1344394 九、發明說明： 【發明所屬之技術領域】 本發明係有關於-種「喷水搶結構（ 整件帶動-具撞水區及入水區之」制用一調 之設計’令其使用上具有微調“之定位功:=亡： 接套壓抵套合件使止水套之貼合面 、二連 區，俾可於止水狀態時達到破實防社目^ 制件之擋水區可職合面之弧形面作旋動，令調整件可輕 鬆帶動控制件進行止水及出水，以達操作上更為省力。 【先前技術】 按，一般供園藝用之噴水搶大多設為壓柄式，而須以 握壓的方式進行灑水且利用握壓之力道大小控制水量之大 小，以致於長時間或大面積之使用時，易因握持之力道而 造成手部之酸痛不適’更無法確實控制握壓之力道，致使 水量忽大忽小並無法保持水流量平均輸出，令使用上較為 鑣不便。 又，台灣新型專利公告第M263161號，其所需之元件 繁多，不僅提南加工成本及材料成本’相對於組裝上亦較 為耗時，進而不符經濟效益及降低市場競爭力。 本發明人有鑑於此，即本著創作之精神，乃思及製程 及裝設之方法創作而不斷地試驗製程方法及製品，經由多 次試驗及多年經驗’而有改進現今缺失之本創作’進而提 出本發明。 1344394 【發明内容】 本發明之主要目的，乃在提供一種喷水搶結構（二）， 其利用一調整件帶動一具擋水區及入水區之控制件以達到 出K及止水之6又β十，令其使用上具有微調水量之定位功能。 本發明之次要目的，乃在提供一種噴水搶結構（二）， 其利用導水件設有導溝與本體内部之套合件凸塊相嵌卡牵 制及以連接套與喷頭相結合固定而將制動套加以限位並 ，本體之組接段相嵌卡限制之設計，使該喷頭於往復原位 φ旋動時，即可帶動導水件直線前、後位移以調整水花之變 化，令該嘴水搶於水花變化上形成隱藏式之調整結構。 本發明之另一目的，乃在提供一種喷水搶結構（二）， 其利用套合件受連接套之壓抵使止水套之貼合面密貼於控 制件之擋水區及止水部密貼於本體之契合孔内壁形成雙重 止水之設計，俾可於止水狀態時達到確實防漏之目的外， 亦可使控制件之擋水區可順貼合面之弧形面作旋動，令調 整件於可輕鬆帶動控制件進行止水及出水，以達操作上更 •為省力。 【實施方式】 餘下，茲配合圖式詳細說明本發明之最佳實施例如后： 如第一圖所示係為本發明之立體分解圖（請同時參考 第二圖至第四圖所示），其係包含：一本體（1〇)、一控制件 (20)、一調整件（30)、一導水件（4〇)及一喷頭（50),其中 本體（10)係設一具内螺紋段之進水孔道（11)，於進水孔道 ' (11)上方橫向設置一相通之組裝槽（12 )，並往一側垂直貫 7 1344394 設一具契合孔（13)之套合段（14)供一套合件（15)容設，該 套合段（14)係設呈較大徑，於套合段（14)内壁凸設若干卡 塊（142)，並於套合段（14)之外壁設有一具若干矩形之卡制 塊（143)之組接段（144)並形成一擋緣（141) ’組裝槽（12)之 兩側開口端凹設有呈圓弧^狀之限位空間（121 )，套合件 (15) 設呈中空貫穿狀而形成一入水孔（151)，套合件（15)之 内壁環設有兩兩對稱之卡合孔（152)及凸塊（153)，該卡合 孔（152)係由套合件（15)之一側端面凹設呈c狀與卡塊 (14 2 )相配合，套合件（15 ) —侧凸設一較小徑且外側凸設有 卡肋（154)之套接段（155)與一設呈貫穿中空狀且内壁對稱 凹設有卡槽（161)之軟性止水套（16)相套設’於軟性止水套 (16) 之一側端設呈凹弧狀之貼合面（162) ’且外周面環設一 弧凸狀之止水部（16 3)’控制件（2 0) —侧設一較小徑之套接 段（21)與一封蓋（22)相配合，另一侧凹設一具止水環（231) 之環槽（23)並延設一較大徑且兩側設有一大一小對合塊 (241、241')之擋面（24)而形成另一套接段，中段處設一對 稱設置一較小徑之半圓弧凹面之入水區（25)及一較大徑之 半圓弧凸面之擋水區（251)，套接段（21)係設呈管狀且環設 有兩兩對稱平面狀之契合面（211)及鉤狀彈性卡塊（212)， 封蓋（22)之内壁兩兩對稱設有與契合面（211)及彈性卡塊 (212)相配合之被契合面（221)及透孔（222)，於外壁凹設一 具止水環（224)之環槽（223)，於環槽（223) —側設一較大徑 且兩側設有凸塊（226)之撞面（225)，調整件（30)係設一 π 狀樞槽（31)與本體（10)相配合，兩側設一階狀套孔（32)而 形成一擋座（33)，且兩側套孔（32)之擋座（33)分別對稱設 有凹部（34)及一大一小的對合部（35、35f)分別與封蓋（22) 8 1344394 之凸塊（226)及控制件（20)之對合塊（241、241’）相配合， 並於擂座（33)之内侧面凸設一限制塊（36) ’導水件（4〇)中 心貫穿設一導水孔（41)，一侧開口端凸設一具有導溝（4 21) 之擋緣（42)並延設一較小徑之外螺紋段（43) ’另一側外周 面環設有與導水孔（41)相通之出水口（44) ’出水口（44)兩 侧各凹設一具止水環（451)之環槽（45)，於頂面設一凹槽 (46)與一環錐狀之出水變化擋頭（461)相組設，喷頭（50)係 設一喇叭狀之出水端（501)且中心貫設一導孔（51)，於導孔 (51)—側設一内螺紋段（52)，另一側設呈較大徑且環設若 干導水肋（53)而形成若干導水空間（54)並延設一較大徑之 容置座（541)，於導孔（51)—側間隔設一較矮之擋面（55)， 令導孔（51)突伸一適段形成一樞套段（56)，於套接段（56) 及擋面（55)間凹設一圈樞合槽（57)與一連接套（58)及一制 動套（59)相配合，連接套（58)係設一樞合孔（581)，外側中 段處凸設一圈限位擋座（582)，令兩側分別形成第一接合部 (583)及第一接合部（584) ’於第一接合部（5 83)之表面凹設 一具止水環（585)之環槽（586)，制動套（59)係設呈環狀與 本體（10)之組接段（144)相配合，於一侧設一較小徑之通孔 (591)而形成一限制擋環（592)與一導滑墊（593)相配合，另 一側對稱切設一導引口（594)，且内壁凹設一與導引口（594) 相通之彈性區（595)而形成」狀擋區（596)，於擋區（596)之 適當處凸設一具導斜面（597)之阻擋塊（598)與本體（1〇)之 卡制塊（143)相配合。 其欲組裝時（如第五圖至第十圖所示），係先將調整件 (30)之樞槽（31)由本體（1〇)一側套入使兩側之套孔（32)及 限制塊（36)恰分別位於組裝槽兩側及限位空間〇21) 9 1344394 内，並將控制件（20)—大一小之對合塊（241、241，）依套孔 (32)之對合部（35、35’）樞置入組裝槽（丨2)内至擋面（24)貼 合於擋座（33)上，使對合塊（241、241，）與對合部（35、35，） 相嵌合定位，令擋水區（251)及入水區（25)恰位於契合孔 (13)及進水孔道（H)間，再將封蓋（22)由調整件（3〇)之另 一侧套孔（32)樞置入恰與套接段（21)相套合至彈性卡塊 (212)彈卡於透孔（222)，此時，契合面（211)與被契合面 (221)即相貼合牽制，而擋面（225)即貼合於擋座（33)，使 凸塊（226)與凹部（34)相嵌合定位，並利用控制件（2〇)之止 水環（231)及封蓋（22)之止水環（224)密貼於組裝槽（12)之 兩側内壁可防止水流滲出，隨後將止水套（16)之卡槽（161) 順套合件（15)之卡肋（154)套入套接段（155)，再將套合件 (15)順本體（10)之套合段（14)置入至卡合孔（152)與卡塊 (142)相嵌卡定位，令止水套（16)之止水部（163)密貼於契 合面（13)之内壁並利用貼合面（162)呈凹弧狀之設計恰可 與組裝槽（12)保持一平整弧面並密貼於擋水區（2 51)形成 止水狀態，隨後將制動套（59)之通孔（591)穿過喷頭（50)之 樞套段（56)貼抵於擋面（55)並將連接套（58)之樞合孔（581) 順樞套段（56)置入至第二接合部（584)容套於樞合槽（57) 内並予以以超音波黏結固定’使制動套（59)之限制擋環 (592)受限位撞座（582)及擋面（55)之阻擋限制而可自由旋 動，令導滑墊（593)恰容限於限制擋環（592)及限位擋座 (582)間，再將導水件（40)置入噴頭（5〇)之導孔（51)至外螺 紋段（43)與内螺紋段（52)相螺合，令出水口（44)兩側之止 水環（451)分別密貼於導孔（51)内壁及導水肋（53)，使凹槽 (46)恰與出水端（501)相對而與擋頭（461)相組設，令擋頭 10 1344394 (461)容限於容置座（541)内，隨後將導水件（4〇)之導溝 (421)由本體（10)之套合段（14)置入至與套合件（15)之凸 塊（153)相嵌卡定位’且連接套（58)之第一接合部（583)恰 套組於套合段（14)内而壓抵於套合件（15)之端面，令貼合 面（162)及止水環（585)分別密貼於擋水區（251)及組接段 (14)之内壁以達防漏之設計，此時’制動套（59)之導引口 (594)即順組接段（144)之卡制塊（143)極置入而貼抵於擋 緣（141) ’並利用制動套（59)之彈性區（595)之設計而可予 以一壓迫之力量使制動套（59)變形並予以旋動，使卡制塊 (143)順導斜面（597)滑移至阻播塊（598)之另一側而容限 於擋區（596)内，即完成一喷水搶。 於使用時（如第十一圖所示）’利用控制件（2〇)及封蓋 (22)之對合塊（241、241，）與凸塊（226)分別嵌卡於調整件 (30)兩侧凹部（34)及對合部（35、35,）而相互牽制之設計， 僅須將調整件（30)之限制塊（36)順限位空間（121)往一側 旋動即可同步帶動控制件（20)之擋水區（251)順組裝槽（12) 樞轉，此時’利用止水套（16)之貼合面（162)密貼於擋水區 (251)及控制件（20)兩側之止水環（231、224)密貼於組裝槽 (12)兩側内壁形成一封閉進水空間之設計，不僅可確實達 到防漏之目的’亦可減少控制件（2〇)旋轉上與組裝槽（12) 及止水套（16)之摩擦面積，令調整件（3〇)於旋轉上更為輕 鬆、省力’且擋水區（251)隨調整件（30)之旋動脫離貼合面 (162)至兩側之入水區（25)分別與進水孔道（11)及導水孔 (41)相對呈開啟狀態時，水流則可順進水孔道（11)經入水 區（25)及導水孔（41)由每一出水口（44)流竄出並受兩側止 水環（451)之阻擋而順每一導水肋（53)由導水空間（54)經 11 1344394 擋頭（461)喷出’且利用連接套（58)與噴頭（5〇)相結合固定 而將制動套（59)加以限位並與本體（1〇)之組接段（144)相 嵌卡限制之設計，使噴頭（50)可同步帶動連接套（58)之限 位擋座（582)及止水環（585)分別順導滑墊（593)及組接段 (144)之内壁作旋動，此時，因導水件（4〇)之導溝（421)嵌 卡於套合件（15)之凸塊（153)，促使導水件（4〇)之外螺紋段 (43)隨導孔（51)之持續旋動下順凸塊（153)直線前、後位移 調整水花之變化，當導水件（40)隨噴頭（50)之旋轉而後退 至擋頭（461)位於容置座（541)内時，水流則可直接由擋頭 (461)與容置座（541)間呈柱狀喷出，當導水件（4〇)隨噴頭 (50)之旋轉而前進至擋頭（461)脫離容置座（541)時，水流 則會受擋頭（461)之阻檔而碰撞出水端（5〇1)之喇πΛ面呈放 射狀喷出（如第十二圖所示）。 如第十三圖所示，其中控制件（20)之入水區（25，）係可 設於中段處，擋水區（251，）係可對稱設置於入水區（25,) 之兩側且設呈弧片狀。 綜上所述’當知本發明具有產業上利用性與進步性， 且本發明未見於任何刊物，亦具新穎性，當符合專利法第 二十一條及二十二條之規定，爰依法提出發明專利申請， 懇請貴審查委員惠准專利為禱。 唯以上所述者’僅為本發明之其中較佳實施例而已， 當不能以之限定本發明實施之範圍；即大凡依本發明申請 專利範圍所作之均等變化與修飾’皆應仍屬本發明專利涵 蓋之範圍内。 12 ^44394 【圖式簡單説明】1344394 IX. INSTRUCTIONS: [Technical field to which the invention pertains] The present invention relates to the use of a "spraying structure (a whole piece of driving - with a collision zone and a water inlet zone) With the fine-tuning "positioning work: = death: the sleeve is pressed against the fitting to make the sealing surface of the water stop, the second zone, and the water can be broken in the water-proof state. The curved surface of the workable surface can be rotated, so that the adjustment member can easily drive the control member to stop water and water, so as to achieve more labor-saving operation. [Prior Art] Press, generally used for gardening water spray is mostly set Pressing the handle type, and sprinkling the water in the manner of holding the pressure and using the force of the grip pressure to control the amount of water, so that when used for a long time or a large area, it is easy to cause soreness and discomfort in the hand due to the force of the grip. 'It is even more difficult to control the force of the grip, so that the amount of water is too large and small and it is impossible to maintain the average output of water flow, which makes it more inconvenient to use. Moreover, Taiwan's new patent announcement No. M263161 requires a lot of components, not only South processing costs and materials This is also time-consuming compared to assembly, which in turn does not meet economic benefits and reduces market competitiveness. The present inventor has in this way, that is, in the spirit of creation, thinking and process and installation methods are constantly experimenting with the process. The present invention is further developed by the method and the article, through numerous trials and years of experience 'to improve the present invention that is missing today. 1344394 SUMMARY OF THE INVENTION The main object of the present invention is to provide a water spray grab structure (2) An adjustment member is used to drive a control member of the water retaining zone and the water inlet zone to achieve K and water stop 6 and β, so that the positioning function with fine adjustment of water quantity is used. The secondary purpose of the present invention is to provide The utility model relates to a water spray grab structure (2), which uses a guide groove provided with a guide groove and a sleeve of the inner part of the body to be inserted and pinned, and the joint sleeve and the spray head are combined and fixed to limit the brake sleeve and the body The design of the block-by-clamping card limit allows the nozzle to rotate the front and rear of the water guiding member to adjust the change of the water splash when the nozzle is rotated in the reciprocating position φ, so that the mouth water is robbed of the water flower A hidden adjustment structure is formed on the other side. Another object of the present invention is to provide a water spray grab structure (2), which uses the sleeve to be pressed against the joint surface of the water stop sleeve by the pressure of the joint sleeve. The water retaining area and the water stopping part of the piece are closely attached to the inner wall of the matching hole of the main body to form a double water stop design, and the water retaining area of the control piece can be made smooth by the purpose of preventing leakage in the water stop state. The curved surface of the fitting surface is rotated, so that the adjusting member can easily drive the control member to stop water and water, so as to achieve an operation and save effort. [Embodiment] The following is a detailed description of the present invention. The best implementation is as follows: As shown in the first figure, it is a perspective exploded view of the present invention (please refer to the second to fourth figures at the same time), which includes: a body (1〇), a control component ( 20), an adjusting member (30), a water guiding member (4〇) and a nozzle (50), wherein the body (10) is provided with a water inlet channel (11) with an internal thread section, and the water inlet channel (11) A horizontally connected assembly groove (12) is arranged laterally, and a vertical joint is set to 7 1344394. The sleeve portion (14) of the hole (13) is provided for a set of fittings (15), the sleeve portion (14) is provided with a larger diameter, and a plurality of blocks are protruded from the inner wall of the sleeve portion (14). (142), and on the outer wall of the sleeve segment (14) is provided with a plurality of rectangular card forming blocks (144) of the connecting segments (144) and forming a retaining edge (141) 'the sides of the assembly groove (12) The opening end is concavely provided with a limit space (121) of a circular arc shape, and the sleeve member (15) is formed in a hollow through shape to form a water inlet hole (151), and the inner wall ring of the sleeve member (15) is provided with two a two-symmetric engagement hole (152) and a protrusion (153), wherein the engagement hole (152) is recessed by a side end surface of one of the sleeve members (15) to cooperate with the block (14 2 ). The sleeve member (15) is provided with a sleeve portion (155) having a smaller diameter and a flange portion 154 on the outer side, and a sleeve groove (161) disposed through the hollow shape and symmetrically recessed on the inner wall. The soft water stop sleeve (16) is sleeved with a concave arc-shaped fitting surface (162) at one side of the soft water stop sleeve (16) and the outer peripheral surface is provided with an arc-shaped water stop portion ( 16 3) 'Control (2 0) - a smaller diameter sleeve (21) and a cover (2) 2) Matching, the other side is recessed with a ring groove (23) of the water stop ring (231) and a larger diameter is provided, and a large one and a small pair of blocks (241, 241') are arranged on both sides. The other side of the sleeve (24) is formed, and a water inlet region (25) symmetrically disposed with a semi-circular concave surface of a smaller diameter and a water retaining region of a semi-circular convex surface with a larger diameter (251) are disposed at the middle portion. The sleeve portion (21) is formed in a tubular shape and has two symmetrical plane-like matching surfaces (211) and a hook-shaped elastic card block (212). The inner wall of the cover (22) is symmetrically arranged and matched. The surface (211) and the elastic block (212) are matched with the matching surface (221) and the through hole (222), and a ring groove (223) of the water stop ring (224) is recessed in the outer wall. 223) - a large diameter is provided on the side and a collision surface (225) of the bump (226) is arranged on both sides, and the adjusting member (30) is provided with a π-shaped pivot groove (31) to cooperate with the body (10), A stepped sleeve hole (32) is formed on the side to form a stopper (33), and the stoppers (33) of the sleeve holes (32) on both sides are symmetrically provided with a concave portion (34) and a large one small joint portion (35, 35f) and the cover (22) 8 1344394 bumps (226) and control parts (20) The splicing block (241, 241') is matched, and a restricting block (36) is protruded from the inner side of the sley (33). A water guiding hole (41) is inserted through the center of the water guiding member (4 ,), and one side opening is opened. A retaining edge (42) having a guide groove (4 21) is protruded from the end and a smaller diameter outer threaded section (43) is extended. The other outer peripheral surface ring is provided with a water outlet communicating with the water guiding hole (41). (44) A ring groove (45) with a water stop ring (451) is recessed on both sides of the water outlet (44), and a groove (46) and a ring-shaped water outlet change stop are provided on the top surface (461). The phase set is provided, the nozzle (50) is provided with a flared water outlet end (501) and a guide hole (51) is arranged at the center, and an internal thread section (52) is arranged on the side of the guide hole (51). One side is provided with a larger diameter and a plurality of water guiding ribs (53) are formed to form a plurality of water guiding spaces (54), and a larger diameter receiving seat (541) is extended, and one side is arranged at the side of the guiding hole (51). The lower stop surface (55), the guide hole (51) protrudes into a suitable section to form a pivot section (56), and a pivoting groove is recessed between the sleeve section (56) and the stop surface (55) ( 57) cooperate with a connecting sleeve (58) and a brake sleeve (59), and the connecting sleeve (58) is a pivot hole (581), a limit stop seat (582) is protruded from the outer middle portion, so that the first joint portion (583) and the first joint portion (584)' are respectively formed on the two sides at the first joint portion ( 5 83) The surface of the groove is recessed with a ring groove (586) of the water stop ring (585), and the brake sleeve (59) is arranged in a ring shape to cooperate with the connecting portion (144) of the body (10) on one side. A through hole (591) of a smaller diameter is formed to form a restricting ring (592) to cooperate with a sliding pad (593), and a guiding opening (594) is symmetrically cut on the other side, and the inner wall is recessed. The elastic region (595) communicating with the guiding port (594) forms a "shaped region" (596), and a blocking block (598) and a body with a guiding bevel (597) are protruded from the appropriate portion of the blocking portion (596). (1) The card block (143) is matched. When it is to be assembled (as shown in the fifth to the tenth figures), the pivoting groove (31) of the adjusting member (30) is firstly inserted into the side of the body (1〇) to make the sleeve holes on both sides (32). And the limiting block (36) is located in the two sides of the assembly slot and the limiting space 〇21) 9 1344394, respectively, and the control member (20) - the large and small compositing blocks (241, 241,) are sleeved (32) The mating portion (35, 35') is pivoted into the assembly groove (丨2) until the stop surface (24) is attached to the retaining seat (33), so that the mating block (241, 241,) is aligned with The parts (35, 35,) are fitted and positioned so that the water retaining zone (251) and the water inlet zone (25) are located between the fit hole (13) and the water inlet channel (H), and then the cover (22) is adjusted. The other side sleeve hole (32) of the piece (3〇) is pivoted into the sleeve portion (21) and is engaged with the elastic block (212) to be snapped into the through hole (222). At this time, the matching surface ( 211) is matched with the engaged surface (221), and the stop surface (225) is attached to the retaining seat (33), so that the convex block (226) and the concave portion (34) are fitted and positioned, and the control is utilized. The water stop ring (231) of the piece (2〇) and the water stop ring (224) of the cover (22) are closely attached to the inner walls of both sides of the assembly groove (12) The water flow can be prevented from seeping out, and then the card slot (161) of the water stop sleeve (16) is inserted into the sleeve portion (155) of the sleeve member (15), and the sleeve member (15) is slid. The sleeve portion (14) of the body (10) is inserted into the engaging hole (152) and the card block (142) is embedded with the card, so that the water stopping portion (163) of the water stop sleeve (16) is closely attached to the matching surface. (13) The inner wall and the concave surface of the fitting surface (162) are designed to maintain a flat arc surface with the assembly groove (12) and adhere to the water retaining zone (2 51) to form a water stop state, and then The through hole (591) of the brake sleeve (59) is passed through the pivoting section (56) of the spray head (50) against the blocking surface (55) and the pivoting hole (581) of the connecting sleeve (58) is sleeved. The segment (56) is placed into the second joint portion (584) to be sleeved in the pivoting groove (57) and fixed by ultrasonic bonding to fix the retaining ring (592) of the brake sleeve (59). (582) and the blocking surface of the blocking surface (55) can be freely rotated, so that the sliding pad (593) is limited to between the limiting ring (592) and the limiting seat (582), and then the water guiding member (40) The guide hole (51) of the nozzle (5〇) is inserted into the external thread section (43) and the internal thread section (52) is screwed The water stop ring (451) on both sides of the water outlet (44) is closely adhered to the inner wall of the guide hole (51) and the water guiding rib (53), so that the groove (46) is opposite to the water outlet end (501) and the stop head (461) The phase set is such that the stop head 10 1344394 (461) is limited to the receiving seat (541), and then the guiding groove (421) of the water guiding member (4〇) is covered by the body (10). ) is inserted into the positioning of the bump (153) of the fitting (15) and the first joint (583) of the connecting sleeve (58) is just set in the sleeve (14) and pressed On the end surface of the fitting member (15), the sealing surface (162) and the water stopping ring (585) are respectively adhered to the inner walls of the water retaining zone (251) and the connecting section (14) to achieve a leakproof design. At this time, the guide opening (594) of the brake sleeve (59), that is, the clamping block (143) of the splicing section (144) is inserted into the rim (141) and utilizes the brake sleeve (59). The elastic zone (595) is designed to be biased to deform and rotate the brake sleeve (59), causing the slider (143) to slide along the ramp (597) to the block (598). The other side is limited to the gear zone (596), that is, a water spray is completed. At the time of use (as shown in FIG. 11), the pair of joints (241, 241,) and the bumps (226) of the control member (2〇) and the cover (22) are respectively engaged with the adjusting member (30). The design of the recesses (34) and the mating portions (35, 35,) on both sides is mutually restrained, and only the restricting block (36) of the adjusting member (30) is rotated toward the one side of the limiting space (121). The water retaining zone (251) of the control member (20) can be synchronously pivoted along the assembly slot (12), and the sealing surface (162) of the water stop sleeve (16) is closely attached to the water retaining zone (251). And the water stopping rings (231, 224) on both sides of the control member (20) are closely attached to the inner walls of both sides of the assembly groove (12) to form a closed water inlet space, which can not only achieve the purpose of preventing leakage, but also reduce the control. The frictional area between the part (2〇) and the assembly groove (12) and the water stop sleeve (16) makes the adjustment piece (3〇) easier to rotate and saves effort> and the water retaining zone (251) with the adjustment piece (30) When the rotation is separated from the bonding surface (162) to the water inlet area (25) on both sides and the water inlet channel (11) and the water guiding hole (41) are respectively opened, the water flow can be smoothly entered into the water channel ( 11) Entering the water area (25) and guiding water (41) flowing out of each water outlet (44) and blocked by the water stop ring (451), and each water guiding rib (53) is ejected from the water guiding space (54) through the 11 1344394 stop (461). 'And use the connecting sleeve (58) and the nozzle (5〇) to fix and fix the brake sleeve (59) and embed the card with the body (1〇) assembly segment (144) to make the nozzle (50) The limit stop (582) and the water stop ring (585) of the connecting sleeve (58) can be synchronously rotated respectively, and the inner walls of the sliding pad (593) and the connecting section (144) are respectively rotated. Because the guide groove (421) of the water guiding member (4〇) is embedded in the protrusion (153) of the fitting member (15), the threaded portion (43) of the water guiding member (4〇) is caused to follow the guiding hole (51). Continuously rotating the front and rear of the straight bump (153) to adjust the change of the water splash, when the water guide (40) retreats with the rotation of the spray head (50) until the stop (461) is located in the receiving seat (541) The water flow can be directly ejected from the gap between the stop head (461) and the accommodating seat (541), and the water guide member (4 〇) advances to the stop head (461) with the rotation of the spray head (50). At seat (541), the water flow is subject to the stop (461) Profile collide outlet end (5〇1) La πΛ-section of the discharge radioactive form (as shown in Figure XII). As shown in the thirteenth figure, the water inlet zone (25,) of the control member (20) can be disposed at the middle section, and the water retaining zone (251,) can be symmetrically disposed on both sides of the water inlet zone (25,) and Set in a curved shape. In summary, when the invention is industrially usable and progressive, and the invention is not found in any publication, it is also novel, and when it complies with the provisions of Articles 21 and 22 of the Patent Law, To file an application for a patent for invention, and ask your reviewer to pay for the patent as a prayer. The above description is only a preferred embodiment of the present invention, and the scope of the present invention is not limited thereto; that is, the equivalent variations and modifications made by the scope of the present invention should still belong to the present invention. Within the scope of the patent. 12 ^44394 [Simple diagram]
第一圖 *二圖 第三圖 第四圖 第五圖 第六圖 第七圖 第八圖The first picture * The second picture The third picture The fourth picture The fifth picture The sixth picture The seventh picture The eighth picture
係為本發明之立體分解圖。 係為本發明之本體局部剖面圖。 係為本發明之止水套立體放大圖。 係為本發明之制動套立體放大圖。 係為本發明之立體組合圖。 係為本發明之組合剖面暨止水狀態圖一。 係為本發明之組合剖面暨止水狀態圖二。 係為本發明之立體組合暨局部剖面示意圖。 第二？:::广=套:合於本體之動作示意圖。=二 制塊$限於制動套之擋區 内文阻擋塊之抵擋示意圖。 圖本發明之控制件之入水區隨調整件之扳動 =孔相對暨導水件之擋 = 置座内，使水流呈柱狀出水示、喷頭之今 圖:係為本發明之控制件之入水區：：啟 與契合孔相對暨導水件之擋調i件之扳動 置座外，使水流呈放射狀於噴頭之容 圖.係為本發明之另-實施例之立^八圖_ 第十 第十 第十 【主要元件符號說明】 !〇……本體 12……組裝槽 13……契合孔 ⑷……擋緣 11……進水孔道 121……限位空間 14.. ....套合段 142.. ....卡塊 13 1344394It is a perspective exploded view of the present invention. It is a partial cross-sectional view of the body of the present invention. It is a three-dimensional enlarged view of the water stop cover of the present invention. It is a three-dimensional enlarged view of the brake sleeve of the present invention. It is a three-dimensional combination diagram of the present invention. It is the combined profile and water stop state of the invention. It is the combined profile and water stop state diagram 2 of the present invention. It is a three-dimensional combination and partial cross-section of the present invention. second? :::广=套: A schematic diagram of the action of the body. = 2 Block $ is limited to the block diagram of the inner block of the brake sleeve. The water inlet area of the control member of the invention is moved with the adjusting member=the hole is opposite to the water guiding member=the inside of the seat, so that the water flow is in the form of column water, and the nozzle is the present figure: it is the control part of the invention Into the water area:: the opening and the matching hole and the water guiding member of the deflecting member, the water flow is radially formed on the nozzle. The system is the other embodiment of the invention. Tenth Tenth Tenth [Description of Main Component Symbols] !〇...body 12...assembly slot 13...fit hole (4)...stop edge 11...water inlet channel 121...limit space 14..... Socket section 142.. .... card block 13 1344394
143.. .....卡制塊 144.. ....組接段 15.... ..套合件 151·. ....入水孔 152., .....卡合孔 153·. ....凸塊 154.. .....卡肋 155.. ....套接段 16.... ..止水套 161.· ....卡槽 162. .....貼合面 163.. ....止水部 20.… ..控制件 21.... ..套接段 211. .....契合面 212.. ....彈性卡塊 22.... “封蓋 221.. ....被契合面 222. .....透孔 223.· ....環槽 224. .....止水環 225.. …·擋面 226. .....凸塊 23.... ..環槽 231. .....止水環 24.... ..擋面 241 、241'......對合塊 25.... ..入水區 251. .....擋水區 30.... ..調整件 31.··· ..樞槽 32.... ..套孔 33.·.. ..擋座 34.... ..凹部 35、 35'......對合部 36.... ..限制塊 40.“. ..導水件 41.... ..導水孔 42.... ..擋緣 421.. ....導溝 43···· 外螺紋段 44.... ..出水口 45.... ..環槽 451.. .....止水環 46.··. ...凹槽 461·. .….擋頭 50.... ..喷頭 501·. .....出水端 51···. ...導孔 52.... ..内螺紋段 53..·. ...導水肋 54.... ..導水空間 14 1344394143.. .....卡块块144......Connection section 15.....套套151......Inlet hole 152., ..... Hole 153·.....bump 154....... rib 155...... ferrule 16...... water stop 161..... card slot 162 ..... affixing surface 163.. .... water stop 20..... control piece 21.... .. socket section 211. ..... fit surface 212.. .. ..Flexible block 22.... "Cover 221......fitted surface 222. ..... through hole 223...... ring groove 224. ..... water stop Ring 225.....·Block surface 226. .....Bump 23.. .. Ring groove 231. ..... Water stop ring 24...... Stop surface 241, 241'. ..... on the block 25...... into the water area 251. ..... water blocking area 30...... adjustment piece 31.··· .. pivot groove 32.... .. sleeve hole 33.·.. .. block 34...... recess 35, 35' ... the joint 36.. .. limit block 40. "... water guide 41.... .. water guide hole 42...... retaining edge 421.. .... guide groove 43···· external thread segment 44...... water outlet 45.... ..ring groove 451.......stop ring 46.··....groove 461·......stop 50.....head 501·. ..... Water outlet end 51···. ... guide hole 52...... internal thread section 53..·. .. Water guiding rib 54.... .. water guiding space 14 1344394
541.. ....容置座 56…‘ ..樞套段 58…. ..連接套 582.. ....限位檔座 584.. ....第二接合部 586.. ....環槽 591.. ....通孔 593.. ....導滑墊 595.. ....彈性區 597.. ....導斜面 55.... ..擋面 57.... ..樞合槽 581.. ....樞合孔 583·· ....第一接合部 585.. ....止水環 59.... ..制動套 592.. ....限制擋環 594.· ....導引口 596.. ....擋區 598.. ....阻檔塊541.. .... accommodating seat 56...'.. pivoting section 58...... connecting sleeve 582.. .... limiting position 584.. .... second joint 586.. ....ring groove 591.. .... through hole 593.. .... guide pad 595.. .... elastic zone 597.. .... guide slope 55.... .. Retaining surface 57...... pivoting groove 581...... pivoting hole 583··.. first jointing portion 585...... water stop ring 59.... Brake sleeve 592.. ....Restricted retaining ring 594.. .... Guide port 596...... Block 598.. .... Block block
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