以可驅使控制筒3 〇從第— 置者。 术仅置彺下滑移至第二位 藉由上述之結構組成設計 兹就本發明之使用狀態說 1284563 • 明、下： • 貧先如第4圖所示，當吾人未握壓該控制構件2 〇之 ，扣壓柄2 1時，該控制筒3 〇係受到彈性復位元件7 〇之 _ 頂撑而向上π移至刖文所稱的第一位置，而此時控制筒3 0頂端的止水頭3 2與控水槽1 3之控水口 i 4之間的離 • 合狀態則是取決於第一導轉部4 1與階級定位部5 〇相對 • 位配合之狀態，此如第7圖之上圖所示，當該控制筒3 〇 之第一導轉部4 1是對位於階級定位部5 〇高度最高之定 藝 位槽部5 1時，也就構成控制筒3 〇的止水頭3 2與控水 槽1 3之控水口丄4間呈閉合止水狀態（如第7圖之下圖 所示）。 復如第5圖所示，當吾人握壓該控制構件2 〇之扣壓 柄2 1時，曲型連動桿2 2將受動擺轉，其橫桿端2 2 5 將下壓驅使控制筒3 〇向下滑移至前文所稱的第二位置， ，並擠壓彈性復位元件7 〇蓄積彈性恢復力，此時控制筒 3 0之第二導轉部4 2將抵觸位於控水槽1 3下方的斜導 _ 緣部6 0，此時請配合第3、6圖所示，該第二導轉部4 2將被斜導緣部6 0所斜向導引而令控制筒3 〇轉動一預 定角度；而此一作用係使第一導轉部4 1再轉動位移一個 角度，以當控制筒3 0再次向上滑移至第一位置時，能夠 對位於階級定位部5 〇另一高度之定位槽部5 1 b，關於 此一作動變化請依序參看第7、8、9圖可知，其中該第 8圖之上圖所揭係為控制筒3 0之第一導轉部4 1對位於 階級定位部5 0高度次高之定位槽部5 1 B之狀態，此時 也就構成控制筒3 0的止水頭3 2與控水槽1 3之控水口 1284563 .,14間呈小幅度分離開啟之小出水量狀態（如第8圖之下 • ®所示）；而第9圖之上圖所揭則為控制筒3 〇之第_導 •轉部4 ^對位於階級定位部5 0高度最低之定位槽部5工 -C之狀態，此時也就構成控制筒3 0的止水頭3 2盥杵水 槽13之控水口14間呈大幅度分離開啟之大出水量^離 .(如第9圖之下圖所示）；而藉由該階級定位部5〇係； •圓環狀循環排列的型態設計，當吾人持續進行扣壓柄2工 之握壓、釋放動作時，其出水模式將依循第7、8、9圖 所揭之順序變換（即··關閉—小出水量—大出水卜關閉 > .)〇 復如第1 0圖所示，其中該噴水搶主體i 〇之控制構 件2 Ο B亦可為一按壓部.2 3型態，所述按壓部2 3可組 設於喷水搶之頂側，按壓部2 3之底端2 4則可穿入喷水 槍之控水槽1 3中與控制筒3 〇之止水頭3 2相連結；藉 此，令該按壓部2 3下降時，同樣可帶動控制筒3 〇向下 滑移者，至於該控制筒3 〇滑移時受階級定位部5 〇及斜 導緣部6 0所導引帶動的型態均相同於前述實施例，即不 重複贅述。 【本發明之優點】 L、 本發明所揭之喷水槍流量控制結構主要係藉由該可 轉動及滑移之控制筒3 0、階級定位部5 0、斜導 緣部6 0及彈性復位元件7 〇之創新結構組合空間 型態設計；藉以當該控制筒3 〇被喷水槍之控制構 11 ;1284563 件2 0所帶動而上下滑移時，將可利用該斜導緣部 6 0及階級定位部5 〇之斜面導引產生轉動，並可 於每次轉動時藉該控制筒3 〇之第一導轉部4 i配 合於階級定位部5 〇不同階級之定位槽部5 1、5 1 B 5 1 C而構成控制筒3 〇的止水頭3 2與控 水槽1 3控水口 1 4之間的閉止或不同程度開啟狀 態’達到控制出水啟閉及流量之目的；其中，該控 制結構整體構件均為隱藏於喷水搶内部之狀態，俾 可解決【先前技術】中所述習知構造之缺弊，達到 避免外力碰撞、降低損壞機率及避免沾附泥沙細屑 、保持作動正常之實用進步性。 2、 且本發明所揭之喷水搶流量控制結構操控上可藉由 該控制構件2 0之重複操作即可達到切換出水模式 之目的’更能兼顧使用操控之方便實用性者。 上述實施例所揭示者係藉以具體說明本發明，且文中 雖透過特定的術語進行說明，當不能以此限定本發明之專 利範圍；熟悉此項技術領域之人士當可在瞭解本發明之精 神與原則後對其進行變更與修改而達到等效之目的，而此 等變更與修改，皆應涵蓋於如后所述之申請專利範圍所界 定範疇中。1284563 The oblique guide edge portion 60 is disposed at the end of a separately formed ring seat 61, and then the ring seat 61 is set in the water control tank 13; an elastic reset element 70 is used to control The cylinder 3 is reset from the second position to the first position; the elastic restoring element 7 of the embodiment is a spring, and the top end thereof abuts against one of the limit passages of the water passage 3 i of the control cylinder 3 The edge 3 10 (as shown in Fig. 4), and the end can be further lined with a spacer 7 1 to make the frictional force of the control cymbal rotate less and smoother, and the bottom end of the elastic returning element 70 is abutted One end of the water flow channel 3 1 is disposed on the top end face 31 1 of the positioning end seat 3 1 1 . The control member 2 of the water spray body 1 can include a buckle handle 2 1 and a curved linkage rod 2 2 , wherein the buckle handle 2 is pivoted by the top end of the spray gun body i ◦ The top end of the front side, the bottom end of the buckle handle 2 1 can be buckled and swinged, and the curved type linkage rod 2 2 can be framed by the shaft column 2 2 1 in the middle section of the front side of the water spray grab body 丨Q The hole 15 'the curved type linkage rod 22 includes a vertical rod end 3 and two cross rod ends 2 2 5 , so that the front side of the front side of the water spray grabbing body is provided with a through hole 16 for the curved type linkage rod 2 2, the crossbar end 2 2 5 extends a, and the outside of the control cylinder 30 is provided with an opening β q 1 ^ ^ — chippings 3 3 for the crossbar end 2 2 5 to span; thereby, when the buckle is pressed 2 1 bottom end 允 #允4廊士0 ^ When the low-fine is buckled in the 彺, it is necessary to press the end of the curved type linkage rod 2 2 9 q^ . Then move its cross rod end 2 2 5 down Rotating, in order to drive the control cylinder 3 第 from the first place. The operation only slides down to the second position. By the above-mentioned structural composition design, the state of use of the present invention is 1,284,563. • Ming, Xia: • Poor As shown in Fig. 4, when the control member 2 is not gripped by the control member 2, when the handle 2 is pressed, the control cylinder 3 is erected by the elastic restoring element 7 and is moved up to π. The first position, and at this time, the disengagement state between the water stop head 3 2 at the top end of the control cylinder 30 and the water control port i 4 of the water control tank 13 depends on the first guide portion 4 1 and the class positioning portion 5 The state of the relative position of the • is as shown in the upper figure of Fig. 7, when the first guiding portion 4 1 of the control cylinder 3 is the highest fixed slot portion 5 located at the level of the class positioning portion 5 At 1 o'clock, the water stop head 3 2 constituting the control cylinder 3 与 and the water control port 丄 4 of the water control tank 13 are closed and stopped (as shown in the lower diagram of Fig. 7). When the person grips the pressing member 2 1 of the control member 2, the curved linkage rod 2 2 will be swung, and the cross-bar end 2 2 5 will push down the control cylinder 3 to slide down to the previous article. The second position is called, and the elastic returning element 7 is squeezed to accumulate the elastic restoring force. At this time, the second guiding portion 4 2 of the control cylinder 30 will interfere with the inclination below the water control tank 13 Guide _ edge portion 60, in this case, please match the third and sixth figures, the second guiding portion 4 2 will be obliquely guided by the oblique leading edge portion 60 to rotate the control cylinder 3 一 a predetermined angle And this action causes the first guiding portion 4 1 to be rotated by an angle again, so that when the control cylinder 30 is again slid upward to the first position, the positioning groove located at the other position of the class positioning portion 5 can be For the change of the action, please refer to the figures of Figures 7, 8, and 9, as shown in the figure above, wherein the figure above is shown as the first guide portion 4 of the control cylinder 30. The state of the positioning groove portion 5 1 B of the second highest height of the positioning portion 50 also constitutes the water stop head 3 2 of the control cylinder 30 and the water control port 1284563 of the water control tank 13 , and the 14 spaces are separated by a small amplitude. The state of the small water output (as shown in Fig. 8 below • ®); and the figure above in Fig. 9 shows that the control unit 3 〇 is the _ guide • the rotating part 4 ^ is the lowest height in the class positioning part 50 The state of the positioning groove portion 5-C, at this time also constitutes the water stop of the control cylinder 30, and the large water output between the water control port 14 of the water tank 13 is greatly separated and opened. 9 is shown in the figure below; and by the class positioning part 5; • The annular design of the circular arrangement, when we continue to carry out the gripping and releasing action of the pressing handle 2, the water discharging mode It will be changed according to the order disclosed in Figures 7, 8, and 9 (ie, ···close--small water output-large water outlet closure>.) 〇复如如图10, where the water spray grabs the main body i The control member 2 Ο B can also be a pressing portion. 2 3 type, the pressing portion 23 can be set on the top side of the water spray, and the bottom end 24 of the pressing portion 23 can be inserted into the water spray gun. The control water tank 13 is connected to the water stop head 3 2 of the control cylinder 3; thereby, when the pressing portion 23 is lowered, the control cylinder 3 can also be driven to slide downward. As for the control cylinder 3 The patterns guided by the class positioning portion 5 〇 and the oblique leading edge portion 60 in the slipping are the same as those in the foregoing embodiment, that is, the description is not repeated. [Advantages of the Invention] L. The water spray gun flow control structure disclosed by the present invention mainly adopts the rotatable and slipping control cylinder 30, the class positioning portion 50, the oblique guide edge portion 60, and the elastic reset. The innovative structure combination space type design of the component 7 is used; when the control cylinder 3 is driven up by the control structure of the water spray gun; the 1284563 piece 20 is driven up and down, the oblique guide edge portion 6 0 can be utilized. And the inclined surface of the class positioning portion 5 产生 is rotated, and the first guiding portion 4 i of the control cylinder 3 配合 is fitted to the positioning portion 5 of the different positioning of the class positioning portion 5 1 at each rotation. 5 1 B 5 1 C and the closing of the water stop head 3 2 of the control cylinder 3 与 and the water control port 13 of the water control tank 1 3 or the opening state of different degrees 'to achieve the purpose of controlling the opening and closing of the water outlet and the flow rate; wherein the control The structural integral components are hidden in the state of water spray grabbing inside, and can solve the shortcomings of the conventional structure described in the prior art, to avoid external force collision, reduce the probability of damage, and avoid sticking with fine sediments and keep moving. Normal practical progress. 2. The water spray grab flow control structure disclosed in the present invention can be controlled by the repeated operation of the control member 20 to achieve the purpose of switching the water discharge mode. The above embodiments are intended to be illustrative of the present invention, and are not to be construed as limiting the scope of the invention. The principles are changed and modified to achieve an equivalent purpose, and such changes and modifications are to be included in the scope defined by the scope of the patent application as described later.
12 1284563 、【圖式簡單說明】 第1圖：係本發明較佳實施例之組合立體圖。 第2圖：係本發明較佳實施例之分解立體圖。 第3圖：係本發明較佳實施例之局部構件分解立體圖。 第4圖·係本發明較佳實施例之組合剖視圖一。 第5圖：係本發明較佳實施例之組合剖視圖二，係 向下滑移狀態。 1 ^ 第6圖：係本發明之斜導緣部導引第二導轉部之狀態圖。 第7圖：係本發明之控制筒第一導轉部對位於階級：位部 之狀態圖一，係為關閉出水狀態。 第8圖：係本發明之控制筒第一導轉部對位於階級定位部 之狀態圖二，係為小出水量狀態。 第9圖·係本發明之控制筒第一導轉部對位於階級定位部 之狀態圖三，係為大出水量狀態。 第1 0圖·係本發明控制構件型態之另一實施例圖。12 1284563, BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a combination of preferred embodiments of the present invention. Figure 2 is an exploded perspective view of a preferred embodiment of the present invention. Figure 3 is an exploded perspective view of a partial member of a preferred embodiment of the present invention. Figure 4 is a cross-sectional view 1 of a preferred embodiment of the present invention. Figure 5 is a cross-sectional view of a preferred embodiment of the preferred embodiment of the present invention, in a downward sliding state. 1 ^ Fig. 6 is a state diagram in which the second guide portion is guided by the oblique leading edge portion of the present invention. Fig. 7 is a view showing a state in which the first guide portion of the control cylinder of the present invention is located in the class: position, and is in a state of being closed. Fig. 8 is a view showing a state in which the first guide portion of the control cylinder of the present invention is located in the class positioning portion, and is in a state of small water discharge. Fig. 9 is a view showing a state in which the first guide portion of the control cylinder of the present invention is located in the state of the class positioning portion in a state of large water discharge. Fig. 10 is a view showing another embodiment of the control member type of the present invention.
【主要元件符號說明】 喷水搶主體--1〇 入 ^端 -----1 1 控水槽-----1 3 樞接孔----15 控制構件---2 0、2 扣壓柄----Ο 1 出水端一---12 控水口一---1 4 穿口 一 一---1 β[Main component symbol description] Water spray grabs the main body -1 into the ^ end ------1 1 control sink ------1 3 pivot hole----15 control member - 2 0, 2 Buckle shank----Ο 1 outlet end one---12 water control port one---1 4 piercing one-one---1 β
0 B 曲型連動桿--220 B curved type linkage rod - 22
13 1284563 轴柱-----2 2 1 橫桿端----2 2 5 底端-----2 4 控制筒----3 0 穿水流道---3 1 定位端座---3 11 止水頭----3 2 第一導轉部——4 1 階級定位部一一 5 0 定位槽部---51 斜導緣部---60 彈性復位元件一 7 0 立桿端----2 2 3 按壓部----2 3 限位擋緣---310 頂端面----3 12 肩部-----3 3 第二導轉部——4 2 斜面部----5 2 環座-----6 1 塾片-----7 113 1284563 Axle column-----2 2 1 Crossbar end----2 2 5 Bottom end-----2 4 Control cylinder----3 0 Water-passing runner---3 1 Positioning end seat ---3 11 Water stop head ----3 2 First guide part - 4 1 Class positioning part one by one 50 Positioning groove part --- 51 Angled edge part --- 60 Elastic reset element - 7 0 Pole end----2 2 3 Pressing part----2 3 Limiting retaining edge---310 Top end face----3 12 Shoulder-----3 3 Second guiding part—— 4 2 Inclined face----5 2 Ring seat-----6 1 Sepal-----7 1